Services

Research SERVICE

We work with top European scientists and support turning research results into commercial success.

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Research

Exploitation and commercialisation of research results

We are working closely with academic and industrial actors to support technology transfer, validate and commercialise technology to pave the way for further development and broad use.

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Research

Communication and dissemination of research results

We are utilising our CEE ecosystem to support the communication and dissemination of research results among target groups. This activity covers the online and offline activities, such as dissemination strategy development, marketing plan, website building, social media management, open call dissemination, design of promotional materials, newsletters, and the use of direct communication channels.
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Research

Research-industry matchmaking

Connect research with industrial actors to foster the development of technologies in align with industry needs. To implement this task we are using online and offline channels such as online events, platforms, forums, organizing meetups in order to directly connect actors in our network.

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Research

Attracting EU funding

Raising funds can be a barrier for expanding existing activities or developing a new product. We at innomine assist our clients in making their goals a reality by mapping and identifying the necessary funding. We prepare business plans, support investment pitches, as well as generating applications for public sources. Our customers receive assistance throughout the investment attraction and finance implementation process.

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More services

Digital

Digital

We aim to boost digitalisation to increase the productivity and competitiveness of manufacturing and agri-food SMEs.
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Ecosystem

Ecosystem

We think and act in ecosystems, by actively collaborating with multiple European key initiatives and 2.000+ SMEs in the EU and US.
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Technology

Technology

We boost and manage innovative pilots, based on implementing 100+ international best practices.
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Circularity

Circularity

Green transition and sustainability are at the core of our work. We help businesses on their quests towards circularity.
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Let's Work Together!

We are here to help you grow.
Send us a message and let’s change the future.

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Contact

(+36) 30 198 2838

11. Széll Kálmán tér, Budapest 1024

 

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Partners:

  • iFood Cluster
  • Kometa 99 Zrt.
  • Fino-Food Kft.
  • Silver Tojás Kft.
PROAGRO
Providing professional innovation services for the Agri-Food sector in southern Hungary / supporting agrifood smes to become more competitive by digitalization.
Digital
Digital Agri-food industry
During the ProAgro project we have assessed and adviced over 20 partners in the agri-food industry on their digitization journey. The delivered reports aimed to explore the digital situation together with the company, based on a questionnaire set up according to innomine's own methodology and tested in 100+ companies. Focus of the reports were on proposing ways to improve efficiency, optimise resource alignment and utilisation, presenting national and international good practices in areas for improvement, and describing concrete implementation with the corresponding technology and partner proposals for technology providers.

The benefits are as follows: Hungarian agri-food actors and stakeholders know little about digital transformation. Although they feel that this is necessary to survive and increase their competitiveness, they do not know how to get started. We gave this help with our tool and service: we looked at their current situation and helped to break down the complex digital transformation process into simple, small understandable and feasible projects (e.g. by presenting international best practices, transferring knowledge). We suggested digital transformation steps, and helped to get funding resources. A key factor is that through the former steps, we greatly reduced the risk for farmers and companies.
More about the project
PROAGRO
Digital Agri-food industry
Digital
Providing professional innovation services for the Agri-Food sector in southern Hungary / Supporting agrifood smes to become more competitive by digitalization.

Partners:

  • iFood Cluster
  • Kometa 99 Zrt.
  • Fino-Food Kft.
  • Silver Tojás Kft.
During the ProAgro project we have assessed and adviced over 20 partners in the agri-food industry on their digitization journey. The delivered reports aimed to explore the digital situation together with the company, based on a questionnaire set up according to innomine's own methodology and tested in 100+ companies. Focus of the reports were on proposing ways to improve efficiency, optimise resource alignment and utilisation, presenting national and international good practices in areas for improvement, and describing concrete implementation with the corresponding technology and partner proposals for technology providers.

The benefits are as follows: Hungarian agri-food actors and stakeholders know little about digital transformation. Although they feel that this is necessary to survive and increase their competitiveness, they do not know how to get started. We gave this help with our tool and service: we looked at their current situation and helped to break down the complex digital transformation process into simple, small understandable and feasible projects (e.g. by presenting international best practices, transferring knowledge). We suggested digital transformation steps, and helped to get funding resources. A key factor is that through the former steps, we greatly reduced the risk for farmers and companies.
More about the project

Partners:

  • Első Beton Ltd
IFKA
Forming Digital Transformation Strategy for SMEs
Digital
Digital Transformation Strategy
More about the project
Innomine is a registered consultant of the ‘Foundation for Industrial Technological Development’, which is qualifying consultants and professional service providers in Hungary. innomine qualified each year among the top Hungarian companies and offers consultancy services on the field of digital transformation, strategy and business planning, marketing and branding, intelligent business and manufacturing production management.

Első Beton Ltd is the leading supplier of liquid concrete building materials in South-East Hungary. It is also nationally recognized as supplier of concrete products, such as concrete elements for road buildings, industrial halls parts, innovative concrete solutions.

The manufacturing process – the concrete mix - has been traditionally fully off-line, when a modern pre-mix machinery has been installed. Several supporting processes were digitalized. Bookkeeping, invoicing, engineering of the pre-manufactured items, recipes of the different type of mix-concrete are stored in the cloud. The new machinery operation is software controlled, which opened new possibilities of enhancing digital state of the company. The management of Első Beton wanted to explore the opportunities to modernize the processes. They needed an experienced consultant, which can outline a plan of a more modern company, which is taking advantage of technology and can outline the roadmap for digital transformation. innomine – using its own methodology – assessed the digital maturity of the manufacturing company. Based on this the required digital transformation map was drown. Process maps, system architecture, data management plan, business, digital and marketing strategies has been outlined. It was also important, that the solution(s) are supported with working best practices and use cases. Beyond these possible digital solutions, applications detected and evaluated in order to provide practical solutions to cover the detected digital gaps.
IFKA
Digital Transformation Strategy
Digital
Forming Digital Transformation Strategy
for SMEs

Partners:

  • Első Beton Ltd
Innomine is a registered consultant of the ‘Foundation for Industrial Technological Development’, which is qualifying consultants and professional service providers in Hungary. innomine qualified each year among the top Hungarian companies and offers consultancy services on the field of digital transformation, strategy and business planning, marketing and branding, intelligent business and manufacturing production management.

Első Beton Ltd is the leading supplier of liquid concrete building materials in South-East Hungary. It is also nationally recognized as supplier of concrete products, such as concrete elements for road buildings, industrial halls parts, innovative concrete solutions.

The manufacturing process – the concrete mix - has been traditionally fully off-line, when a modern pre-mix machinery has been installed. Several supporting processes were digitalized. Bookkeeping, invoicing, engineering of the pre-manufactured items, recipes of the different type of mix-concrete are stored in the cloud. The new machinery operation is software controlled, which opened new possibilities of enhancing digital state of the company. The management of Első Beton wanted to explore the opportunities to modernize the processes. They needed an experienced consultant, which can outline a plan of a more modern company, which is taking advantage of technology and can outline the roadmap for digital transformation. innomine – using its own methodology – assessed the digital maturity of the manufacturing company. Based on this the required digital transformation map was drown. Process maps, system architecture, data management plan, business, digital and marketing strategies has been outlined. It was also important, that the solution(s) are supported with working best practices and use cases. Beyond these possible digital solutions, applications detected and evaluated in order to provide practical solutions to cover the detected digital gaps.
More about the project
During the three years of DIH4CPS project, innomine was responsible for the dissemination and communication of the project’s results. The activities covered the setup and maintenance of the project website, social media channels, webinars, promotional materials and event organization. With the coordination of the consortium leader Uninova, in cooperation with Interop-VLab and Control2K we were able to reach more than 14k users with the website and 210k on social media. We managed two open call campaigns and integrated 12 new experiments and 7 new DIHs to the project’s network. We created videos and flyers for each participating experiment and populated the project’s YouTube channel with easy-to-understand materials for the general public. As a result of the effective and creative communication, the project’s website has been awarded at the 2021 .eu Webawards.
DIH4CPS
DIH4CPS Project Dissemination and Communication
Research
Communication and dissemination of research results

Partners:

  • Interop-VLab
  • Control2K
More about the project
During the three years of DIH4CPS project, innomine was responsible for the dissemination and communication of the project’s results. The activities covered the setup and maintenance of the project website, social media channels, webinars, promotional materials and event organization. With the coordination of the consortium leader Uninova, in cooperation with Interop-VLab and Control2K we were able to reach more than 14k users with the website and 210k on social media. We managed two open call campaigns and integrated 12 new experiments and 7 new DIHs to the project’s network. We created videos and flyers for each participating experiment and populated the project’s YouTube channel with easy-to-understand materials for the general public. As a result of the effective and creative communication, the project’s website has been awarded at the 2021 .eu Webawards.
DIH4CPS
DIH4CPS Project
Dissemination and Communication
Research
Communication and
dissemination of research results

Partners:

  • Interop-VLab
  • Control2K
More about the project

Partners:

FET Briefing
On-line event, bring industry stakeholders with FET researchers, provide visibility of the research results.
Research
Research-industry matchmaking
More about the project
During the “FET BRIEFING” project innomine organized several on-line events to introduce research results from the fields of sustainability to each other and to the business, industry. The major event by the closing of the project a „Research meets industry” event has been organized in two sessions. One session has been covering energy storage and conversion topic by introducing seven FET research projects, the second one displayed nine FET research projects’ results around new materials. The event offered safe space to the researchers to introduce early stage, low TRL level innovations, provided a good opportunity to build initial contact with and receive first feedback from the industry players.

This supported the dissemination and exploitation efforts of FET research projects and created opportunities to generate follow-up projects. From the business side over forty companies and technology transfer institutes attended, who wanted to boost their innovation power and wanted to be the first from their industry to see forward-looking research results. Among the industry members there were several multinational energy providers, costumer goods producers, construction companies, and investors as well – just to name a few.

Following the event 6 match has been created which are reportedly made a foundation for further discussion. Beyond the organization and orchestration of the event innomine was also responsible to prepare the FET researchers for the pitch by developing exploitation plans, presentations, coaching and training.
FET Briefing
Research-industry matchmaking
Research
On-line event, bring industry stakeholders with FET researchers, provide visibility of the research results.

Partners:

During the “FET BRIEFING” project innomine organized several on-line events to introduce research results from the fields of sustainability to each other and to the business, industry. The major event by the closing of the project a „Research meets industry” event has been organized in two sessions. One session has been covering energy storage and conversion topic by introducing seven FET research projects, the second one displayed nine FET research projects’ results around new materials. The event offered safe space to the researchers to introduce early stage, low TRL level innovations, provided a good opportunity to build initial contact with and receive first feedback from the industry players.

This supported the dissemination and exploitation efforts of FET research projects and created opportunities to generate follow-up projects. From the business side over forty companies and technology transfer institutes attended, who wanted to boost their innovation power and wanted to be the first from their industry to see forward-looking research results. Among the industry members there were several multinational energy providers, costumer goods producers, construction companies, and investors as well – just to name a few.

Following the event 6 match has been created which are reportedly made a foundation for further discussion. Beyond the organization and orchestration of the event innomine was also responsible to prepare the FET researchers for the pitch by developing exploitation plans, presentations, coaching and training.
More about the project
Digital Technopole
Exploitation strategy, development and operation of a platform
Ecosystem
Mobilising the CEE SME ecosystem, community building
More about the project
Digital Technopole is a single entry-point that provides a one-stop shop for tools and knowledge that can help SMEs to build resilience and agility in the turbulent post-Covid  times. The platform offers consultancy services, tools, softwares related to manufacturing repurposing (e.g.: simulation, digital twining, process development, production planning and optimalization), workforce reskilling and upskilling (e.g.: VR based training development, human-machine interaction re-design), supply chain digital support, product related services (e.g.: certification, life cycle assessment, circular economy maturity assessment) and many more. Beyond the SMEs, DIHs and industry associations are also invited to utilize the platform, and take advantages of its services.

The platform was developed in the framework of Co-Versatile project. innomine task was to develop exploitation plan of the platform, covering business model, target audience definition and dissemination. Post-project innomine was also commissioned to operate the platform, ensuring proper usage by qualifying and vetting the applicants both user and service provider side.
Digital Technopole
Mobilising the CEE SME ecosystem, community building
Ecosystem
Exploitation strategy, development and operation of a platform
Digital Technopole is a single entry-point that provides a one-stop shop for tools and knowledge that can help SMEs to build resilience and agility in the turbulent post-Covid  times. The platform offers consultancy services, tools, softwares related to manufacturing repurposing (e.g.: simulation, digital twining, process development, production planning and optimalization), workforce reskilling and upskilling (e.g.: VR based training development, human-machine interaction re-design), supply chain digital support, product related services (e.g.: certification, life cycle assessment, circular economy maturity assessment) and many more. Beyond the SMEs, DIHs and industry associations are also invited to utilize the platform, and take advantages of its services.

The platform was developed in the framework of Co-Versatile project. innomine task was to develop exploitation plan of the platform, covering business model, target audience definition and dissemination. Post-project innomine was also commissioned to operate the platform, ensuring proper usage by qualifying and vetting the applicants both user and service provider side.
More about the project
DIGITbrain
Creating cross-border experiments for the DIGITbrain open call and Experiment management and coordination.
Digital
Boosting digitalisation of SMEs
innomine main activity was the experiment deployment and execution during the whole DIGITbrain project (3 years).  We coordinated and overviewed the task's overall progress, while we were acting as a DIH as well and were assigned to support individual experiments in the implementation process. We provided „the bridge” between the participating experiment partners and the technical experts of the consortium that supported the experiments in technical issues when accessing the Digital Brain Data, Resources, Models, Algorithms etc.The experiments involved in the project were selected through 2 open-call processes by a committee of independent experts. innomine was also instrumental in finding and selecting the right experiment partners. Drawing on our own extensive international network, we were working to develop cross-border partnerships, giving Hungarian SMEs the chance to enter the international market and improve their digital maturity. This has proved to be a very successful activity: the evaluators selected 1 Serbian-Hungarian, 2 Hungarian-Italian, 1 Hungarian and 1 Turkish projects from the experiments developed by us:

1. CAADEX Kft (Hungarian) – DSS Consulting Zrt (Hungarian)- University of Kragujevac (Serbian):
experiment title: Digitization And Optimization Of Snow Guards Manufacturing ProcessThe experiment targeted the optimization of CAADEX manufacturing processes by using the software of DSS (software developer) for simulation and modeling. DSS developed a discrete event simulation model in the cloud, which could be customized and used for the case of CAADEX to optimize the operation of the two machines. It collects data and prepares simulations (digital twins). The University of Kragujevac provided specific expertise to this aspect of the project.

2. Restart Automation and Robotics (Italian) – IDM-Systems Zrt (Hungarian) – CNR-IMATI (Italian):
experiment title: Digital Twin For Agile Changes (DITAC)The DITAC project focused on the investigation and implementation of methodologies to introduce Digital Twin-based solutions to the design process at Restart Srl, an SME specialized in supply (from design to material realization) of tailor-made industrial automation solutions to provide important support in case of after-sales changes. In the Restart case, after-sales requests for changes from the final user are not isolated and they request significant work on the machine, causing interruption of work/production. The DITAC project aimed to reduce the efforts needed for an after-sale change, providing virtual support/simulation for the required design changes.

3. Premet Kft (Hungarian) – CNR-IMATI (Italian) – Opendot (Italian):
experiment title: Production Optimization For Additive Manufacturing Of Medical Devices (ProMED)The main objective of ProMED was to optimize the production of customized metal medical devices through the combined use of additive and subtractive manufacturing. This hybrid technique, often referred to as Sint & Mill (S&M), consists in creating a semi-finished product with a 3D printer and subsequently applying precision CNC milling for surface finishing. The experiment aimed at finding whether the end user PREMET can reduce production costs and/or improve product quality, both by choosing the right fabrication parameters. A digital twin of PREMET's production pipeline was developed and used to quickly simulate a large number of fabrication processes. The rich set of "virtual" data produced by the simulation is used to train an intelligent module that is eventually able to support PREMET in its decisions for real productions.

