Partner Stories
The EFPF funded sub-projects are highly interdisciplinary and transnational. It consists of 20 sub-projects that were selected through an open-call competition in the first half of 2021. See what they have to say about the EFPF Platform and their funded sub-projects.
Sappi & Scailable
Sappi is the leading European producer of paper and packaging. This sub-project demonstrates the value of deploying AI “on the edge” in Industrial IoT through the validation of anomoly detection models using the Scailable platform. The project aims to leverage EFPF data analytic solutions for quicker detection of sensor failures. This can help Sappi save costs due to machines downtime through more timely maintenance operations.
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See how Sappi is contributing towards and benefiting from the EFPF project >>>
Artificial Intelligence Talentum
AI Talentum is an Innovation and Development Laboratory focused on AI algorithms for predictive models. The sub project provides a tool that allows factories to calculate carbon and water footprints, while integrating this into the EFPF Platform. This helps EFPF to improve its offering with an increased focus on sustainability aspects, while also increasing market and community presence within the I4.0 domain for AI Talentum.
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See how AI Talentum is contributing towards and benefiting from the EFPF project >>>
Pressious Arvanitidis
Pressious Arvanitidis is the largest offset printing company in Greece aiming to provide printing service to domestic and international markets. The sub project tests and validates a range of tools and services from the EFPF Platform, within a real-world factory environment. This helps EFPF to validate the tools and services offered, but also allows Pressious Arvantidis to assess EFPF for potential adoption in the future.
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See how Pressious Arvanitidis is contributing towards and benefiting from the EFPF project >>>
Cabomar & CTAG
The PREMAR project aims to prevent machinery failures in the fish processing industry. The sub project tests and validates a range of Tools and Services from the EFPF platform, within a real-world environment, and with the aim to share lessons learned within the community. This helps EFPF to validate the tools and services offered, but allows CTAG and Cabomar to assess EFPF for potential adoption in the future.
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See how Cabomar and CTAG is contributing towards and benefiting from the EFPF project >>>
Capgemini
The Capgemini project aims to carry out an integration. between it's eXist platform and the EFPF platform, thus providing new EFPF Federated Service. This sub project aim to improve the EFPF ecosystem and allows EFPF to validate the integration of new platforms, while also allowing Capgemini to compliment existing services offered through eXist with EFPF provided functionality.
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See how Capgemini is contributing towards and benefiting from the EFPF project >>>
DNET Labs
The Capgemini project aims to extend the EFPF Platform federation with Product Passport services. The sub project will integrate and test the existing product passport services within the EFPF platform while also testing their integration with EFPF tools and service such as predictive maintenance, and all within a real-world - metal domain based scenario.
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See how DNET Labs is contributing towards and benefiting from the EFPF project >>>
eBusiness eXpert
The eBusiness eXpert project aims to provide an integration of the eBin platform, which focuses on document collaboration in supply chains, with the WASP platform which is provided by EFPF. The sub project aims to demonstrate workflow automation of the eBin processes through WASP, whilst also allowing eBin functionality to be integrated within the the WASP platform. This will allow therefore allow eBusiness eXpert to test alternative workflow technologies for use within the eBin platform.
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See how eBusiness eXpert is contributing towards and benefiting from the EFPF project >>>
Octavic
The Octavic project aims to integrate EFPF Predictive maintenance service with the in house Manufacturing Operations Management system and Smart Production Scheduler Module. This will allow Octavic to enhance the accuracy of the Smart Production Scheduler Module through the consideration of risk models and assessements and integration with Predictive Maintenance Analytic Service.
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See how Octavic is contributing towards and benefiting from the EFPF project >>>
Atlantis Engineering
The Atlantis Engineering project aims to design and implement a solution to combine detection and prediction maintenance models within an intelligent fusion engine. This will allow Atlantis Engineering to achieve more accuracy in the detection and prediction of faults, while also improving the understandability of operators on AI Based predictive maintenance solutions.
