Addressing cyber risks introduced by digital energy sharing in Renewable Energy Communities (RECs). The project strengthens REC resilience in Sweden by integrating AI-based threat detection, risk assessment, and new multi-stakeholder collaboration models for cloud-based energy systems. Partners include RISE, Emulate Energy, Linkoping University, Sectra, and Utvecklingsklustret Energi AB. Funded by Vinnova.

A Horizon Europe project developing a human-centric, AI-powered multi-agent framework to accelerate software development and maintenance. RISE contributes to the development of AI agents for code generation, quality assurance, test generation, maintenance, and deployment, as well as cybersecurity assessment of the solution. The project runs until December 2027 with 13 partners across Europe, funded by the EU with a budget of EUR 4.57M.

Developing an AI-supported security chaos engineering framework for resilient software-intensive systems critical to aviation, automotive, healthcare, and telecommunications. Project goals include building an AI-powered chaos testing framework, integrating it into DevSecOps workflows, and releasing it as open source. Led by researchers at RISE and funded by Vinnova.

Developing virtual validation and verification methods for ADAS and autonomous driving features. The project addresses the credibility gap between physical and virtual testing by providing methods for gap analysis and credibility assessment. Partners include RISE, AstaZero, ZEEKR, Einride, University of Gothenburg, and VTI. Funded by Vinnova.

Developing structured security assurance cases for open automotive systems, compliant with ISO/SAE-21434. The project produces security argument documentation and evidence frameworks to support certification of automotive cybersecurity. Funded by Vinnova.

A Horizon Europe project developing smart, digitalized components and systems for sustainable agriculture and forestry. With 52 partners from 15 European countries and a budget of EUR 51M, the project spans seven use cases including precision viticulture, agriculture robotics, and forestry machinery. RISE contributes assessment and validation methods to enable safe and secure autonomous forestry machinery to reach European markets.