4. EN-CO Software Zrt (Hungarian) – Karlwood Kft (Hungarian) – Deodat 21 Bt (Hungarian):
experiment title: Beerpredictor, A Predictive Tool For Breweries To Optimize The Beer Mashing ProcessWhile the adoption of “smart” brewing technologies has given a significant boost to the production effectiveness of the brewing industry, certain critical issues - most importantly, the complexities of the mashing process - still miss game-changing technological solutions. To date, the optimal mashing process – which sets some of the very essence of the style of the beer – has been determined by breweries manually, through producing trial brews and series of sampling, resulting in inefficiencies, greater costs, and incremental revenue loss. The project’s objective is to tackle this challenge by developing a digital simulation (the product, BeerPredictor), which supports setting and defining the correct mashing parameters, allowing small independent brewers to meet the specified carbohydrate composition of a particular beer style without intensive and costly manual tests – trial-and-error approaches - and analytical follow-up, based on the malt batch analytical parameters.

5. Mayteks (Turkish) – Eliar (Turkish):
experiment title: Anomaly Detection, Modeling, And Adaptive Control Of Textile Dyeing Temperature Control Phases

Textile dyeing is one of the main processes in the textile sector. The textile dyeing process is a batch process and each factory has around 40 dyeing machines. The temperature control of the dye liquid in the textile dyeing machine is a phase of the textile dyeing process that takes about 70% of the dyeing duration. Correct and optimal temperature control is inevitable for the quality of the desired color and decreasing color repairs which results in savings in steam, energy, water, chemical, and dye usage. The aim is to optimize the temperature control of the machines by means of finding anomalies, creating a digital twin of the temperature control phase, and implementing adaptive control algorithms based on PI control.

By connecting cross-border partners, creating experiments, and mentoring them throughout the project, innomine has enabled many SMEs to gain international partnerships, international visibility, and easy access to innovative technologies such as digital twin.
More about the project
‘Digital twins bringing agility and innovation to manufacturing SMEs, by empowering a network of DIHs with an integrated digital platform that enables Manufacturing as a Service (MaaS)’ — ‘DIGITbrain’
DIGITbrain
Boosting digitalisation of SMEs
Digital
Creating cross-border experiments for the DIGITbrain open call and Experiment management and coordination.
‘Digital twins bringing agility and innovation to manufacturing SMEs, by empowering a network of DIHs with an integrated digital platform that enables Manufacturing as a Service (MaaS)’ — ‘DIGITbrain’

Partners:

Consortium:
  • CIAOTECH Srl (PNO)
  • FRAUNHOFER Institute
  • CLESGO GmbH
  • UNIVERSITY OF WESTMINSTER
  • MAGYAR TUDOMANYOS AKADEMIA SZAMITASTECHNIKAI ES AUTOMATIZALASI KUTATOINTEZET (SZTAKI)
  • DEUTSCHES FORSCHUNGSZENTRUM FUR KUNSTLICHE INTELLIGENZ GMBH (DFKI)
  • ATOS INFORMATION TECHNOLOGY GMBH
  • CONSENSES GMBH (CNS)
  • SCUOLA UNIVERSITARIA PROFESSIONALE DELLA SVIZZERA ITALIANA (SUPSI)
  • CLOUDSME UG
  • AARHUS UNIVERSITET
  • TTS TECHNOLOGY TRANSFER SYSTEMS SRL
  • STICHTING EGI (EGI)
  • UNIVERSITY OF NOTTINGHAM
  • INSTITUTO TECNOLOGICO DE ARAGON (ITAINNOVA)
  • ENIDE SOLUTIONS .S.L (ENIDE)
  • STAM SRL
  • innomine DIH
  • CENTRO DI COMPETENZA PER LA SICUREZZA E L'OTTIMIZZAZIONE DELLE INFRASTRUTTURE STRATEGICHE START 4.0 (START4.0)
  • FUNDACION CORPORACION TECNOLOGICA DE ANDALUCIA (FCTA)
  • IRISH MANUFACTURING RESEARCH COMPANY LIMITED BY GUARANTEE (IMR)
  • 3D MEDLAB (3DML)
  • AGRO INTELLIGENCE APS (AI)

„Customers”  - Organizations we mentored and supported for 12 months as part of the DIGITbrain project:

  • CAADEX Kft (Hungarian)
  • DSS Consulting Zrt (Hungarian)
  • University of Kragujevac (Serbian)
  • Premet Kft (Hungarian)
  • Opendot (Italian)
  • CNR-IMATI (Italian)
  • IDM-Systems Zrt (Hungarian)
  • Restart Automation and Robotics (Italian)
  • EN-CO Software Zrt
  • Deodat 21 Bt (Hungarian)
  • Karlwood Kft (Hungarian)
  • ELIAR (Turkish)
  • Mayteks (Turkish)
innomine main activity was the experiment deployment and execution during the whole DIGITbrain project (3 years).  We coordinated and overviewed the task's overall progress, while we were acting as a DIH as well and were assigned to support individual experiments in the implementation process. We provided „the bridge” between the participating experiment partners and the technical experts of the consortium that supported the experiments in technical issues when accessing the Digital Brain Data, Resources, Models, Algorithms etc.The experiments involved in the project were selected through 2 open-call processes by a committee of independent experts. innomine was also instrumental in finding and selecting the right experiment partners. Drawing on our own extensive international network, we were working to develop cross-border partnerships, giving Hungarian SMEs the chance to enter the international market and improve their digital maturity. This has proved to be a very successful activity: the evaluators selected 1 Serbian-Hungarian, 2 Hungarian-Italian, 1 Hungarian and 1 Turkish projects from the experiments developed by us:

1. CAADEX Kft (Hungarian) – DSS Consulting Zrt (Hungarian)- University of Kragujevac (Serbian):
experiment title: Digitization And Optimization Of Snow Guards Manufacturing ProcessThe experiment targeted the optimization of CAADEX manufacturing processes by using the software of DSS (software developer) for simulation and modeling. DSS developed a discrete event simulation model in the cloud, which could be customized and used for the case of CAADEX to optimize the operation of the two machines. It collects data and prepares simulations (digital twins). The University of Kragujevac provided specific expertise to this aspect of the project.

2. Restart Automation and Robotics (Italian) – IDM-Systems Zrt (Hungarian) – CNR-IMATI (Italian):
experiment title: Digital Twin For Agile Changes (DITAC)The DITAC project focused on the investigation and implementation of methodologies to introduce Digital Twin-based solutions to the design process at Restart Srl, an SME specialized in supply (from design to material realization) of tailor-made industrial automation solutions to provide important support in case of after-sales changes. In the Restart case, after-sales requests for changes from the final user are not isolated and they request significant work on the machine, causing interruption of work/production. The DITAC project aimed to reduce the efforts needed for an after-sale change, providing virtual support/simulation for the required design changes.

3. Premet Kft (Hungarian) – CNR-IMATI (Italian) – Opendot (Italian):
experiment title: Production Optimization For Additive Manufacturing Of Medical Devices (ProMED)The main objective of ProMED was to optimize the production of customized metal medical devices through the combined use of additive and subtractive manufacturing. This hybrid technique, often referred to as Sint & Mill (S&M), consists in creating a semi-finished product with a 3D printer and subsequently applying precision CNC milling for surface finishing. The experiment aimed at finding whether the end user PREMET can reduce production costs and/or improve product quality, both by choosing the right fabrication parameters. A digital twin of PREMET's production pipeline was developed and used to quickly simulate a large number of fabrication processes. The rich set of "virtual" data produced by the simulation is used to train an intelligent module that is eventually able to support PREMET in its decisions for real productions.

4. EN-CO Software Zrt (Hungarian) – Karlwood Kft (Hungarian) – Deodat 21 Bt (Hungarian):
experiment title: Beerpredictor, A Predictive Tool For Breweries To Optimize The Beer Mashing ProcessWhile the adoption of “smart” brewing technologies has given a significant boost to the production effectiveness of the brewing industry, certain critical issues - most importantly, the complexities of the mashing process - still miss game-changing technological solutions. To date, the optimal mashing process – which sets some of the very essence of the style of the beer – has been determined by breweries manually, through producing trial brews and series of sampling, resulting in inefficiencies, greater costs, and incremental revenue loss. The project’s objective is to tackle this challenge by developing a digital simulation (the product, BeerPredictor), which supports setting and defining the correct mashing parameters, allowing small independent brewers to meet the specified carbohydrate composition of a particular beer style without intensive and costly manual tests – trial-and-error approaches - and analytical follow-up, based on the malt batch analytical parameters.

5. Mayteks (Turkish) – Eliar (Turkish):
experiment title: Anomaly Detection, Modeling, And Adaptive Control Of Textile Dyeing Temperature Control Phases

Textile dyeing is one of the main processes in the textile sector. The textile dyeing process is a batch process and each factory has around 40 dyeing machines. The temperature control of the dye liquid in the textile dyeing machine is a phase of the textile dyeing process that takes about 70% of the dyeing duration. Correct and optimal temperature control is inevitable for the quality of the desired color and decreasing color repairs which results in savings in steam, energy, water, chemical, and dye usage. The aim is to optimize the temperature control of the machines by means of finding anomalies, creating a digital twin of the temperature control phase, and implementing adaptive control algorithms based on PI control.

By connecting cross-border partners, creating experiments, and mentoring them throughout the project, innomine has enabled many SMEs to gain international partnerships, international visibility, and easy access to innovative technologies such as digital twin.
More about the project
DIGITbrain
Creating cross-border experiments for the DIGITbrain open call and Experiment management and coordination.
Digital
Digital Manufacturing
innomine main activity was the experiment deployment and execution during the whole DIGITbrain project (3 years).  We coordinated and overviewed the task's overall progress, while we were acting as a DIH as well and were assigned to support individual experiments in the implementation process. We provided „the bridge” between the participating experiment partners and the technical experts of the consortium that supported the experiments in technical issues when accessing the Digital Brain Data, Resources, Models, Algorithms etc.The experiments involved in the project were selected through 2 open-call processes by a committee of independent experts. innomine was also instrumental in finding and selecting the right experiment partners. Drawing on our own extensive international network, we were working to develop cross-border partnerships, giving Hungarian SMEs the chance to enter the international market and improve their digital maturity. This has proved to be a very successful activity: the evaluators selected 1 Serbian-Hungarian, 2 Hungarian-Italian, 1 Hungarian and 1 Turkish projects from the experiments developed by us:

1. CAADEX Kft (Hungarian) – DSS Consulting Zrt (Hungarian)- University of Kragujevac (Serbian):
experiment title: Digitization And Optimization Of Snow Guards Manufacturing ProcessThe experiment targeted the optimization of CAADEX manufacturing processes by using the software of DSS (software developer) for simulation and modeling. DSS developed a discrete event simulation model in the cloud, which could be customized and used for the case of CAADEX to optimize the operation of the two machines. It collects data and prepares simulations (digital twins). The University of Kragujevac provided specific expertise to this aspect of the project.

2. Restart Automation and Robotics (Italian) – IDM-Systems Zrt (Hungarian) – CNR-IMATI (Italian):
experiment title: Digital Twin For Agile Changes (DITAC)The DITAC project focused on the investigation and implementation of methodologies to introduce Digital Twin-based solutions to the design process at Restart Srl, an SME specialized in supply (from design to material realization) of tailor-made industrial automation solutions to provide important support in case of after-sales changes. In the Restart case, after-sales requests for changes from the final user are not isolated and they request significant work on the machine, causing interruption of work/production. The DITAC project aimed to reduce the efforts needed for an after-sale change, providing virtual support/simulation for the required design changes.

3. Premet Kft (Hungarian) – CNR-IMATI (Italian) – Opendot (Italian):
experiment title: Production Optimization For Additive Manufacturing Of Medical Devices (ProMED)The main objective of ProMED was to optimize the production of customized metal medical devices through the combined use of additive and subtractive manufacturing. This hybrid technique, often referred to as Sint & Mill (S&M), consists in creating a semi-finished product with a 3D printer and subsequently applying precision CNC milling for surface finishing. The experiment aimed at finding whether the end user PREMET can reduce production costs and/or improve product quality, both by choosing the right fabrication parameters. A digital twin of PREMET's production pipeline was developed and used to quickly simulate a large number of fabrication processes. The rich set of "virtual" data produced by the simulation is used to train an intelligent module that is eventually able to support PREMET in its decisions for real productions.

4. EN-CO Software Zrt (Hungarian) – Karlwood Kft (Hungarian) – Deodat 21 Bt (Hungarian):
experiment title: Beerpredictor, A Predictive Tool For Breweries To Optimize The Beer Mashing ProcessWhile the adoption of “smart” brewing technologies has given a significant boost to the production effectiveness of the brewing industry, certain critical issues - most importantly, the complexities of the mashing process - still miss game-changing technological solutions. To date, the optimal mashing process – which sets some of the very essence of the style of the beer – has been determined by breweries manually, through producing trial brews and series of sampling, resulting in inefficiencies, greater costs, and incremental revenue loss. The project’s objective is to tackle this challenge by developing a digital simulation (the product, BeerPredictor), which supports setting and defining the correct mashing parameters, allowing small independent brewers to meet the specified carbohydrate composition of a particular beer style without intensive and costly manual tests – trial-and-error approaches - and analytical follow-up, based on the malt batch analytical parameters.

5. Mayteks (Turkish) – Eliar (Turkish):
experiment title: Anomaly Detection, Modeling, And Adaptive Control Of Textile Dyeing Temperature Control Phases

Textile dyeing is one of the main processes in the textile sector. The textile dyeing process is a batch process and each factory has around 40 dyeing machines. The temperature control of the dye liquid in the textile dyeing machine is a phase of the textile dyeing process that takes about 70% of the dyeing duration. Correct and optimal temperature control is inevitable for the quality of the desired color and decreasing color repairs which results in savings in steam, energy, water, chemical, and dye usage. The aim is to optimize the temperature control of the machines by means of finding anomalies, creating a digital twin of the temperature control phase, and implementing adaptive control algorithms based on PI control.

By connecting cross-border partners, creating experiments, and mentoring them throughout the project, innomine has enabled many SMEs to gain international partnerships, international visibility, and easy access to innovative technologies such as digital twin.
More about the project
‘Digital twins bringing agility and innovation to manufacturing SMEs, by empowering a network of DIHs with an integrated digital platform that enables Manufacturing as a Service (MaaS)’ — ‘DIGITbrain’
DIGITbrain
Digital Manufacturing
Digital
Creating cross-border experiments for the DIGITbrain open call and Experiment management and coordination.
‘Digital twins bringing agility and innovation to manufacturing SMEs, by empowering a network of DIHs with an integrated digital platform that enables Manufacturing as a Service (MaaS)’ — ‘DIGITbrain’

Partners:

Consortium:
  • CIAOTECH Srl (PNO)
  • FRAUNHOFER Institute
  • CLESGO GmbH
  • UNIVERSITY OF WESTMINSTER
  • MAGYAR TUDOMANYOS AKADEMIA SZAMITASTECHNIKAI ES AUTOMATIZALASI KUTATOINTEZET (SZTAKI)
  • DEUTSCHES FORSCHUNGSZENTRUM FUR KUNSTLICHE INTELLIGENZ GMBH (DFKI)
  • ATOS INFORMATION TECHNOLOGY GMBH
  • CONSENSES GMBH (CNS)
  • SCUOLA UNIVERSITARIA PROFESSIONALE DELLA SVIZZERA ITALIANA (SUPSI)
  • CLOUDSME UG
  • AARHUS UNIVERSITET
  • TTS TECHNOLOGY TRANSFER SYSTEMS SRL
  • STICHTING EGI (EGI)
  • UNIVERSITY OF NOTTINGHAM
  • INSTITUTO TECNOLOGICO DE ARAGON (ITAINNOVA)
  • ENIDE SOLUTIONS .S.L (ENIDE)
  • STAM SRL
  • innomine DIH
  • CENTRO DI COMPETENZA PER LA SICUREZZA E L'OTTIMIZZAZIONE DELLE INFRASTRUTTURE STRATEGICHE START 4.0 (START4.0)
  • FUNDACION CORPORACION TECNOLOGICA DE ANDALUCIA (FCTA)
  • IRISH MANUFACTURING RESEARCH COMPANY LIMITED BY GUARANTEE (IMR)
  • 3D MEDLAB (3DML)
  • AGRO INTELLIGENCE APS (AI)

„Customers”  - Organizations we mentored and supported for 12 months as part of the DIGITbrain project:

  • CAADEX Kft (Hungarian)
  • DSS Consulting Zrt (Hungarian)
  • University of Kragujevac (Serbian)
  • Premet Kft (Hungarian)
  • Opendot (Italian)
  • CNR-IMATI (Italian)
  • IDM-Systems Zrt (Hungarian)
  • Restart Automation and Robotics (Italian)
  • EN-CO Software Zrt
  • Deodat 21 Bt (Hungarian)
  • Karlwood Kft (Hungarian)
  • ELIAR (Turkish)
  • Mayteks (Turkish)
innomine main activity was the experiment deployment and execution during the whole DIGITbrain project (3 years).  We coordinated and overviewed the task's overall progress, while we were acting as a DIH as well and were assigned to support individual experiments in the implementation process. We provided „the bridge” between the participating experiment partners and the technical experts of the consortium that supported the experiments in technical issues when accessing the Digital Brain Data, Resources, Models, Algorithms etc.The experiments involved in the project were selected through 2 open-call processes by a committee of independent experts. innomine was also instrumental in finding and selecting the right experiment partners. Drawing on our own extensive international network, we were working to develop cross-border partnerships, giving Hungarian SMEs the chance to enter the international market and improve their digital maturity. This has proved to be a very successful activity: the evaluators selected 1 Serbian-Hungarian, 2 Hungarian-Italian, 1 Hungarian and 1 Turkish projects from the experiments developed by us:

1. CAADEX Kft (Hungarian) – DSS Consulting Zrt (Hungarian)- University of Kragujevac (Serbian):
experiment title: Digitization And Optimization Of Snow Guards Manufacturing ProcessThe experiment targeted the optimization of CAADEX manufacturing processes by using the software of DSS (software developer) for simulation and modeling. DSS developed a discrete event simulation model in the cloud, which could be customized and used for the case of CAADEX to optimize the operation of the two machines. It collects data and prepares simulations (digital twins). The University of Kragujevac provided specific expertise to this aspect of the project.

