The CDF project focuses on the laser metal deposition (LMD) additive manufacturing process which is used to generate and repair 3D workpieces by metal powder spraying.
In line with its 2020 strategic plan to expand its R&D capability in France and internationally, SystemX plans to forge new public-private partnerships with a view to working on new use cases in these two centres of innovation: Lyon and Singapour.
To meet the “privacy-security” challenges involved in deploying autonomous vehicles, SystemX is launching a new project on cooperative ITS (Intelligent Transport Systems) communications security between vehicles and between vehicles and their environment.
The 3 startups selected by the jury are experts in developing Blockchain technologies applied to insurance risks, energy exchanges and digital signatures.
The purpose of the API project is to evaluate the new uses of perception and interaction technologies for drivers under duress or stress.
At the Futur en Seine digital technology festival, Cap Digital and the technological research institute SystemX cemented their collaboration by announcing a new three-year strategic partnership focused on the START@SystemX programme. The aim is to bring together startups, academic researchers and manufacturers to work on ambitious R&D projects and co-build the services of the future.
The Topology Optimization Platform (TOP) project implements line level technology to give industrial design departments innovative tools for topology optimization.
For this new season, SystemX is looking for startups involved in developing Blockchain technologies contributing to improvement of existing technological and service offers, optimized costs and development of new usages.
The Covéa group is the first insurance company to join the Blockchain for Smart Transactions project (BST), launched by SystemX to contribute its expertise in customer experiences and test its application cases, not least in the field of automobile and home insurance.
SystemX has launched the AMC project to enable complex system simulation architects to allocate design margins optimally so that the future’s high performance, reliable industrial products can be designed.