Our Projects

CHASSIS is creating an open and interoperable ecosystem for chiplet-based systems-on-chip used in high-performance automotive applications. By bringing together research and industry partners, the project supports the development of scalable computing platforms for the next generation of electrified, connected, and autonomous vehicles while strengthening Europe’s semiconductor capabilities.

IP-CUBE is a collaborative project led by Kalray that aims to establish a sovereign and open French semiconductor ecosystem for embedded AI and edge computing. It brings together Kalray, Arteris, Secure-IC, and Thales to develop high-performance, energy-efficient, and secure technologies, including next-generation Network-on-Chip solutions.

Resilient Trust strengthens end-to-end security across Internet of Things processing chains. The project develops specialised hardware and software to help SMEs protect connected systems against emerging threats, including post-quantum and AI-based attacks, and to support secure and resilient IoT 5.0 applications.

Rigoletto is establishing the foundations of a next-generation automotive hardware platform based on the open RISC-V architecture. The project develops processor cores, accelerators, interconnects, memory systems, and other components for centralised computing platforms used in increasingly electrified, automated, and connected vehicles.

SODA applies advanced neural-network techniques to the design and verification of complex systems-on-chip. The project focuses on design-space exploration, chip placement and routing, functional verification, and automated test generation, with the aim of advancing AI-driven electronic design automation tools.