2. Restart Automation and Robotics (Italian) – IDM-Systems Zrt (Hungarian) – CNR-IMATI (Italian):
experiment title: Digital Twin For Agile Changes (DITAC)The DITAC project focused on the investigation and implementation of methodologies to introduce Digital Twin-based solutions to the design process at Restart Srl, an SME specialized in supply (from design to material realization) of tailor-made industrial automation solutions to provide important support in case of after-sales changes. In the Restart case, after-sales requests for changes from the final user are not isolated and they request significant work on the machine, causing interruption of work/production. The DITAC project aimed to reduce the efforts needed for an after-sale change, providing virtual support/simulation for the required design changes.

3. Premet Kft (Hungarian) – CNR-IMATI (Italian) – Opendot (Italian):
experiment title: Production Optimization For Additive Manufacturing Of Medical Devices (ProMED)The main objective of ProMED was to optimize the production of customized metal medical devices through the combined use of additive and subtractive manufacturing. This hybrid technique, often referred to as Sint & Mill (S&M), consists in creating a semi-finished product with a 3D printer and subsequently applying precision CNC milling for surface finishing. The experiment aimed at finding whether the end user PREMET can reduce production costs and/or improve product quality, both by choosing the right fabrication parameters. A digital twin of PREMET's production pipeline was developed and used to quickly simulate a large number of fabrication processes. The rich set of "virtual" data produced by the simulation is used to train an intelligent module that is eventually able to support PREMET in its decisions for real productions.

4. EN-CO Software Zrt (Hungarian) – Karlwood Kft (Hungarian) – Deodat 21 Bt (Hungarian):
experiment title: Beerpredictor, A Predictive Tool For Breweries To Optimize The Beer Mashing ProcessWhile the adoption of “smart” brewing technologies has given a significant boost to the production effectiveness of the brewing industry, certain critical issues - most importantly, the complexities of the mashing process - still miss game-changing technological solutions. To date, the optimal mashing process – which sets some of the very essence of the style of the beer – has been determined by breweries manually, through producing trial brews and series of sampling, resulting in inefficiencies, greater costs, and incremental revenue loss. The project’s objective is to tackle this challenge by developing a digital simulation (the product, BeerPredictor), which supports setting and defining the correct mashing parameters, allowing small independent brewers to meet the specified carbohydrate composition of a particular beer style without intensive and costly manual tests – trial-and-error approaches - and analytical follow-up, based on the malt batch analytical parameters.

5. Mayteks (Turkish) – Eliar (Turkish):
experiment title: Anomaly Detection, Modeling, And Adaptive Control Of Textile Dyeing Temperature Control Phases

Textile dyeing is one of the main processes in the textile sector. The textile dyeing process is a batch process and each factory has around 40 dyeing machines. The temperature control of the dye liquid in the textile dyeing machine is a phase of the textile dyeing process that takes about 70% of the dyeing duration. Correct and optimal temperature control is inevitable for the quality of the desired color and decreasing color repairs which results in savings in steam, energy, water, chemical, and dye usage. The aim is to optimize the temperature control of the machines by means of finding anomalies, creating a digital twin of the temperature control phase, and implementing adaptive control algorithms based on PI control.

By connecting cross-border partners, creating experiments, and mentoring them throughout the project, innomine has enabled many SMEs to gain international partnerships, international visibility, and easy access to innovative technologies such as digital twin.
More about the project
DIGITbrain
Creating cross-border experiments for the DIGITbrain open call and Experiment management and coordination.
Ecosystem
Creating cross-border cooperation among SMEs
innomine main activity was the experiment deployment and execution during the whole DIGITbrain project (3 years).  We coordinated and overviewed the task's overall progress, while we were acting as a DIH as well and were assigned to support individual experiments in the implementation process. We provided „the bridge” between the participating experiment partners and the technical experts of the consortium that supported the experiments in technical issues when accessing the Digital Brain Data, Resources, Models, Algorithms etc.The experiments involved in the project were selected through 2 open-call processes by a committee of independent experts. innomine was also instrumental in finding and selecting the right experiment partners. Drawing on our own extensive international network, we were working to develop cross-border partnerships, giving Hungarian SMEs the chance to enter the international market and improve their digital maturity. This has proved to be a very successful activity: the evaluators selected 1 Serbian-Hungarian, 2 Hungarian-Italian, 1 Hungarian and 1 Turkish projects from the experiments developed by us:

1. CAADEX Kft (Hungarian) – DSS Consulting Zrt (Hungarian)- University of Kragujevac (Serbian):
experiment title: Digitization And Optimization Of Snow Guards Manufacturing ProcessThe experiment targeted the optimization of CAADEX manufacturing processes by using the software of DSS (software developer) for simulation and modeling. DSS developed a discrete event simulation model in the cloud, which could be customized and used for the case of CAADEX to optimize the operation of the two machines. It collects data and prepares simulations (digital twins). The University of Kragujevac provided specific expertise to this aspect of the project.

2. Restart Automation and Robotics (Italian) – IDM-Systems Zrt (Hungarian) – CNR-IMATI (Italian):
experiment title: Digital Twin For Agile Changes (DITAC)The DITAC project focused on the investigation and implementation of methodologies to introduce Digital Twin-based solutions to the design process at Restart Srl, an SME specialized in supply (from design to material realization) of tailor-made industrial automation solutions to provide important support in case of after-sales changes. In the Restart case, after-sales requests for changes from the final user are not isolated and they request significant work on the machine, causing interruption of work/production. The DITAC project aimed to reduce the efforts needed for an after-sale change, providing virtual support/simulation for the required design changes.

3. Premet Kft (Hungarian) – CNR-IMATI (Italian) – Opendot (Italian):
experiment title: Production Optimization For Additive Manufacturing Of Medical Devices (ProMED)The main objective of ProMED was to optimize the production of customized metal medical devices through the combined use of additive and subtractive manufacturing. This hybrid technique, often referred to as Sint & Mill (S&M), consists in creating a semi-finished product with a 3D printer and subsequently applying precision CNC milling for surface finishing. The experiment aimed at finding whether the end user PREMET can reduce production costs and/or improve product quality, both by choosing the right fabrication parameters. A digital twin of PREMET's production pipeline was developed and used to quickly simulate a large number of fabrication processes. The rich set of "virtual" data produced by the simulation is used to train an intelligent module that is eventually able to support PREMET in its decisions for real productions.

4. EN-CO Software Zrt (Hungarian) – Karlwood Kft (Hungarian) – Deodat 21 Bt (Hungarian):
experiment title: Beerpredictor, A Predictive Tool For Breweries To Optimize The Beer Mashing ProcessWhile the adoption of “smart” brewing technologies has given a significant boost to the production effectiveness of the brewing industry, certain critical issues - most importantly, the complexities of the mashing process - still miss game-changing technological solutions. To date, the optimal mashing process – which sets some of the very essence of the style of the beer – has been determined by breweries manually, through producing trial brews and series of sampling, resulting in inefficiencies, greater costs, and incremental revenue loss. The project’s objective is to tackle this challenge by developing a digital simulation (the product, BeerPredictor), which supports setting and defining the correct mashing parameters, allowing small independent brewers to meet the specified carbohydrate composition of a particular beer style without intensive and costly manual tests – trial-and-error approaches - and analytical follow-up, based on the malt batch analytical parameters.

5. Mayteks (Turkish) – Eliar (Turkish):
experiment title: Anomaly Detection, Modeling, And Adaptive Control Of Textile Dyeing Temperature Control Phases

Textile dyeing is one of the main processes in the textile sector. The textile dyeing process is a batch process and each factory has around 40 dyeing machines. The temperature control of the dye liquid in the textile dyeing machine is a phase of the textile dyeing process that takes about 70% of the dyeing duration. Correct and optimal temperature control is inevitable for the quality of the desired color and decreasing color repairs which results in savings in steam, energy, water, chemical, and dye usage. The aim is to optimize the temperature control of the machines by means of finding anomalies, creating a digital twin of the temperature control phase, and implementing adaptive control algorithms based on PI control.

By connecting cross-border partners, creating experiments, and mentoring them throughout the project, innomine has enabled many SMEs to gain international partnerships, international visibility, and easy access to innovative technologies such as digital twin.
More about the project
‘Digital twins bringing agility and innovation to manufacturing SMEs, by empowering a network of DIHs with an integrated digital platform that enables Manufacturing as a Service (MaaS)’ — ‘DIGITbrain’
DIGITbrain
Creating cross-border cooperation among SMEs
Ecosystem
Creating cross-border experiments for the DIGITbrain open call and Experiment management and coordination.
‘Digital twins bringing agility and innovation to manufacturing SMEs, by empowering a network of DIHs with an integrated digital platform that enables Manufacturing as a Service (MaaS)’ — ‘DIGITbrain’

Partners:

Consortium:
  • CIAOTECH Srl (PNO)
  • FRAUNHOFER Institute
  • CLESGO GmbH
  • UNIVERSITY OF WESTMINSTER
  • MAGYAR TUDOMANYOS AKADEMIA SZAMITASTECHNIKAI ES AUTOMATIZALASI KUTATOINTEZET (SZTAKI)
  • DEUTSCHES FORSCHUNGSZENTRUM FUR KUNSTLICHE INTELLIGENZ GMBH (DFKI)
  • ATOS INFORMATION TECHNOLOGY GMBH
  • CONSENSES GMBH (CNS)
  • SCUOLA UNIVERSITARIA PROFESSIONALE DELLA SVIZZERA ITALIANA (SUPSI)
  • CLOUDSME UG
  • AARHUS UNIVERSITET
  • TTS TECHNOLOGY TRANSFER SYSTEMS SRL
  • STICHTING EGI (EGI)
  • UNIVERSITY OF NOTTINGHAM
  • INSTITUTO TECNOLOGICO DE ARAGON (ITAINNOVA)
  • ENIDE SOLUTIONS .S.L (ENIDE)
  • STAM SRL
  • innomine DIH
  • CENTRO DI COMPETENZA PER LA SICUREZZA E L'OTTIMIZZAZIONE DELLE INFRASTRUTTURE STRATEGICHE START 4.0 (START4.0)
  • FUNDACION CORPORACION TECNOLOGICA DE ANDALUCIA (FCTA)
  • IRISH MANUFACTURING RESEARCH COMPANY LIMITED BY GUARANTEE (IMR)
  • 3D MEDLAB (3DML)
  • AGRO INTELLIGENCE APS (AI)

„Customers”  - Organizations we mentored and supported for 12 months as part of the DIGITbrain project:

  • CAADEX Kft (Hungarian)
  • DSS Consulting Zrt (Hungarian)
  • University of Kragujevac (Serbian)
  • Premet Kft (Hungarian)
  • Opendot (Italian)
  • CNR-IMATI (Italian)
  • IDM-Systems Zrt (Hungarian)
  • Restart Automation and Robotics (Italian)
  • EN-CO Software Zrt
  • Deodat 21 Bt (Hungarian)
  • Karlwood Kft (Hungarian)
  • ELIAR (Turkish)
  • Mayteks (Turkish)
innomine main activity was the experiment deployment and execution during the whole DIGITbrain project (3 years).  We coordinated and overviewed the task's overall progress, while we were acting as a DIH as well and were assigned to support individual experiments in the implementation process. We provided „the bridge” between the participating experiment partners and the technical experts of the consortium that supported the experiments in technical issues when accessing the Digital Brain Data, Resources, Models, Algorithms etc.The experiments involved in the project were selected through 2 open-call processes by a committee of independent experts. innomine was also instrumental in finding and selecting the right experiment partners. Drawing on our own extensive international network, we were working to develop cross-border partnerships, giving Hungarian SMEs the chance to enter the international market and improve their digital maturity. This has proved to be a very successful activity: the evaluators selected 1 Serbian-Hungarian, 2 Hungarian-Italian, 1 Hungarian and 1 Turkish projects from the experiments developed by us:

1. CAADEX Kft (Hungarian) – DSS Consulting Zrt (Hungarian)- University of Kragujevac (Serbian):
experiment title: Digitization And Optimization Of Snow Guards Manufacturing ProcessThe experiment targeted the optimization of CAADEX manufacturing processes by using the software of DSS (software developer) for simulation and modeling. DSS developed a discrete event simulation model in the cloud, which could be customized and used for the case of CAADEX to optimize the operation of the two machines. It collects data and prepares simulations (digital twins). The University of Kragujevac provided specific expertise to this aspect of the project.

2. Restart Automation and Robotics (Italian) – IDM-Systems Zrt (Hungarian) – CNR-IMATI (Italian):
experiment title: Digital Twin For Agile Changes (DITAC)The DITAC project focused on the investigation and implementation of methodologies to introduce Digital Twin-based solutions to the design process at Restart Srl, an SME specialized in supply (from design to material realization) of tailor-made industrial automation solutions to provide important support in case of after-sales changes. In the Restart case, after-sales requests for changes from the final user are not isolated and they request significant work on the machine, causing interruption of work/production. The DITAC project aimed to reduce the efforts needed for an after-sale change, providing virtual support/simulation for the required design changes.

3. Premet Kft (Hungarian) – CNR-IMATI (Italian) – Opendot (Italian):
experiment title: Production Optimization For Additive Manufacturing Of Medical Devices (ProMED)The main objective of ProMED was to optimize the production of customized metal medical devices through the combined use of additive and subtractive manufacturing. This hybrid technique, often referred to as Sint & Mill (S&M), consists in creating a semi-finished product with a 3D printer and subsequently applying precision CNC milling for surface finishing. The experiment aimed at finding whether the end user PREMET can reduce production costs and/or improve product quality, both by choosing the right fabrication parameters. A digital twin of PREMET's production pipeline was developed and used to quickly simulate a large number of fabrication processes. The rich set of "virtual" data produced by the simulation is used to train an intelligent module that is eventually able to support PREMET in its decisions for real productions.