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See how Atlantis Engineering is contributing towards and benefiting from the EFPF project >>>
Ceramics 4.0
The Ceramics 4.0 project, hosted by Sabancı University aims to realise smart and autonomous systems for the ceramics manufacturing industry. Sabancı University will focus on the challenges surrounding process planning and the development of green-machining of a model ceramic system, through the monitoring and analysis of manufacturing proccesses to create a holistic approach for rapid manufacturing.
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See how Ceramics 4.0 is contributing towards and benefiting from the EFPF project >>>
Digital Systems 4.0
The Digital Systems 4.0 project aims to develop and integrate a TeamCreator module within the EFPF platform. This will provide a semantic search service to enrich the EFPF data spine with ontology-encoded knowledge. This will support the search of suppliers in the platform and the formation of teams capable of responding to a tender.
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See how Digital Systems 4.0 is contributing towards and benefiting from the EFPF project >>>
Eurecat
The BBI4.0 project by Eurecat aims to extend the EFPF Platform through the design and development of novel data driven Predictive maintenance solutions for industrial applications. This includes a signal processing and pattern recognition module and Machine & Deep Learning solutions for predictive maintenance applications. This allows Eurecat to develop new innovative solutions while allowing EFPF to validate offered tools and services.
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See how Eurecat is contributing towards and benefiting from the EFPF project >>>
Masta
The Masta project aims to develop a cloud based solution to enable to collection of production and manufacturing data, to support the provision of near real time insights to existing and future customers. This will allow Masta to access state of the art Industry 4.0 technologies to enhance existing processes while allowing EFPF to validate the tools and services offered in a real world environment.
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See how Masta is contributing towards and benefiting from the EFPF project >>>
Xgility
The TANGO project by Xgility aims to deliver a production planning and coordination system for distributed manufacturing and supply chain scenarios. The project aims will make use of the Data Spine for communication of data and will enable Xgility to to gain a wider reach and recognition for its TANGO tool, while also allowing EFPF to validate offered components, including the data spine, within a real world environment.
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See how Xgility is contributing towards and benefiting from the EFPF project >>>
Simtera & Borçelik
The Simtera & Borçelik project aims to implement a predictive failure detection approach to the maintenance activities related to the Continuous Galvanization line at Borçelik. This will allow Simtera and Borçelik to assess the digital services offered by EFPF while also allowing EFPF to validate the solutions offered in a real-world scenario.
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See how Simtera and Borçelik is contributing towards and benefiting from the EFPF project >>>
Future Intelligence
The Future Intelligence Project aims to provide an extension to the EFPF Catalogue Service with the provision of a Digital Scrap Item Catalogue Service, to allow for the matching of scrap items to consumers. This will allow Future Intelligence to enhance algorithms employed within the service, while also allowing EFPF to improve its overall offering with new innovative functionality.
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See how Future Intelligence is contributing towards and benefiting from the EFPF project >>>
Lortek
The DAWN project by Lortek aims to create an intelligent welding quality monitoring and assessment system as a service within the EFPF Platform. This will allow Lortek to enhance current welding processes while also providing EFPF with validation of several core components including the Data Spine, security Portal and Anomaly Detection module.
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See how Lortek is contributing towards and benefiting from the EFPF project >>>
Digitanimal
The Digitanimal project aims to digitise the production chain of product processing to minimise waste, enable transparency, and optimise production processes. The sub project aims to achieve this through the use and implementation of EFPF components which will allow EFPF to validate the solutions offered in a real-world scenario, while also allowing Digitanimal to develop new software and assess the EFPF platform for future usage.
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See how Digitanimal is contributing towards and benefiting from the EFPF project >>>
Nissatech
The Nissatech project aims to provide an EFPF enabled solution for process health, self-assessments. The sub-project will integrate with EFPF data analytics services to enable companies to deep dive into process behaviour analysis. This will allow EFPF to validate offered tools and services while also allowing Nissatech to offer the solution in a new marketplace.
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See how Digitanimal is contributing towards and benefiting from the EFPF project >>>
