The role of cross-cutting factors is explained in the video that introduces pathways to digitalisation:
There is a need for a solid structured approach for describing and analysing solutions and approaches to digitalisation of manufacturing, including the deployment of digital manufacturing platforms.
For example, engineering skills and tools are required and also employees need to have adapted skills for operating and managing the digital systems and tools.
Another important aspect is the value or benefit obtained while progressing towards the right hand side of the pathway. For instance the factory would gain responsiveness and speed, improved quality and reduced down-time, resource-efficiency, etc… (And these gains do not only apply to the milestones on the right side, but also to the milestones that are situated on the left-hand side).
These benefits will need to be compared to the financial resources or investment needed.
From a more technical point of view, interoperability is extremely relevant, not only since systems and tools will very likely come from different vendors, but also since many legacy systems have to be integrated.
Security is a requirement that may become increasingly important while progressing on the pathway.
In addition, many technological building blocks need to be put into place and need to be integrated: from data communication infrastructure such as fieldbuses, industrial wireless or cabled networks to data storage, simulation tools, high performance computing, big data technologies, artificial intelligence, etc…
Cross-cutting aspects are described through a comprehensive set of structured lists, which also can be seen as a selfstanding 'structured glossary'. These lists are included in the structured Wiki (see picture below) of the EFFRA Innovation portal, such that the collection and sharing of information about R&D projects, demonstrators and use cases is more structured and accessable.
Existing structures or frameworks contributed to this structure, for example the RAMI 4.0 Reference Architecture Model Industrie 4.0 or work done by other FoF related projects, European and regional initiatives.
- Download a snapshot document reflecting the cross-cutting factors.
- Download a document that explains how the set of cross-cutting factors has developed over time
The cross-cutting factors are an essential component for the sharing of information about project, demonstrators, solutions, etc.
Some of the most relevant sections:
- Added value and impact
- Manufacturing the products of the future
- Economic sustainability
- Lead time
- Product quality - Quality assurance
- Supply chain and value network efficiency
- Process reliability - dependability
- Business development - Access to new markets
- Social sustainability
- Environmental sustainability
- Technologies and enablers
- Advanced manufacturing processes
- Mechatronics for advanced manufacturing systems
- Information and communication technologies
- Digital manufacturing platforms - implementing secure, high performance and open services platforms
- Data acquisition
- Data storage
- Data processing
- Data modelling
- Data analytics
- Modelling, simulation and forecasting
- IoT - ICT solutions for factory floor and physical world inclusion
- Operating systems
- Programming Frameworks – Software Development Kits (SDKs)
- Programming Languages
- Manufacturing strategies
- Skills - Knowledge-workers
- Standards, standardisation and regulations
- ICT performance characteristics
- Data communication and interoperability
- Real-time communication capability
- Data integrity
- Business model aspects
- Business model aspects of digital platform deployment
- Business ecosystem
- Investment needed - payment modalities
- Data ownership - data governance - data liability
- Data Liability
- Software ownership
- Infrastructure ownership