4. EN-CO Software Zrt (Hungarian) – Karlwood Kft (Hungarian) – Deodat 21 Bt (Hungarian):
experiment title: Beerpredictor, A Predictive Tool For Breweries To Optimize The Beer Mashing ProcessWhile the adoption of “smart” brewing technologies has given a significant boost to the production effectiveness of the brewing industry, certain critical issues - most importantly, the complexities of the mashing process - still miss game-changing technological solutions. To date, the optimal mashing process – which sets some of the very essence of the style of the beer – has been determined by breweries manually, through producing trial brews and series of sampling, resulting in inefficiencies, greater costs, and incremental revenue loss. The project’s objective is to tackle this challenge by developing a digital simulation (the product, BeerPredictor), which supports setting and defining the correct mashing parameters, allowing small independent brewers to meet the specified carbohydrate composition of a particular beer style without intensive and costly manual tests – trial-and-error approaches - and analytical follow-up, based on the malt batch analytical parameters.

5. Mayteks (Turkish) – Eliar (Turkish):
experiment title: Anomaly Detection, Modeling, And Adaptive Control Of Textile Dyeing Temperature Control Phases

Textile dyeing is one of the main processes in the textile sector. The textile dyeing process is a batch process and each factory has around 40 dyeing machines. The temperature control of the dye liquid in the textile dyeing machine is a phase of the textile dyeing process that takes about 70% of the dyeing duration. Correct and optimal temperature control is inevitable for the quality of the desired color and decreasing color repairs which results in savings in steam, energy, water, chemical, and dye usage. The aim is to optimize the temperature control of the machines by means of finding anomalies, creating a digital twin of the temperature control phase, and implementing adaptive control algorithms based on PI control.

By connecting cross-border partners, creating experiments, and mentoring them throughout the project, innomine has enabled many SMEs to gain international partnerships, international visibility, and easy access to innovative technologies such as digital twin.
More about the project
DIGITbrain
Creating cross-border experiments for the DIGITbrain open call and Experiment management and coordination.
Technology
Management of technology pilots
innomine main activity was the experiment deployment and execution during the whole DIGITbrain project (3 years).  We coordinated and overviewed the task's overall progress, while we were acting as a DIH as well and were assigned to support individual experiments in the implementation process. We provided „the bridge” between the participating experiment partners and the technical experts of the consortium that supported the experiments in technical issues when accessing the Digital Brain Data, Resources, Models, Algorithms etc.The experiments involved in the project were selected through 2 open-call processes by a committee of independent experts. innomine was also instrumental in finding and selecting the right experiment partners. Drawing on our own extensive international network, we were working to develop cross-border partnerships, giving Hungarian SMEs the chance to enter the international market and improve their digital maturity. This has proved to be a very successful activity: the evaluators selected 1 Serbian-Hungarian, 2 Hungarian-Italian, 1 Hungarian and 1 Turkish projects from the experiments developed by us:

1. CAADEX Kft (Hungarian) – DSS Consulting Zrt (Hungarian)- University of Kragujevac (Serbian):
experiment title: Digitization And Optimization Of Snow Guards Manufacturing ProcessThe experiment targeted the optimization of CAADEX manufacturing processes by using the software of DSS (software developer) for simulation and modeling. DSS developed a discrete event simulation model in the cloud, which could be customized and used for the case of CAADEX to optimize the operation of the two machines. It collects data and prepares simulations (digital twins). The University of Kragujevac provided specific expertise to this aspect of the project.

2. Restart Automation and Robotics (Italian) – IDM-Systems Zrt (Hungarian) – CNR-IMATI (Italian):
experiment title: Digital Twin For Agile Changes (DITAC)The DITAC project focused on the investigation and implementation of methodologies to introduce Digital Twin-based solutions to the design process at Restart Srl, an SME specialized in supply (from design to material realization) of tailor-made industrial automation solutions to provide important support in case of after-sales changes. In the Restart case, after-sales requests for changes from the final user are not isolated and they request significant work on the machine, causing interruption of work/production. The DITAC project aimed to reduce the efforts needed for an after-sale change, providing virtual support/simulation for the required design changes.

3. Premet Kft (Hungarian) – CNR-IMATI (Italian) – Opendot (Italian):
experiment title: Production Optimization For Additive Manufacturing Of Medical Devices (ProMED)The main objective of ProMED was to optimize the production of customized metal medical devices through the combined use of additive and subtractive manufacturing. This hybrid technique, often referred to as Sint & Mill (S&M), consists in creating a semi-finished product with a 3D printer and subsequently applying precision CNC milling for surface finishing. The experiment aimed at finding whether the end user PREMET can reduce production costs and/or improve product quality, both by choosing the right fabrication parameters. A digital twin of PREMET's production pipeline was developed and used to quickly simulate a large number of fabrication processes. The rich set of "virtual" data produced by the simulation is used to train an intelligent module that is eventually able to support PREMET in its decisions for real productions.

4. EN-CO Software Zrt (Hungarian) – Karlwood Kft (Hungarian) – Deodat 21 Bt (Hungarian):
experiment title: Beerpredictor, A Predictive Tool For Breweries To Optimize The Beer Mashing ProcessWhile the adoption of “smart” brewing technologies has given a significant boost to the production effectiveness of the brewing industry, certain critical issues - most importantly, the complexities of the mashing process - still miss game-changing technological solutions. To date, the optimal mashing process – which sets some of the very essence of the style of the beer – has been determined by breweries manually, through producing trial brews and series of sampling, resulting in inefficiencies, greater costs, and incremental revenue loss. The project’s objective is to tackle this challenge by developing a digital simulation (the product, BeerPredictor), which supports setting and defining the correct mashing parameters, allowing small independent brewers to meet the specified carbohydrate composition of a particular beer style without intensive and costly manual tests – trial-and-error approaches - and analytical follow-up, based on the malt batch analytical parameters.

5. Mayteks (Turkish) – Eliar (Turkish):
experiment title: Anomaly Detection, Modeling, And Adaptive Control Of Textile Dyeing Temperature Control Phases

Textile dyeing is one of the main processes in the textile sector. The textile dyeing process is a batch process and each factory has around 40 dyeing machines. The temperature control of the dye liquid in the textile dyeing machine is a phase of the textile dyeing process that takes about 70% of the dyeing duration. Correct and optimal temperature control is inevitable for the quality of the desired color and decreasing color repairs which results in savings in steam, energy, water, chemical, and dye usage. The aim is to optimize the temperature control of the machines by means of finding anomalies, creating a digital twin of the temperature control phase, and implementing adaptive control algorithms based on PI control.

By connecting cross-border partners, creating experiments, and mentoring them throughout the project, innomine has enabled many SMEs to gain international partnerships, international visibility, and easy access to innovative technologies such as digital twin.
More about the project
‘Digital twins bringing agility and innovation to manufacturing SMEs, by empowering a network of DIHs with an integrated digital platform that enables Manufacturing as a Service (MaaS)’ — ‘DIGITbrain’
DIGITbrain
Management of technology pilots
Technology
Creating cross-border experiments for the DIGITbrain open call and Experiment management and coordination.
‘Digital twins bringing agility and innovation to manufacturing SMEs, by empowering a network of DIHs with an integrated digital platform that enables Manufacturing as a Service (MaaS)’ — ‘DIGITbrain’

Partners:

Consortium:
  • CIAOTECH Srl (PNO)
  • FRAUNHOFER Institute
  • CLESGO GmbH
  • UNIVERSITY OF WESTMINSTER
  • MAGYAR TUDOMANYOS AKADEMIA SZAMITASTECHNIKAI ES AUTOMATIZALASI KUTATOINTEZET (SZTAKI)
  • DEUTSCHES FORSCHUNGSZENTRUM FUR KUNSTLICHE INTELLIGENZ GMBH (DFKI)
  • ATOS INFORMATION TECHNOLOGY GMBH
  • CONSENSES GMBH (CNS)
  • SCUOLA UNIVERSITARIA PROFESSIONALE DELLA SVIZZERA ITALIANA (SUPSI)
  • CLOUDSME UG
  • AARHUS UNIVERSITET
  • TTS TECHNOLOGY TRANSFER SYSTEMS SRL
  • STICHTING EGI (EGI)
  • UNIVERSITY OF NOTTINGHAM
  • INSTITUTO TECNOLOGICO DE ARAGON (ITAINNOVA)
  • ENIDE SOLUTIONS .S.L (ENIDE)
  • STAM SRL
  • innomine DIH
  • CENTRO DI COMPETENZA PER LA SICUREZZA E L'OTTIMIZZAZIONE DELLE INFRASTRUTTURE STRATEGICHE START 4.0 (START4.0)
  • FUNDACION CORPORACION TECNOLOGICA DE ANDALUCIA (FCTA)
  • IRISH MANUFACTURING RESEARCH COMPANY LIMITED BY GUARANTEE (IMR)
  • 3D MEDLAB (3DML)
  • AGRO INTELLIGENCE APS (AI)

„Customers”  - Organizations we mentored and supported for 12 months as part of the DIGITbrain project:

  • CAADEX Kft (Hungarian)
  • DSS Consulting Zrt (Hungarian)
  • University of Kragujevac (Serbian)
  • Premet Kft (Hungarian)
  • Opendot (Italian)
  • CNR-IMATI (Italian)
  • IDM-Systems Zrt (Hungarian)
  • Restart Automation and Robotics (Italian)
  • EN-CO Software Zrt
  • Deodat 21 Bt (Hungarian)
  • Karlwood Kft (Hungarian)
  • ELIAR (Turkish)
  • Mayteks (Turkish)
innomine main activity was the experiment deployment and execution during the whole DIGITbrain project (3 years).  We coordinated and overviewed the task's overall progress, while we were acting as a DIH as well and were assigned to support individual experiments in the implementation process. We provided „the bridge” between the participating experiment partners and the technical experts of the consortium that supported the experiments in technical issues when accessing the Digital Brain Data, Resources, Models, Algorithms etc.The experiments involved in the project were selected through 2 open-call processes by a committee of independent experts. innomine was also instrumental in finding and selecting the right experiment partners. Drawing on our own extensive international network, we were working to develop cross-border partnerships, giving Hungarian SMEs the chance to enter the international market and improve their digital maturity. This has proved to be a very successful activity: the evaluators selected 1 Serbian-Hungarian, 2 Hungarian-Italian, 1 Hungarian and 1 Turkish projects from the experiments developed by us:

1. CAADEX Kft (Hungarian) – DSS Consulting Zrt (Hungarian)- University of Kragujevac (Serbian):
experiment title: Digitization And Optimization Of Snow Guards Manufacturing ProcessThe experiment targeted the optimization of CAADEX manufacturing processes by using the software of DSS (software developer) for simulation and modeling. DSS developed a discrete event simulation model in the cloud, which could be customized and used for the case of CAADEX to optimize the operation of the two machines. It collects data and prepares simulations (digital twins). The University of Kragujevac provided specific expertise to this aspect of the project.

2. Restart Automation and Robotics (Italian) – IDM-Systems Zrt (Hungarian) – CNR-IMATI (Italian):
experiment title: Digital Twin For Agile Changes (DITAC)The DITAC project focused on the investigation and implementation of methodologies to introduce Digital Twin-based solutions to the design process at Restart Srl, an SME specialized in supply (from design to material realization) of tailor-made industrial automation solutions to provide important support in case of after-sales changes. In the Restart case, after-sales requests for changes from the final user are not isolated and they request significant work on the machine, causing interruption of work/production. The DITAC project aimed to reduce the efforts needed for an after-sale change, providing virtual support/simulation for the required design changes.

3. Premet Kft (Hungarian) – CNR-IMATI (Italian) – Opendot (Italian):
experiment title: Production Optimization For Additive Manufacturing Of Medical Devices (ProMED)The main objective of ProMED was to optimize the production of customized metal medical devices through the combined use of additive and subtractive manufacturing. This hybrid technique, often referred to as Sint & Mill (S&M), consists in creating a semi-finished product with a 3D printer and subsequently applying precision CNC milling for surface finishing. The experiment aimed at finding whether the end user PREMET can reduce production costs and/or improve product quality, both by choosing the right fabrication parameters. A digital twin of PREMET's production pipeline was developed and used to quickly simulate a large number of fabrication processes. The rich set of "virtual" data produced by the simulation is used to train an intelligent module that is eventually able to support PREMET in its decisions for real productions.

4. EN-CO Software Zrt (Hungarian) – Karlwood Kft (Hungarian) – Deodat 21 Bt (Hungarian):
experiment title: Beerpredictor, A Predictive Tool For Breweries To Optimize The Beer Mashing ProcessWhile the adoption of “smart” brewing technologies has given a significant boost to the production effectiveness of the brewing industry, certain critical issues - most importantly, the complexities of the mashing process - still miss game-changing technological solutions. To date, the optimal mashing process – which sets some of the very essence of the style of the beer – has been determined by breweries manually, through producing trial brews and series of sampling, resulting in inefficiencies, greater costs, and incremental revenue loss. The project’s objective is to tackle this challenge by developing a digital simulation (the product, BeerPredictor), which supports setting and defining the correct mashing parameters, allowing small independent brewers to meet the specified carbohydrate composition of a particular beer style without intensive and costly manual tests – trial-and-error approaches - and analytical follow-up, based on the malt batch analytical parameters.

5. Mayteks (Turkish) – Eliar (Turkish):
experiment title: Anomaly Detection, Modeling, And Adaptive Control Of Textile Dyeing Temperature Control Phases

Textile dyeing is one of the main processes in the textile sector. The textile dyeing process is a batch process and each factory has around 40 dyeing machines. The temperature control of the dye liquid in the textile dyeing machine is a phase of the textile dyeing process that takes about 70% of the dyeing duration. Correct and optimal temperature control is inevitable for the quality of the desired color and decreasing color repairs which results in savings in steam, energy, water, chemical, and dye usage. The aim is to optimize the temperature control of the machines by means of finding anomalies, creating a digital twin of the temperature control phase, and implementing adaptive control algorithms based on PI control.

By connecting cross-border partners, creating experiments, and mentoring them throughout the project, innomine has enabled many SMEs to gain international partnerships, international visibility, and easy access to innovative technologies such as digital twin.
More about the project
DIGITbrain
Creating cross-border experiments for the DIGITbrain open call and Experiment management and coordination.
Technology
Industry 4.0 technologies 
innomine main activity was the experiment deployment and execution during the whole DIGITbrain project (3 years).  We coordinated and overviewed the task's overall progress, while we were acting as a DIH as well and were assigned to support individual experiments in the implementation process. We provided „the bridge” between the participating experiment partners and the technical experts of the consortium that supported the experiments in technical issues when accessing the Digital Brain Data, Resources, Models, Algorithms etc.The experiments involved in the project were selected through 2 open-call processes by a committee of independent experts. innomine was also instrumental in finding and selecting the right experiment partners. Drawing on our own extensive international network, we were working to develop cross-border partnerships, giving Hungarian SMEs the chance to enter the international market and improve their digital maturity. This has proved to be a very successful activity: the evaluators selected 1 Serbian-Hungarian, 2 Hungarian-Italian, 1 Hungarian and 1 Turkish projects from the experiments developed by us:

1. CAADEX Kft (Hungarian) – DSS Consulting Zrt (Hungarian)- University of Kragujevac (Serbian):
experiment title: Digitization And Optimization Of Snow Guards Manufacturing ProcessThe experiment targeted the optimization of CAADEX manufacturing processes by using the software of DSS (software developer) for simulation and modeling. DSS developed a discrete event simulation model in the cloud, which could be customized and used for the case of CAADEX to optimize the operation of the two machines. It collects data and prepares simulations (digital twins). The University of Kragujevac provided specific expertise to this aspect of the project.

2. Restart Automation and Robotics (Italian) – IDM-Systems Zrt (Hungarian) – CNR-IMATI (Italian):
experiment title: Digital Twin For Agile Changes (DITAC)The DITAC project focused on the investigation and implementation of methodologies to introduce Digital Twin-based solutions to the design process at Restart Srl, an SME specialized in supply (from design to material realization) of tailor-made industrial automation solutions to provide important support in case of after-sales changes. In the Restart case, after-sales requests for changes from the final user are not isolated and they request significant work on the machine, causing interruption of work/production. The DITAC project aimed to reduce the efforts needed for an after-sale change, providing virtual support/simulation for the required design changes.

