High Reliability Modules for RISC-V Architecture
Applying advanced hardening techniques to RISC-V architecture, generating commercial-ready intellectual property for the rapidly growing RISC-V processor market.
A comprehensive approach to developing high-reliability RISC-V solutions through innovative research and technological advancement.
HIRE-RISC builds on the outcomes of RENASER4 (2020–2023), which addressed hardening of heterogeneous SoPC/MPSoC systems in radiation environments and developed early reliability analysis models and tools. This foundation is now transferred to the RISC-V architecture to progress from TRL 2–3 to TRL 5 through precompetitive IP, prototypes, and radiation-based validation.
Development of precompetitive IP modules for RISC-V hardening, creating valuable intellectual property assets for the expanding processor market.
High-reliability single-core and multi-core RISC-V systems as proof-of-concept and technological demonstrators for industrial applications.
Comprehensive validation using radiation test experiments, ensuring reliability and performance under extreme environmental conditions.
Development of sustainable business models based on intellectual property protection and strategic licensing arrangements.
Two specialized teams advancing hardware and software reliability solutions for RISC-V architectures.
Hardware-level reliability modules and hardening techniques specifically designed for RISC-V processor architectures.
Comprehensive documentation of research findings and technological innovations from the HIRE-RISC project.
Research findings and technological advances in RISC-V reliability and hardening techniques through peer-reviewed publications.
M. García-Valderas, L. Entrena, et al. — Radiation Effects on Components and Systems Conference
Comprehensive SEU/SET characterization of RISC-V reliability modules
Strategic development and protection of intellectual property assets for commercial exploitation.
Recent Updates & Research Progress
Follow our latest research developments, experimental results, and project milestones through our social media presence.
Recent LinkedIn Updates
March 2025
New Radiation Testing Campaign at CNA
We have just completed a new radiation test campaign at the #CentroNacionaldeAceleradores (CNA) in Seville. This work is part of the ongoing project 'HIRE-RISC: high reliability software modules for...'
July 2025
Second Radiation Campaign at CNA
🚀 We've just completed our second radiation campaign of the year at the Centro Nacional de Aceleradores (CNA)! In this campaign, we evaluated the reliability of different LSTM...