3. Premet Kft (Hungarian) – CNR-IMATI (Italian) – Opendot (Italian):
experiment title: Production Optimization For Additive Manufacturing Of Medical Devices (ProMED)The main objective of ProMED was to optimize the production of customized metal medical devices through the combined use of additive and subtractive manufacturing. This hybrid technique, often referred to as Sint & Mill (S&M), consists in creating a semi-finished product with a 3D printer and subsequently applying precision CNC milling for surface finishing. The experiment aimed at finding whether the end user PREMET can reduce production costs and/or improve product quality, both by choosing the right fabrication parameters. A digital twin of PREMET's production pipeline was developed and used to quickly simulate a large number of fabrication processes. The rich set of "virtual" data produced by the simulation is used to train an intelligent module that is eventually able to support PREMET in its decisions for real productions.

4. EN-CO Software Zrt (Hungarian) – Karlwood Kft (Hungarian) – Deodat 21 Bt (Hungarian):
experiment title: Beerpredictor, A Predictive Tool For Breweries To Optimize The Beer Mashing ProcessWhile the adoption of “smart” brewing technologies has given a significant boost to the production effectiveness of the brewing industry, certain critical issues - most importantly, the complexities of the mashing process - still miss game-changing technological solutions. To date, the optimal mashing process – which sets some of the very essence of the style of the beer – has been determined by breweries manually, through producing trial brews and series of sampling, resulting in inefficiencies, greater costs, and incremental revenue loss. The project’s objective is to tackle this challenge by developing a digital simulation (the product, BeerPredictor), which supports setting and defining the correct mashing parameters, allowing small independent brewers to meet the specified carbohydrate composition of a particular beer style without intensive and costly manual tests – trial-and-error approaches - and analytical follow-up, based on the malt batch analytical parameters.

5. Mayteks (Turkish) – Eliar (Turkish):
experiment title: Anomaly Detection, Modeling, And Adaptive Control Of Textile Dyeing Temperature Control Phases

Textile dyeing is one of the main processes in the textile sector. The textile dyeing process is a batch process and each factory has around 40 dyeing machines. The temperature control of the dye liquid in the textile dyeing machine is a phase of the textile dyeing process that takes about 70% of the dyeing duration. Correct and optimal temperature control is inevitable for the quality of the desired color and decreasing color repairs which results in savings in steam, energy, water, chemical, and dye usage. The aim is to optimize the temperature control of the machines by means of finding anomalies, creating a digital twin of the temperature control phase, and implementing adaptive control algorithms based on PI control.

By connecting cross-border partners, creating experiments, and mentoring them throughout the project, innomine has enabled many SMEs to gain international partnerships, international visibility, and easy access to innovative technologies such as digital twin.
More about the project
‘Digital twins bringing agility and innovation to manufacturing SMEs, by empowering a network of DIHs with an integrated digital platform that enables Manufacturing as a Service (MaaS)’ — ‘DIGITbrain’
DIGITbrain
Industry 4.0 technologies
Technology
Creating cross-border experiments for the DIGITbrain open call and Experiment management and coordination.
‘Digital twins bringing agility and innovation to manufacturing SMEs, by empowering a network of DIHs with an integrated digital platform that enables Manufacturing as a Service (MaaS)’ — ‘DIGITbrain’

Partners:

Consortium:
  • CIAOTECH Srl (PNO)
  • FRAUNHOFER Institute
  • CLESGO GmbH
  • UNIVERSITY OF WESTMINSTER
  • MAGYAR TUDOMANYOS AKADEMIA SZAMITASTECHNIKAI ES AUTOMATIZALASI KUTATOINTEZET (SZTAKI)
  • DEUTSCHES FORSCHUNGSZENTRUM FUR KUNSTLICHE INTELLIGENZ GMBH (DFKI)
  • ATOS INFORMATION TECHNOLOGY GMBH
  • CONSENSES GMBH (CNS)
  • SCUOLA UNIVERSITARIA PROFESSIONALE DELLA SVIZZERA ITALIANA (SUPSI)
  • CLOUDSME UG
  • AARHUS UNIVERSITET
  • TTS TECHNOLOGY TRANSFER SYSTEMS SRL
  • STICHTING EGI (EGI)
  • UNIVERSITY OF NOTTINGHAM
  • INSTITUTO TECNOLOGICO DE ARAGON (ITAINNOVA)
  • ENIDE SOLUTIONS .S.L (ENIDE)
  • STAM SRL
  • innomine DIH
  • CENTRO DI COMPETENZA PER LA SICUREZZA E L'OTTIMIZZAZIONE DELLE INFRASTRUTTURE STRATEGICHE START 4.0 (START4.0)
  • FUNDACION CORPORACION TECNOLOGICA DE ANDALUCIA (FCTA)
  • IRISH MANUFACTURING RESEARCH COMPANY LIMITED BY GUARANTEE (IMR)
  • 3D MEDLAB (3DML)
  • AGRO INTELLIGENCE APS (AI)

„Customers”  - Organizations we mentored and supported for 12 months as part of the DIGITbrain project:

  • CAADEX Kft (Hungarian)
  • DSS Consulting Zrt (Hungarian)
  • University of Kragujevac (Serbian)
  • Premet Kft (Hungarian)
  • Opendot (Italian)
  • CNR-IMATI (Italian)
  • IDM-Systems Zrt (Hungarian)
  • Restart Automation and Robotics (Italian)
  • EN-CO Software Zrt
  • Deodat 21 Bt (Hungarian)
  • Karlwood Kft (Hungarian)
  • ELIAR (Turkish)
  • Mayteks (Turkish)
innomine main activity was the experiment deployment and execution during the whole DIGITbrain project (3 years).  We coordinated and overviewed the task's overall progress, while we were acting as a DIH as well and were assigned to support individual experiments in the implementation process. We provided „the bridge” between the participating experiment partners and the technical experts of the consortium that supported the experiments in technical issues when accessing the Digital Brain Data, Resources, Models, Algorithms etc.The experiments involved in the project were selected through 2 open-call processes by a committee of independent experts. innomine was also instrumental in finding and selecting the right experiment partners. Drawing on our own extensive international network, we were working to develop cross-border partnerships, giving Hungarian SMEs the chance to enter the international market and improve their digital maturity. This has proved to be a very successful activity: the evaluators selected 1 Serbian-Hungarian, 2 Hungarian-Italian, 1 Hungarian and 1 Turkish projects from the experiments developed by us:

1. CAADEX Kft (Hungarian) – DSS Consulting Zrt (Hungarian)- University of Kragujevac (Serbian):
experiment title: Digitization And Optimization Of Snow Guards Manufacturing ProcessThe experiment targeted the optimization of CAADEX manufacturing processes by using the software of DSS (software developer) for simulation and modeling. DSS developed a discrete event simulation model in the cloud, which could be customized and used for the case of CAADEX to optimize the operation of the two machines. It collects data and prepares simulations (digital twins). The University of Kragujevac provided specific expertise to this aspect of the project.

2. Restart Automation and Robotics (Italian) – IDM-Systems Zrt (Hungarian) – CNR-IMATI (Italian):
experiment title: Digital Twin For Agile Changes (DITAC)The DITAC project focused on the investigation and implementation of methodologies to introduce Digital Twin-based solutions to the design process at Restart Srl, an SME specialized in supply (from design to material realization) of tailor-made industrial automation solutions to provide important support in case of after-sales changes. In the Restart case, after-sales requests for changes from the final user are not isolated and they request significant work on the machine, causing interruption of work/production. The DITAC project aimed to reduce the efforts needed for an after-sale change, providing virtual support/simulation for the required design changes.

3. Premet Kft (Hungarian) – CNR-IMATI (Italian) – Opendot (Italian):
experiment title: Production Optimization For Additive Manufacturing Of Medical Devices (ProMED)The main objective of ProMED was to optimize the production of customized metal medical devices through the combined use of additive and subtractive manufacturing. This hybrid technique, often referred to as Sint & Mill (S&M), consists in creating a semi-finished product with a 3D printer and subsequently applying precision CNC milling for surface finishing. The experiment aimed at finding whether the end user PREMET can reduce production costs and/or improve product quality, both by choosing the right fabrication parameters. A digital twin of PREMET's production pipeline was developed and used to quickly simulate a large number of fabrication processes. The rich set of "virtual" data produced by the simulation is used to train an intelligent module that is eventually able to support PREMET in its decisions for real productions.

4. EN-CO Software Zrt (Hungarian) – Karlwood Kft (Hungarian) – Deodat 21 Bt (Hungarian):
experiment title: Beerpredictor, A Predictive Tool For Breweries To Optimize The Beer Mashing ProcessWhile the adoption of “smart” brewing technologies has given a significant boost to the production effectiveness of the brewing industry, certain critical issues - most importantly, the complexities of the mashing process - still miss game-changing technological solutions. To date, the optimal mashing process – which sets some of the very essence of the style of the beer – has been determined by breweries manually, through producing trial brews and series of sampling, resulting in inefficiencies, greater costs, and incremental revenue loss. The project’s objective is to tackle this challenge by developing a digital simulation (the product, BeerPredictor), which supports setting and defining the correct mashing parameters, allowing small independent brewers to meet the specified carbohydrate composition of a particular beer style without intensive and costly manual tests – trial-and-error approaches - and analytical follow-up, based on the malt batch analytical parameters.

5. Mayteks (Turkish) – Eliar (Turkish):
experiment title: Anomaly Detection, Modeling, And Adaptive Control Of Textile Dyeing Temperature Control Phases

Textile dyeing is one of the main processes in the textile sector. The textile dyeing process is a batch process and each factory has around 40 dyeing machines. The temperature control of the dye liquid in the textile dyeing machine is a phase of the textile dyeing process that takes about 70% of the dyeing duration. Correct and optimal temperature control is inevitable for the quality of the desired color and decreasing color repairs which results in savings in steam, energy, water, chemical, and dye usage. The aim is to optimize the temperature control of the machines by means of finding anomalies, creating a digital twin of the temperature control phase, and implementing adaptive control algorithms based on PI control.

By connecting cross-border partners, creating experiments, and mentoring them throughout the project, innomine has enabled many SMEs to gain international partnerships, international visibility, and easy access to innovative technologies such as digital twin.
More about the project
IRSUS
Build the IRSUS community of start-ups
Ecosystem
Mobilising the CEE SME ecosystem, community building
More about the project
IRSUS bridged the gaps faced by start-ups (already funded by the European Commission) to reach the market with a feasible, viable and attractive business case and strategy for users, clients, partners, and investors. IRSUS supported start-ups through their road to market. Thanks to IRSUS partner’s wide outreach, and especially Innomine’s lead on communication and dissemination on start-ups and SMEs, the project ensured a wide coverage of the project’s communication activities all over Europe. As a result, close to 200 promising start-ups from all over Europe directly benefited from IRSUS support, to successfully drive their way to markets and to reach commercial exploitation.
IRSUS
Mobilising the CEE SME ecosystem, community building
Ecosystem
Build the IRSUS community of start-ups
IRSUS bridged the gaps faced by start-ups (already funded by the European Commission) to reach the market with a feasible, viable and attractive business case and strategy for users, clients, partners, and investors. IRSUS supported start-ups through their road to market. Thanks to IRSUS partner’s wide outreach, and especially Innomine’s lead on communication and dissemination on start-ups and SMEs, the project ensured a wide coverage of the project’s communication activities all over Europe. As a result, close to 200 promising start-ups from all over Europe directly benefited from IRSUS support, to successfully drive their way to markets and to reach commercial exploitation.
More about the project
IRSUS
Organising Open Calls and build the IRSUS community of start-ups
Ecosystem
Public funding awareness, open call management
More about the project
IRSUS bridged the gaps faced by start-ups to reach the market faster with a feasible, viable and attractive business case and strategy for users, clients, partners, and investors. IRSUS supported start-ups through their road to market. As a result of the project partner’s outreach, and the lead of Innomine on communication and dissemination on start-ups and SMEs, two open calls were successfully organised. As a result, 185 applicants were collected from 29 countries in the frame of the open calls. The concise evaluation and selection process of IRSUS ensured the selection of the projects of the highest business potential, that could participate in IRSUS’s program on business development including fundraising, networking, promotions and trainings.
IRSUS
Public funding awareness, open call management
Ecosystem
Organising Open Calls and build the IRSUS community of start-ups
IRSUS bridged the gaps faced by start-ups to reach the market faster with a feasible, viable and attractive business case and strategy for users, clients, partners, and investors. IRSUS supported start-ups through their road to market. As a result of the project partner’s outreach, and the lead of Innomine on communication and dissemination on start-ups and SMEs, two open calls were successfully organised. As a result, 185 applicants were collected from 29 countries in the frame of the open calls. The concise evaluation and selection process of IRSUS ensured the selection of the projects of the highest business potential, that could participate in IRSUS’s program on business development including fundraising, networking, promotions and trainings.
More about the project
IRSUS
Leading communication and dissemination activities of IRSUS and create the IRSUS Website with a portfolio of projects
Ecosystem
Platform management/expertise
More about the project
IRSUS bridged the gaps faced by start-ups to reach the market faster with a feasible, viable and attractive business case and strategy for users, clients, partners, and investors. IRSUS supported start-ups through the road to market. Innomine built a concise platform to organise the IRSUS portfolio of companies, who were selected in the frame of Open Calls. The companies with the highest business potential were selected as members of the portfolio, with the aim to be introduced towards potential investors, and especially to widen their network.  Innomine created and maintained the platform and the project portfolio.
IRSUS
Platform management/expertise
Ecosystem
Leading communication and dissemination activities of IRSUS and create the IRSUS Website with a portfolio of projects
IRSUS bridged the gaps faced by start-ups to reach the market faster with a feasible, viable and attractive business case and strategy for users, clients, partners, and investors. IRSUS supported start-ups through the road to market. Innomine built a concise platform to organise the IRSUS portfolio of companies, who were selected in the frame of Open Calls. The companies with the highest business potential were selected as members of the portfolio, with the aim to be introduced towards potential investors, and especially to widen their network.  Innomine created and maintained the platform and the project portfolio.
More about the project
IRSUS
Provide trainings and webinars for start-ups of high innovation potential and organise Open Calls
Ecosystem
Trainings, workshops, webinars
More about the project
IRSUS bridged the gaps faced by start-ups to reach the market faster with a feasible, viable and attractive business case and strategy for users, clients, partners, and investors. IRSUS supported start-ups through their road to market. As a result of the project partner’s outreach, and the lead of Innomine on communication and dissemination on start-ups and SMEs, two open calls were successfully organised. IRSUS ensured the selection of the projects of the highest business potential, and provided trainings and webinars for start-ups, among in the field of fundraising, business planning, pitching, marketing, evaluation of their business potential, that could help these start-ups on a long run. Besides these trainings, IRSUS organised networking events among the selected projects.
IRSUS
Trainings, workshops, webinars
Ecosystem
Provide trainings and webinars for start-ups of high innovation potential and organise Open Calls
IRSUS bridged the gaps faced by start-ups to reach the market faster with a feasible, viable and attractive business case and strategy for users, clients, partners, and investors. IRSUS supported start-ups through their road to market. As a result of the project partner’s outreach, and the lead of Innomine on communication and dissemination on start-ups and SMEs, two open calls were successfully organised. IRSUS ensured the selection of the projects of the highest business potential, and provided trainings and webinars for start-ups, among in the field of fundraising, business planning, pitching, marketing, evaluation of their business potential, that could help these start-ups on a long run. Besides these trainings, IRSUS organised networking events among the selected projects.
More about the project
IRSUS
Organising Open Calls and build the IRSUS community of start-ups
Research
Exploitation and commercialisation of research results
More about the project
IRSUS bridged the gaps faced by start-ups to reach the market faster with a feasible, viable and attractive business case and strategy for users, clients, partners, and investors. IRSUS supported start-ups through the road to market. As a result of the project partner’s outreach, and the lead of Innomine on communication and dissemination on start-ups and SMEs, two open calls were successfully organised. The concise evaluation and selection process of IRSUS ensured the selection of projects of highest business potential, that could participate in IRSUS program on business development including fundraising, networking, promotions and trainings. As a result, the most innovative start-ups received services for business development, that paved their way towards long-term progress.
IRSUS
Exploitation and commercialisation of research results
Research
Organising Open Calls and build the IRSUS community of start-ups
IRSUS bridged the gaps faced by start-ups to reach the market faster with a feasible, viable and attractive business case and strategy for users, clients, partners, and investors. IRSUS supported start-ups through the road to market. As a result of the project partner’s outreach, and the lead of Innomine on communication and dissemination on start-ups and SMEs, two open calls were successfully organised. The concise evaluation and selection process of IRSUS ensured the selection of projects of highest business potential, that could participate in IRSUS program on business development including fundraising, networking, promotions and trainings. As a result, the most innovative start-ups received services for business development, that paved their way towards long-term progress.
More about the project
IRSUS
Leading communication and dissemination activities of IRSUS
Research
Communication and dissemination of research results
More about the project
IRSUS bridged the gaps faced by start-ups (already funded by the European Commission) to reach the market with a feasible, viable and attractive business case and strategy for users, clients, partners, and investors. IRSUS supported start-ups through their road to market. Thanks to IRSUS partner’s wide outreach, and especially Innomine’s lead on communication and dissemination on start-ups and SMEs, the project ensured a wide coverage of the project’s communication activities all over Europe. As a result, close to 200 promising start-ups from all over Europe directly benefited from IRSUS support, to successfully drive their way to markets and to reach commercial exploitation.
IRSUS
Communication and dissemination of research results
Research
Leading communication and dissemination activities of IRSUS
IRSUS bridged the gaps faced by start-ups (already funded by the European Commission) to reach the market with a feasible, viable and attractive business case and strategy for users, clients, partners, and investors. IRSUS supported start-ups through their road to market. Thanks to IRSUS partner’s wide outreach, and especially Innomine’s lead on communication and dissemination on start-ups and SMEs, the project ensured a wide coverage of the project’s communication activities all over Europe. As a result, close to 200 promising start-ups from all over Europe directly benefited from IRSUS support, to successfully drive their way to markets and to reach commercial exploitation.
More about the project
IRSUS
Leading communication and dissemination activities of IRSUS and provide services on networking, fundraising, training
Research
Research-industry matchmaking
More about the project
IRSUS bridged the gaps faced by start-ups (already funded by the European Commission) to reach the market with a feasible, viable and attractive business case and strategy for users, clients, partners, and investors. IRSUS supported start-ups through their road to market by providing fundraising, training and networking services, to create synergies between industry and academia. As a result, the services provided towards the project partners helped start-ups to develop their technology in align with the needs of the industry, by involving academic support. As a result, close to 200 promising start-ups from all over Europe directly benefited from IRSUS support, to successfully drive their way to markets and to reach commercial exploitation.
IRSUS
Research-industry matchmaking
Research
Leading communication and dissemination activities of IRSUS and provide services on networking, fundraising, training
IRSUS bridged the gaps faced by start-ups (already funded by the European Commission) to reach the market with a feasible, viable and attractive business case and strategy for users, clients, partners, and investors. IRSUS supported start-ups through their road to market by providing fundraising, training and networking services, to create synergies between industry and academia. As a result, the services provided towards the project partners helped start-ups to develop their technology in align with the needs of the industry, by involving academic support. As a result, close to 200 promising start-ups from all over Europe directly benefited from IRSUS support, to successfully drive their way to markets and to reach commercial exploitation.
More about the project
IRSUS
Organising Open Calls and build the IRSUS community and portfolio of start-ups
Ecosystem
Developing and managing innovation ecosystems
More about the project
IRSUS bridged the gaps faced by start-ups to reach the market faster with a feasible, viable and attractive business case and strategy for users, clients, partners, and investors. IRSUS supported start-ups through the road to market. The concise evaluation and selection process of IRSUS ensured the selection of almost 200 projects, from 29 countries, of which the IRSUS portfolio of the highest business potential was created. The companies participating in IRSUS portfolio already received funding from the EC, and they utilised IRSUS services for further development, especially including fundraising, networking, promotions and trainings.
IRSUS
Developing and managing innovation ecosystems
Ecosystem
Organising Open Calls and build the IRSUS community and portfolio of start-ups
IRSUS bridged the gaps faced by start-ups to reach the market faster with a feasible, viable and attractive business case and strategy for users, clients, partners, and investors. IRSUS supported start-ups through the road to market. The concise evaluation and selection process of IRSUS ensured the selection of almost 200 projects, from 29 countries, of which the IRSUS portfolio of the highest business potential was created. The companies participating in IRSUS portfolio already received funding from the EC, and they utilised IRSUS services for further development, especially including fundraising, networking, promotions and trainings.
More about the project
NEANIAS
Connecting research with industry: organisation of open calls and developing business cases
Digital
Boosting digitalisation of SMEs
More about the project
NEANIAS Project created 12+ novel services, softwares in the Underwater, Atmospheric and Space thematic areas, by involving relevant industrial actors in its testing and development. Innomine had the role to connect research with industry by organising two successful open calls, and identified SMEs, that utilised the softwares and supported the uptake of research. As a result of innomine’s support, business cases were developed, that utilised NEANIAS services. Innomine provided individual business coaching and analysis on their business potential to each business case.
NEANIAS - Novel EOSC Services for Emerging Atmosphere, Underwater & Space Challenges
NEANIAS
Boosting digitalisation of SMEs
Digital
Connecting research with industry: organisation of open calls and developing business cases
NEANIAS Project created 12+ novel services, softwares in the Underwater, Atmospheric and Space thematic areas, by involving relevant industrial actors in its testing and development. Innomine had the role to connect research with industry by organising two successful open calls, and identified SMEs, that utilised the softwares and supported the uptake of research. As a result of innomine’s support, business cases were developed, that utilised NEANIAS services. Innomine provided individual business coaching and analysis on their business potential to each business case.
More about the project
NEANIAS - Novel EOSC Services for Emerging Atmosphere, Underwater & Space Challenges
NEANIAS
Innomine reached out to potential users of the technologies developed in the Space, Atmospheric and Underwater research fields
Ecosystem
Mobilising the CEE SME ecosystem, community building
More about the project
NEANIAS Project created 12+ novel services, softwares in the Underwater, Atmospheric and Space thematic areas, by involving relevant industrial actors in its testing and development. Innomine had the role to connect research with industry by organising two successful open calls, and identified SMEs, that utilised the softwares and supported the uptake of research. Innomine mobilised its wide DIH network, especially reaching out to SMEs, in diversified fields of disciplines and collected 20+ SMEs intended to integrate the services of NEANIAS in their normal work. Besides identifying these SMEs, innomine acted as an intermediator to connect and find collaboration points between the scientific and industrial actors.
NEANIAS - Novel EOSC Services for Emerging Atmosphere, Underwater & Space Challenges
NEANIAS
Mobilising the CEE SME ecosystem, community building
Ecosystem
Innomine reached out to potential users of the technologies developed in the Space, Atmospheric and Underwater research fields
NEANIAS Project created 12+ novel services, softwares in the Underwater, Atmospheric and Space thematic areas, by involving relevant industrial actors in its testing and development. Innomine had the role to connect research with industry by organising two successful open calls, and identified SMEs, that utilised the softwares and supported the uptake of research. Innomine mobilised its wide DIH network, especially reaching out to SMEs, in diversified fields of disciplines and collected 20+ SMEs intended to integrate the services of NEANIAS in their normal work. Besides identifying these SMEs, innomine acted as an intermediator to connect and find collaboration points between the scientific and industrial actors.
More about the project
NEANIAS - Novel EOSC Services for Emerging Atmosphere, Underwater & Space Challenges
NEANIAS
Open Call management
Ecosystem
Public funding awareness, open call management
More about the project
NEANIAS Project created 12+ novel services, softwares in the Underwater, Atmospheric and Space thematic areas, by involving relevant industrial actors in its testing and development. Innomine mobilised its European ecosystem, and successfully organised two Open Calls, to support the utilisation of Atmospheric, Underwater and Space technologies in diversified fields of disciplines. Besides the administrative tasks, innomine additionally offered to the potential applicants and organised face-to-face discussions between the applicants and the scientific actors of NEANIAS to create the possible project and develop business cases.
NEANIAS - Novel EOSC Services for Emerging Atmosphere, Underwater & Space Challenges
NEANIAS
Public funding awareness, open call management
Ecosystem
Open Call management
NEANIAS Project created 12+ novel services, softwares in the Underwater, Atmospheric and Space thematic areas, by involving relevant industrial actors in its testing and development. Innomine mobilised its European ecosystem, and successfully organised two Open Calls, to support the utilisation of Atmospheric, Underwater and Space technologies in diversified fields of disciplines. Besides the administrative tasks, innomine additionally offered to the potential applicants and organised face-to-face discussions between the applicants and the scientific actors of NEANIAS to create the possible project and develop business cases.
More about the project
NEANIAS - Novel EOSC Services for Emerging Atmosphere, Underwater & Space Challenges
NEANIAS
Innomine organised Open Innovation Workshops to support the development of NEANIAS services by the involvement of end-users
Ecosystem
Trainings, workshops, webinars
More about the project
NEANIAS Project created 12+ novel services, softwares in the Underwater, Atmospheric and Space thematic areas, by involving relevant industrial actors in its testing and development. Innomine, with the Open Innovation workshops organised in person, boosted the further development of services by facilitating the involvement of end-users. The aim of these workshops was the introduction of NEANIAS services, followed by testing.  Based on the feedbacks provided by the end-users, the experts fine-tuned their services, to be in align with the user’s requirements. Innomine organised and facilitated these workshops, to achieve the further development of the services in align with the needs of the end-users.
NEANIAS - Novel EOSC Services for Emerging Atmosphere, Underwater & Space Challenges
NEANIAS
Trainings, workshops, webinars
Ecosystem
Innomine organised Open Innovation Workshops to support the development of NEANIAS services by the involvement of end-users
NEANIAS Project created 12+ novel services, softwares in the Underwater, Atmospheric and Space thematic areas, by involving relevant industrial actors in its testing and development. Innomine, with the Open Innovation workshops organised in person, boosted the further development of services by facilitating the involvement of end-users. The aim of these workshops was the introduction of NEANIAS services, followed by testing.  Based on the feedbacks provided by the end-users, the experts fine-tuned their services, to be in align with the user’s requirements. Innomine organised and facilitated these workshops, to achieve the further development of the services in align with the needs of the end-users.
More about the project
NEANIAS - Novel EOSC Services for Emerging Atmosphere, Underwater & Space Challenges
NEANIAS
Innomine connected industry with academia to support the uptake of NEANIAS services
Research
Exploitation and commercialisation of research results
More about the project
NEANIAS Project created 12+ novel services, softwares in the Underwater, Atmospheric and Space thematic areas, by involving relevant industrial actors in its testing and development. Innomine, with the Open Innovation workshops organised in person, boosted the further development of services by facilitating the involvement of end-users. The aim of these workshops was the introduction of NEANIAS services, followed by testing. User-involvement took place in the frame of Open Calls, by potential SME-s involved in the testing and utilisation of services, so that they can take up the technologies and utilise them in industrial environment. As a result, six business cases have been developed, and further companies collected and an industrial ecosystem built around NEANIAS, that can potentially utilise the services further.
NEANIAS - Novel EOSC Services for Emerging Atmosphere, Underwater & Space Challenges
NEANIAS
Exploitation and commercialisation of research results
Research
Innomine connected industry with academia to support the uptake of NEANIAS services
NEANIAS Project created 12+ novel services, softwares in the Underwater, Atmospheric and Space thematic areas, by involving relevant industrial actors in its testing and development. Innomine, with the Open Innovation workshops organised in person, boosted the further development of services by facilitating the involvement of end-users. The aim of these workshops was the introduction of NEANIAS services, followed by testing. User-involvement took place in the frame of Open Calls, by potential SME-s involved in the testing and utilisation of services, so that they can take up the technologies and utilise them in industrial environment. As a result, six business cases have been developed, and further companies collected and an industrial ecosystem built around NEANIAS, that can potentially utilise the services further.
More about the project
NEANIAS - Novel EOSC Services for Emerging Atmosphere, Underwater & Space Challenges
NEANIAS
Innomine utilised its network in the communication and dissemination of research results with the aim to collect potential applicants for the Open Calls and organise Open Innovation Workshops
Research
Communication and dissemination of research results
More about the project
NEANIAS Project created 12+ novel services, softwares in the Underwater, Atmospheric and Space thematic areas, by involving relevant industrial actors in its testing and development. Innomine, in collaboration with NEANIAS partners mobilised its European ecosystem, disseminated the project results, and successfully organised two Open Calls, to support the utilisation of Atmospheric, Underwater and Space technologies in diversified fields of disciplines. Innomine, especially to collect potential end-users to utilise NEANIAS services, created a very intense dissemination campaign, to attract end-users for Open Innovation workshops organised in person and to explain the added values of NEANIAS services towards the audience.
NEANIAS - Novel EOSC Services for Emerging Atmosphere, Underwater & Space Challenges
NEANIAS
Communication and dissemination of research results
Research
Innomine utilised its network in the communication and dissemination of research results with the aim to collect potential applicants for the Open Calls and organise Open Innovation Workshops
NEANIAS Project created 12+ novel services, softwares in the Underwater, Atmospheric and Space thematic areas, by involving relevant industrial actors in its testing and development. Innomine, in collaboration with NEANIAS partners mobilised its European ecosystem, disseminated the project results, and successfully organised two Open Calls, to support the utilisation of Atmospheric, Underwater and Space technologies in diversified fields of disciplines. Innomine, especially to collect potential end-users to utilise NEANIAS services, created a very intense dissemination campaign, to attract end-users for Open Innovation workshops organised in person and to explain the added values of NEANIAS services towards the audience.
More about the project
NEANIAS - Novel EOSC Services for Emerging Atmosphere, Underwater & Space Challenges
NEANIAS
Connecting academy with industry to support the utilisation of NEANIAS services by organising Open Calls and Open Innovation workshops
Research
Research-industry matchmaking
More about the project
NEANIAS Project created 12+ novel services, softwares in the Underwater, Atmospheric and Space thematic areas, by involving relevant industrial actors in its testing and development. Innomine, with the Open Innovation workshops organised in person, boosted the further development of services by facilitating the involvement of end-users. The aim of these workshops was the introduction of NEANIAS services, followed by testing. User-involvement took place in the frame of Open Calls, by potential SME-s involved in the testing and utilisation of services, so that they can take up the technologies and utilise them in industrial environment. As a result, six business cases have been developed, and further companies collected and an industrial ecosystem built around NEANIAS scientific experts, that can potentially utilise the services further.
NEANIAS - Novel EOSC Services for Emerging Atmosphere, Underwater & Space Challenges
NEANIAS
Research-industry matchmaking
Research
Connecting academy with industry to support the utilisation of NEANIAS services by organising Open Calls and Open Innovation workshops
NEANIAS Project created 12+ novel services, softwares in the Underwater, Atmospheric and Space thematic areas, by involving relevant industrial actors in its testing and development. Innomine, with the Open Innovation workshops organised in person, boosted the further development of services by facilitating the involvement of end-users. The aim of these workshops was the introduction of NEANIAS services, followed by testing. User-involvement took place in the frame of Open Calls, by potential SME-s involved in the testing and utilisation of services, so that they can take up the technologies and utilise them in industrial environment. As a result, six business cases have been developed, and further companies collected and an industrial ecosystem built around NEANIAS scientific experts, that can potentially utilise the services further.
More about the project
NEANIAS - Novel EOSC Services for Emerging Atmosphere, Underwater & Space Challenges

Partners:

  • AI REGIO - GreenPET experiment – monitoring and controlling eco-friendly quality of the PET bottle manufacturing process using DATA4AI platform
GreenPET
Creating the dissemination and exploitation plan of the experiment, dissemination activities
Circularity
Sustainability
More about the project
The goal of the GreenPet experiment, implemented in the frame of the AI Regio Project was to develop a software-hardware infrastructure for enabling a comprehensive monitoring, analysis and control of the eco-friendly quality of the PET bottle manufacturing process, through focusing on two main factors, which also define its environmental footprint: Energy and Emission. The system should be flexible and open for extensions, like introducing sensors for waste management (like camera-based visual quality inspection). Innomine, leading the dissemination activities of the GreenPET experiment ensured the outreach towards PET bottle manufacturers and vendors, especially in the CEE region. The aim was to foster the use of GreenPET technology at manufacturing companies, in order to make their process more sustainable by using less resources and creating less waste during production.
GreenPET
Sustainability
Circularity
Creating the dissemination and exploitation plan of the experiment, dissemination activities
The goal of the GreenPet experiment, implemented in the frame of the AI Regio Project was to develop a software-hardware infrastructure for enabling a comprehensive monitoring, analysis and control of the eco-friendly quality of the PET bottle manufacturing process, through focusing on two main factors, which also define its environmental footprint: Energy and Emission. The system should be flexible and open for extensions, like introducing sensors for waste management (like camera-based visual quality inspection). Innomine, leading the dissemination activities of the GreenPET experiment ensured the outreach towards PET bottle manufacturers and vendors, especially in the CEE region. The aim was to foster the use of GreenPET technology at manufacturing companies, in order to make their process more sustainable by using less resources and creating less waste during production.
More about the project

Partners:

  • AI REGIO - GreenPET experiment – monitoring and controlling eco-friendly quality of the PET bottle manufacturing process using DATA4AI platform

Partners:

  • AI REGIO - GreenPET experiment – monitoring and controlling eco-friendly quality of the PET bottle manufacturing process using DATA4AI platform
GreenPET
Creating the dissemination and exploitation plan of the experiment, dissemination activities
Circularity
Green Deal
More about the project
GreenPet is a software-hardware infrastructure for enabling a comprehensive monitoring, analysis and control of the eco-friendly quality of the PET bottle manufacturing process, through focusing on two main factors, which also define its environmental footprint: Energy and Emission. The system should be flexible and open for extensions, like introducing sensors for waste management (like camera-based visual quality inspection). Innomine, mobilising PET bottle manufacturers and vendors, especially in the CEE region contributed to achieve Green Deal objectives. Innomine supported dissemination towards the use of GreenPET technology at manufacturing companies, to turn manufacturing processes more sustainable and contribute to Green Deal objectives for better gathering and sharing of data to improve access to and exchange of knowledge on climate impacts.
GreenPET
Green Deal
Circularity
Creating the dissemination and exploitation plan of the experiment, dissemination activities
GreenPet is a software-hardware infrastructure for enabling a comprehensive monitoring, analysis and control of the eco-friendly quality of the PET bottle manufacturing process, through focusing on two main factors, which also define its environmental footprint: Energy and Emission. The system should be flexible and open for extensions, like introducing sensors for waste management (like camera-based visual quality inspection). Innomine, mobilising PET bottle manufacturers and vendors, especially in the CEE region contributed to achieve Green Deal objectives. Innomine supported dissemination towards the use of GreenPET technology at manufacturing companies, to turn manufacturing processes more sustainable and contribute to Green Deal objectives for better gathering and sharing of data to improve access to and exchange of knowledge on climate impacts.
More about the project

Partners:

  • AI REGIO - GreenPET experiment – monitoring and controlling eco-friendly quality of the PET bottle manufacturing process using DATA4AI platform

Partners:

PROAGRO
Optimising agri-food projects with the tools of digitalisation and digital transformation, by utilising i4.0 technologies – Validating project ideas, identifying funding opportunities, matchmaking partners, supporting proposal preparation
Technology
Industry 4.0
ProAgro introduces digital solutions, encourage their use, support access to resources, explore and present direct EU funding opportunities, and transfer national and international good practices to local businesses. With the initiative, innomine is putting agri-food businesses in a position to succeed, helps businesses address their challenges in a business-centric and service-oriented way.

In the project period of 1-year Innomine provided services to many agri-food SMEs concerning the overall life cycle of a project, from scouting of opportunities, proposal writing, initiation, definition and design, to development, implementation and follow up. Also, we have facilitated and informed individuals or enterprises about the process of arranging access to different funding sources (private or public) and supported them with developing proposals, thus promoted the growth of entrepreneurs, start-ups as well as established companies by exploiting growth and investment opportunities.

As a result, below innovation projects were supported by Innomine 

Title: Smooth food and beverage packaging line operation in an SME - Pécsi Sörfőzde 
Technology used: Modelling and simulationThis innovation project focuses on an accumulation packaging line of a South Hungarian brewery- Pécsi Sörfőzde Zrt. The separate machines are connected with conveyors. The machines run in a stop and go modus. Before and after the machine sensors detect the load on the conveyors and switches the machines. By using the modelling and simulation technology the project targets a harmonization of the single machine operation to a regulated operation to improve line efficiency, product quality, reduce utility consumption and maintenance cost. The project aiming to optimize the pasteurization process to be more economical and efficient won an EU funding. After the implementation of the project, an important goal is to share knowledge and transfer knowledge and technology to other sectors. The know-how can also be transferred to wineries.

Title: BeerPredictor - A predictive tool for breweries to optimize the beer mashing process
Technology used: Modelling and simulationTechnical implementer – digital solution provider: EN-CO Software Zrt.; technical partner specializing in data analysis: DEODAT 21 Bt.; end-user manufacturer: Karlwood Kft., a drink manufacturing company from Miskolc. 

Title: Optimising food freezing methods with digital twin technology
Technology used: digital twinTechnical implementer – digital solution provider: Seacon Europe Kft ; end-user manufacturer: Halker Kft.,

Innomine services:
I. Generation and validation of project idea; identification of funding opportunity, selection of best fitting call; matchmaking of partners (supply and demand) and finalization of consortium; support in proposal writing
More about the project
PROAGRO
Industry 4.0
Technology
Optimising agri-food projects with the tools of digitalisation and digital transformation, by utilising i4.0 technologies – Validating project ideas, identifying funding opportunities, matchmaking partners, supporting proposal preparation
More about the project

Partners:

ProAgro introduces digital solutions, encourage their use, support access to resources, explore and present direct EU funding opportunities, and transfer national and international good practices to local businesses. With the initiative, innomine is putting agri-food businesses in a position to succeed, helps businesses address their challenges in a business-centric and service-oriented way.

In the project period of 1-year Innomine provided services to many agri-food SMEs concerning the overall life cycle of a project, from scouting of opportunities, proposal writing, initiation, definition and design, to development, implementation and follow up. Also, we have facilitated and informed individuals or enterprises about the process of arranging access to different funding sources (private or public) and supported them with developing proposals, thus promoted the growth of entrepreneurs, start-ups as well as established companies by exploiting growth and investment opportunities.

As a result, below innovation projects were supported by Innomine 

Title: Smooth food and beverage packaging line operation in an SME - Pécsi Sörfőzde 
Technology used: Modelling and simulationThis innovation project focuses on an accumulation packaging line of a South Hungarian brewery- Pécsi Sörfőzde Zrt. The separate machines are connected with conveyors. The machines run in a stop and go modus. Before and after the machine sensors detect the load on the conveyors and switches the machines. By using the modelling and simulation technology the project targets a harmonization of the single machine operation to a regulated operation to improve line efficiency, product quality, reduce utility consumption and maintenance cost. The project aiming to optimize the pasteurization process to be more economical and efficient won an EU funding. After the implementation of the project, an important goal is to share knowledge and transfer knowledge and technology to other sectors. The know-how can also be transferred to wineries.

Title: BeerPredictor - A predictive tool for breweries to optimize the beer mashing process
Technology used: Modelling and simulationTechnical implementer – digital solution provider: EN-CO Software Zrt.; technical partner specializing in data analysis: DEODAT 21 Bt.; end-user manufacturer: Karlwood Kft., a drink manufacturing company from Miskolc. 

Title: Optimising food freezing methods with digital twin technology
Technology used: digital twinTechnical implementer – digital solution provider: Seacon Europe Kft ; end-user manufacturer: Halker Kft.,

Innomine services:
I. Generation and validation of project idea; identification of funding opportunity, selection of best fitting call; matchmaking of partners (supply and demand) and finalization of consortium; support in proposal writing

Partners:

PROAGRO
Support to fond investment – Mapping and matching funding opportunities based on needs and digital assessments
Ecosystem
Public funding awareness
The ultimate goal of the ProAgro project was to support the digital transformation of the agri-food industry, in which Innomine made agri-food businesses more competitive within our region by providing services and accelerating the development and deployment of digital innovations.
The project aimed to introduce and demonstrate agri-food companies' opportunities for EU fundings through advice and digital maturity assessment, evaluation of the analysis, the development of a personalized action plan and the collection of national and international good practices. 
Two things are essential for successfully help agri-food businesses in Hungary with EU funding: 1. knowing the partners, 2. being aware of financial sources. Therefore, our approach was:

I. Supporting agri-food SMEs and start-ups:
  • Consultancy and assessment of digital maturity, needs of farmers and agri-food SMEs 
  • Analysis of the surveys, assessments and interviews, collection of good practices at national and international level and creation of a customized needs action plan based in terms of the farmer’s and SMEs current digital maturity and operational efficiency. 

II. Access to finance
  • Identification and connection to suitable funding sources by creating a map of the available national and international funding possibilities.
III. Online or onsite consultations on the suitable and available national and private funding opportunities identified
More about the project
By profiling the partners using the agricultural and food digital transformation tool developed in the ProAgro project we got a good idea of the level of maturity of the partners, not only in terms of digitization but also in terms of application capabilities. The survey showed the companies project ideas and their capabilities of implementation. We became aware of the level of the company in the requirements for international applications (eg minimum English language skills). Our already established network and the conducted agri- and food digital maturity tool and methodology allowed us to identify digitalization related project ideas and to create a pool of partners able to apply for EC calls or other international fundings.

As a results, in the 1 year project period we were able to bring in 3 partners into a Horizon Europe call, selected, validated and submitted 7 proposals to different cascade funding calls (Demeter, BOWI, Digitbrain).

Our results show that knowing our partners in term of digital and innovation maturity is very important. By using the ProAgro agri-food digital transformation tool and methodology, we can not only suggest steps to improve digitization, but also identify needs that can be turned into project plans that can be a good topic for EU cascade funding. Innomine DIH continues to help national and international agri-food businesses to address their challenges in a business-centric and service-oriented way, and making available to any business to access the latest knowledge, expertise and technology.
PROAGRO
Public funding awareness
Ecosystem
Support to fond investment – Mapping and matching funding opportunities based on needs and digital assessments
More about the project

Partners:

The ultimate goal of the ProAgro project was to support the digital transformation of the agri-food industry, in which Innomine made agri-food businesses more competitive within our region by providing services and accelerating the development and deployment of digital innovations.
The project aimed to introduce and demonstrate agri-food companies' opportunities for EU fundings through advice and digital maturity assessment, evaluation of the analysis, the development of a personalized action plan and the collection of national and international good practices. 
Two things are essential for successfully help agri-food businesses in Hungary with EU funding: 1. knowing the partners, 2. being aware of financial sources. Therefore, our approach was:

I. Supporting agri-food SMEs and start-ups:
  • Consultancy and assessment of digital maturity, needs of farmers and agri-food SMEs 
  • Analysis of the surveys, assessments and interviews, collection of good practices at national and international level and creation of a customized needs action plan based in terms of the farmer’s and SMEs current digital maturity and operational efficiency. 

II. Access to finance
  • Identification and connection to suitable funding sources by creating a map of the available national and international funding possibilities.
III. Online or onsite consultations on the suitable and available national and private funding opportunities identified
By profiling the partners using the agricultural and food digital transformation tool developed in the ProAgro project we got a good idea of the level of maturity of the partners, not only in terms of digitization but also in terms of application capabilities. The survey showed the companies project ideas and their capabilities of implementation. We became aware of the level of the company in the requirements for international applications (eg minimum English language skills). Our already established network and the conducted agri- and food digital maturity tool and methodology allowed us to identify digitalization related project ideas and to create a pool of partners able to apply for EC calls or other international fundings.

As a results, in the 1 year project period we were able to bring in 3 partners into a Horizon Europe call, selected, validated and submitted 7 proposals to different cascade funding calls (Demeter, BOWI, Digitbrain).

Our results show that knowing our partners in term of digital and innovation maturity is very important. By using the ProAgro agri-food digital transformation tool and methodology, we can not only suggest steps to improve digitization, but also identify needs that can be turned into project plans that can be a good topic for EU cascade funding. Innomine DIH continues to help national and international agri-food businesses to address their challenges in a business-centric and service-oriented way, and making available to any business to access the latest knowledge, expertise and technology.

Partners:

PROAGRO
Support to fond investment – Mapping and matching funding opportunities based on needs and digital assessments
Digital
Boosting digitalisation of SMEs
The ultimate goal of the ProAgro project was to support the digital transformation of the agri-food industry, in which Innomine made agri-food businesses more competitive within our region by providing services and accelerating the development and deployment of digital innovations.
The project aimed to introduce and demonstrate agri-food companies' opportunities for EU fundings through advice and digital maturity assessment, evaluation of the analysis, the development of a personalized action plan and the collection of national and international good practices. 
Two things are essential for successfully help agri-food businesses in Hungary with EU funding: 1. knowing the partners, 2. being aware of financial sources. Therefore, our approach was:

I. Supporting agri-food SMEs and start-ups:
  • Consultancy and assessment of digital maturity, needs of farmers and agri-food SMEs 
  • Analysis of the surveys, assessments and interviews, collection of good practices at national and international level and creation of a customized needs action plan based in terms of the farmer’s and SMEs current digital maturity and operational efficiency. 

II. Access to finance
  • Identification and connection to suitable funding sources by creating a map of the available national and international funding possibilities.
III. Online or onsite consultations on the suitable and available national and private funding opportunities identified
More about the project
By profiling the partners using the agricultural and food digital transformation tool developed in the ProAgro project we got a good idea of the level of maturity of the partners, not only in terms of digitization but also in terms of application capabilities. The survey showed the companies project ideas and their capabilities of implementation. We became aware of the level of the company in the requirements for international applications (eg minimum English language skills). Our already established network and the conducted agri- and food digital maturity tool and methodology allowed us to identify digitalization related project ideas and to create a pool of partners able to apply for EC calls or other international fundings.

As a results, in the 1 year project period we were able to bring in 3 partners into a Horizon Europe call, selected, validated and submitted 7 proposals to different cascade funding calls (Demeter, BOWI, Digitbrain).

Our results show that knowing our partners in term of digital and innovation maturity is very important. By using the ProAgro agri-food digital transformation tool and methodology, we can not only suggest steps to improve digitization, but also identify needs that can be turned into project plans that can be a good topic for EU cascade funding. Innomine DIH continues to help national and international agri-food businesses to address their challenges in a business-centric and service-oriented way, and making available to any business to access the latest knowledge, expertise and technology.
PROAGRO
Boosting digitalisation of SMEs
Digital
Support to fond investment – Mapping and matching funding opportunities based on needs and digital assessments
More about the project

Partners:

The ultimate goal of the ProAgro project was to support the digital transformation of the agri-food industry, in which Innomine made agri-food businesses more competitive within our region by providing services and accelerating the development and deployment of digital innovations.
The project aimed to introduce and demonstrate agri-food companies' opportunities for EU fundings through advice and digital maturity assessment, evaluation of the analysis, the development of a personalized action plan and the collection of national and international good practices. 
Two things are essential for successfully help agri-food businesses in Hungary with EU funding: 1. knowing the partners, 2. being aware of financial sources. Therefore, our approach was:

I. Supporting agri-food SMEs and start-ups:
  • Consultancy and assessment of digital maturity, needs of farmers and agri-food SMEs 
  • Analysis of the surveys, assessments and interviews, collection of good practices at national and international level and creation of a customized needs action plan based in terms of the farmer’s and SMEs current digital maturity and operational efficiency. 

II. Access to finance
  • Identification and connection to suitable funding sources by creating a map of the available national and international funding possibilities.
III. Online or onsite consultations on the suitable and available national and private funding opportunities identified
By profiling the partners using the agricultural and food digital transformation tool developed in the ProAgro project we got a good idea of the level of maturity of the partners, not only in terms of digitization but also in terms of application capabilities. The survey showed the companies project ideas and their capabilities of implementation. We became aware of the level of the company in the requirements for international applications (eg minimum English language skills). Our already established network and the conducted agri- and food digital maturity tool and methodology allowed us to identify digitalization related project ideas and to create a pool of partners able to apply for EC calls or other international fundings.

As a results, in the 1 year project period we were able to bring in 3 partners into a Horizon Europe call, selected, validated and submitted 7 proposals to different cascade funding calls (Demeter, BOWI, Digitbrain).

Our results show that knowing our partners in term of digital and innovation maturity is very important. By using the ProAgro agri-food digital transformation tool and methodology, we can not only suggest steps to improve digitization, but also identify needs that can be turned into project plans that can be a good topic for EU cascade funding. Innomine DIH continues to help national and international agri-food businesses to address their challenges in a business-centric and service-oriented way, and making available to any business to access the latest knowledge, expertise and technology.
BOWI
Experiment management and coordination
Digital
Boosting digitalisation of SMEs
Within the BOWI project, innomine's main task was to manage the implementation of 4 Hungarian SME projects for 10 months (2022.05.15 - 2023.03.15.).

The 4 projects (experiments) were aimed at introducing or further developing innovativ technologies:
CAADEX Kft.:
CAADEX Production Optimization System Pécsi Sörfőzde Zrt: Smooth food and beverage packaging line operation in an SME - Pecsi Sorfozde
KONETIK: Fleet electrification with an ML-based charging plan EN-CO Software Zrt: Development of a fully-fledged, automated bin-picking solution During the 10 months innomine continuously monitored the progress of the projects, if a problem occurred, supported the SME in the solution, connected the companies with the BOWI consortium, helped to communicate with them. We also supported the preparation of the reports and documents that the 4 companies were required to prepare, checked them before submission and advised on modifications where necessary.

Outcome:
All 4 projects were completed successfully and on time, all were accepted by the BOWI consortium without exception. Thanks to the digital solutions implemented or improved, all 4 companies have since been able to operate more efficiently, and their names have been recognised internationally thanks to the project.
More about the project
BOWI - connecting digital innovation hubs and SMEs in the discovery of advanced digital solutions
BOWI
Boosting digitalisation of SMEs
Digital
Experiment management and coordination
More about the project
BOWI - connecting digital innovation hubs and SMEs in the discovery of advanced digital solutions

Partners:

Consortium:

  • TNO
  • FundingBox
  • VTT
  • Krakow Technology Park
  • Transilvania IT Cluster
  • Aachen University
  • ICT Cluster Bulgaria
  • Latvian IT Cluster 
  • Civitta
  • NTNU
  • University of West Bohemia


DIH network:

  • DIH TECHNICOM – University Science Park TECHNICOM on behalf of the Technical University of Košice (Szlovákia)
  • Innomine DIH – South Transdanubian branch (Magyarország)
  • Blue European Digital Innovation Hub (Horvátország)
  • Futures of Innovation and Technology Digital Innovation Hub (Románia)
  • Sunrise Valley Digital Innovation Hub (Litvánia)
  • Centre 4.0 Igor Sikorsky Kyiv Polytechnic Institute (Ukrajna)
  • Hub For Digital Innovations (Csehország)
  • Belgrade Robotics Hub (Szerbia)
  • Advanced Manufacturing Digital Innovation Hub (Litvánia)


„Customers” 
- 4 Hungarian companies we mentored and supported for 10 months as part of the BOWI project:

  • CAADEX Kft
  • Pécsi Sördőzde Zrt
  • EN-CO Software Zrt
  • KONETIK GmbH
Within the BOWI project, innomine's main task was to manage the implementation of 4 Hungarian SME projects for 10 months (2022.05.15 - 2023.03.15.).

The 4 projects (experiments) were aimed at introducing or further developing innovativ technologies:
CAADEX Kft.:
CAADEX Production Optimization System Pécsi Sörfőzde Zrt: Smooth food and beverage packaging line operation in an SME - Pecsi Sorfozde
KONETIK: Fleet electrification with an ML-based charging plan EN-CO Software Zrt: Development of a fully-fledged, automated bin-picking solution During the 10 months innomine continuously monitored the progress of the projects, if a problem occurred, supported the SME in the solution, connected the companies with the BOWI consortium, helped to communicate with them. We also supported the preparation of the reports and documents that the 4 companies were required to prepare, checked them before submission and advised on modifications where necessary.

Outcome:
All 4 projects were completed successfully and on time, all were accepted by the BOWI consortium without exception. Thanks to the digital solutions implemented or improved, all 4 companies have since been able to operate more efficiently, and their names have been recognised internationally thanks to the project.
BOWI
Experiment management and coordination
Digital
Digital manufacturing
Within the BOWI project, innomine's main task was to manage the implementation of 4 Hungarian SME projects for 10 months (2022.05.15 - 2023.03.15.).

The 4 projects (experiments) were aimed at introducing or further developing innovativ technologies:
CAADEX Kft.:
CAADEX Production Optimization System Pécsi Sörfőzde Zrt: Smooth food and beverage packaging line operation in an SME - Pecsi Sorfozde
KONETIK: Fleet electrification with an ML-based charging plan EN-CO Software Zrt: Development of a fully-fledged, automated bin-picking solution During the 10 months innomine continuously monitored the progress of the projects, if a problem occurred, supported the SME in the solution, connected the companies with the BOWI consortium, helped to communicate with them. We also supported the preparation of the reports and documents that the 4 companies were required to prepare, checked them before submission and advised on modifications where necessary.

Outcome:
All 4 projects were completed successfully and on time, all were accepted by the BOWI consortium without exception. Thanks to the digital solutions implemented or improved, all 4 companies have since been able to operate more efficiently, and their names have been recognised internationally thanks to the project.
More about the project
BOWI - connecting digital innovation hubs and SMEs in the discovery of advanced digital solutions
BOWI
Digital manufacturing
Digital
Experiment management and coordination
More about the project
BOWI - connecting digital innovation hubs and SMEs in the discovery of advanced digital solutions

Partners:

Consortium:

  • TNO
  • FundingBox
  • VTT
  • Krakow Technology Park
  • Transilvania IT Cluster
  • Aachen University
  • ICT Cluster Bulgaria
  • Latvian IT Cluster 
  • Civitta
  • NTNU
  • University of West Bohemia


DIH network:

  • DIH TECHNICOM – University Science Park TECHNICOM on behalf of the Technical University of Košice (Szlovákia)
  • Innomine DIH – South Transdanubian branch (Magyarország)
  • Blue European Digital Innovation Hub (Horvátország)
  • Futures of Innovation and Technology Digital Innovation Hub (Románia)
  • Sunrise Valley Digital Innovation Hub (Litvánia)
  • Centre 4.0 Igor Sikorsky Kyiv Polytechnic Institute (Ukrajna)
  • Hub For Digital Innovations (Csehország)
  • Belgrade Robotics Hub (Szerbia)
  • Advanced Manufacturing Digital Innovation Hub (Litvánia)


„Customers” 
- 4 Hungarian companies we mentored and supported for 10 months as part of the BOWI project:

  • CAADEX Kft
  • Pécsi Sördőzde Zrt
  • EN-CO Software Zrt
  • KONETIK GmbH
Within the BOWI project, innomine's main task was to manage the implementation of 4 Hungarian SME projects for 10 months (2022.05.15 - 2023.03.15.).

The 4 projects (experiments) were aimed at introducing or further developing innovativ technologies:
CAADEX Kft.:
CAADEX Production Optimization System Pécsi Sörfőzde Zrt: Smooth food and beverage packaging line operation in an SME - Pecsi Sorfozde
KONETIK: Fleet electrification with an ML-based charging plan EN-CO Software Zrt: Development of a fully-fledged, automated bin-picking solution During the 10 months innomine continuously monitored the progress of the projects, if a problem occurred, supported the SME in the solution, connected the companies with the BOWI consortium, helped to communicate with them. We also supported the preparation of the reports and documents that the 4 companies were required to prepare, checked them before submission and advised on modifications where necessary.

Outcome:
All 4 projects were completed successfully and on time, all were accepted by the BOWI consortium without exception. Thanks to the digital solutions implemented or improved, all 4 companies have since been able to operate more efficiently, and their names have been recognised internationally thanks to the project.
BOWI
Experiment management and coordination
Technology
Management of technology pilots
Within the BOWI project, innomine's main task was to manage the implementation of 4 Hungarian SME projects for 10 months (2022.05.15 - 2023.03.15.).

The 4 projects (experiments) were aimed at introducing or further developing innovativ technologies:
CAADEX Kft.:
CAADEX Production Optimization System Pécsi Sörfőzde Zrt: Smooth food and beverage packaging line operation in an SME - Pecsi Sorfozde
KONETIK: Fleet electrification with an ML-based charging plan EN-CO Software Zrt: Development of a fully-fledged, automated bin-picking solution During the 10 months innomine continuously monitored the progress of the projects, if a problem occurred, supported the SME in the solution, connected the companies with the BOWI consortium, helped to communicate with them. We also supported the preparation of the reports and documents that the 4 companies were required to prepare, checked them before submission and advised on modifications where necessary.

Outcome:
All 4 projects were completed successfully and on time, all were accepted by the BOWI consortium without exception. Thanks to the digital solutions implemented or improved, all 4 companies have since been able to operate more efficiently, and their names have been recognised internationally thanks to the project.
More about the project
BOWI - connecting digital innovation hubs and SMEs in the discovery of advanced digital solutions
BOWI
Management of technology pilots
Technology
Experiment management and coordination
More about the project
BOWI - connecting digital innovation hubs and SMEs in the discovery of advanced digital solutions

Partners:

Consortium:

  • TNO
  • FundingBox
  • VTT
  • Krakow Technology Park
  • Transilvania IT Cluster
  • Aachen University
  • ICT Cluster Bulgaria
  • Latvian IT Cluster 
  • Civitta
  • NTNU
  • University of West Bohemia


DIH network:

  • DIH TECHNICOM – University Science Park TECHNICOM on behalf of the Technical University of Košice (Szlovákia)
  • Innomine DIH – South Transdanubian branch (Magyarország)
  • Blue European Digital Innovation Hub (Horvátország)
  • Futures of Innovation and Technology Digital Innovation Hub (Románia)
  • Sunrise Valley Digital Innovation Hub (Litvánia)
  • Centre 4.0 Igor Sikorsky Kyiv Polytechnic Institute (Ukrajna)
  • Hub For Digital Innovations (Csehország)
  • Belgrade Robotics Hub (Szerbia)
  • Advanced Manufacturing Digital Innovation Hub (Litvánia)


„Customers” 
- 4 Hungarian companies we mentored and supported for 10 months as part of the BOWI project:

  • CAADEX Kft
  • Pécsi Sördőzde Zrt
  • EN-CO Software Zrt
  • KONETIK GmbH
Within the BOWI project, innomine's main task was to manage the implementation of 4 Hungarian SME projects for 10 months (2022.05.15 - 2023.03.15.).

The 4 projects (experiments) were aimed at introducing or further developing innovativ technologies:
CAADEX Kft.:
CAADEX Production Optimization System Pécsi Sörfőzde Zrt: Smooth food and beverage packaging line operation in an SME - Pecsi Sorfozde
KONETIK: Fleet electrification with an ML-based charging plan EN-CO Software Zrt: Development of a fully-fledged, automated bin-picking solution During the 10 months innomine continuously monitored the progress of the projects, if a problem occurred, supported the SME in the solution, connected the companies with the BOWI consortium, helped to communicate with them. We also supported the preparation of the reports and documents that the 4 companies were required to prepare, checked them before submission and advised on modifications where necessary.

Outcome:
All 4 projects were completed successfully and on time, all were accepted by the BOWI consortium without exception. Thanks to the digital solutions implemented or improved, all 4 companies have since been able to operate more efficiently, and their names have been recognised internationally thanks to the project.
Digital Maturity Assessment Methodology
Assessing the digital maturity level of Hungarian SMEs in order to help formulate Digital Transformation Strategy
Digital
Digital Transformation Strategy
innomine helps the digitalization and digital transformation of the Hungarian SMEs in the last 13 years. As the digital transformation became more important to build and maintain resilience, keep up in the sever business environment, innomine faced increasing need of consultancy on this field. Based on its vast related experience developed Digital Maturity Assessment Tool. 

A systematic self-assessment helps companies to have the top-level evaluation of its digital readiness. Moreover, comparison with fellow industry members orient business management to evaluate the status of their organization. Our Digital Readiness Assessment integrate various dimensions, which are vital to draw a full picture of the company.

These are: Digital Strategy, Company Culture, Value Creation Process, Supporting Process, Customer Experience and IT. There are several similar tools available internationally, but the challenge was to develop a methodology, which are tailored for the Hungarian small businesses, and helps homogenic understanding of the terms. The concept of the assessment tool focuses on the consciousness, readiness and willingness of digitalization. The tool uses multiple-choice questions with pre-set answers, which ensure the solid understanding cross the different respondents.

The automated evaluation provides a Digital Readiness Index, which is compared against industry average – helping the partners to see their maturity status.Based on the evaluation innomine able to help SMEs to build the strategy and action plan, which takes the company further on the digital transformation journey.

IFKA tanácsadás - Consulting on digital transformation

    Digital Maturity Assessment Methodology
    Digital Transformation Strategy
    Digital
    Assessing the digital maturity level of Hungarian SMEs in order to help formulate Digital Transformation Strategy

    IFKA tanácsadás -
    Consulting on digital transformation

      REF

      • Első Beton
      • Caadex
      • Visuall
      • Tracon
      • Studium
      • Gépteszt
        innomine helps the digitalization and digital transformation of the Hungarian SMEs in the last XXX years. As the digital transformation became more important to build and maintain resilience, keep up in the sever business environment, innomine faced increasing need of consultancy on this field. Based on its vast related experience developed Digital Maturity Assessment Tool. 

        A systematic self-assessment helps companies to have the top-level evaluation of its digital readiness. Moreover, comparison with fellow industry members orient business management to evaluate the status of their organization. Our Digital Readiness Assessment integrate various dimensions, which are vital to draw a full picture of the company.

        These are: Digital Strategy, Company Culture, Value Creation Process, Supporting Process, Customer Experience and IT. There are several similar tools available internationally, but the challenge was to develop a methodology, which are tailored for the Hungarian small businesses, and helps homogenic understanding of the terms. The concept of the assessment tool focuses on the consciousness, readiness and willingness of digitalization. The tool uses multiple-choice questions with pre-set answers, which ensure the solid understanding cross the different respondents.

        The automated evaluation provides a Digital Readiness Index, which is compared against industry average – helping the partners to see their maturity status.Based on the evaluation innomine able to help SMEs to build the strategy and action plan, which takes the company further on the digital transformation journey.
        BPDC
        Ecosystem
        Trainings, workshops, webinars
        The Business Promotion & Development Campus (BPDC) is an innovation center operating as part of the Embassy of Hungary in Washington D.C. which offers – beyond the physical amenities – development program for the Hungarian companies aiming to enter the USA market. Its mission was also to help Hungarian companies with networking options by introducing them to the local business communities.

        innomine – as the selected professional implementer - was commissioned to organize boot camps: find, recruit, assess and select relevant companies, compose and deliver enablement program, organize first pitches and business meetings, networking events.

        innomine organized five cohort of companies during 2019-2021. Based on our experiences and own methodology it was paramount, that local (US) trainers and mentors help the development of the Hungarian SMEs. In cooperation with our US partners a multilevel program has been composed, covering business planning, sales, pitching, marketing. Experts selected from top American companies’ executives worked with the management of Hungarian SMEs in order to prepare them for the US market activity. The Hungarian SMEs were coming mainly from the ITC industry, but agriculture and gree business has been also represented – both established mature companies and start-ups.
        Development program for the Hungarian companies aiming to enter the USA market
        BOWI
        Trainings, workshops, webinars
        Ecosystem
        Development program for the Hungarian companies aiming to enter the USA market
        The Business Promotion & Development Campus (BPDC) is an innovation center operating as part of the Embassy of Hungary in Washington D.C. which offers – beyond the physical amenities – development program for the Hungarian companies aiming to enter the USA market. Its mission was also to help Hungarian companies with networking options by introducing them to the local business communities.

        innomine – as the selected professional implementer - was commissioned to organize boot camps: find, recruit, assess and select relevant companies, compose and deliver enablement program, organize first pitches and business meetings, networking events.

        innomine organized five cohort of companies during 2019-2021. Based on our experiences and own methodology it was paramount, that local (US) trainers and mentors help the development of the Hungarian SMEs. In cooperation with our US partners a multilevel program has been composed, covering business planning, sales, pitching, marketing. Experts selected from top American companies’ executives worked with the management of Hungarian SMEs in order to prepare them for the US market activity. The Hungarian SMEs were coming mainly from the ITC industry, but agriculture and gree business has been also represented – both established mature companies and start-ups.