We believe that next-generation computational needs should not trade safety for hardware and software performance.
We want to enable easy and complete configuration of complex applications on high-performance embedded platforms.
We think modularity is the key to integrate hypervisor, RTOS, and applications in a predictable and flexible way.
of next generation heterogeneous embedded platforms is a major obstacle to achieve freedom of interference for systems with performance, predictability, and certification requirements.
allows Minerva Systems to arbitrate with state of the art techniques shared components at memory and interconnect level, putting the system integrator back in complete control of its resources.
is challenging when developers want to optimize their workload, while ensuring predictable performance.
are engineered by Minerva Systems from years of solid research, to easily and exhaustively select the best execution environment, while respecting the constraints of the system.
in researching, analyzing, and building real-time systems converge in Minerva Systems to create the ecosystem you need to exploit with confidence next-generation embedded platforms.
Sign up and download Minerva Systems whitepaper "Freedom from Memory Interference with Software Design".
Academic researcher and industrial contractor, 10+ years of wide experience, including predictable virtualisation
Software Architect and researcher with 15 years of industrial experience in certifiable OSes for safety-critical systems
Full Professor leading the HiPeRT Lab at the Department of Physics, Informatics and Mathematics at the University of Modena and Reggio Emilia (IT), renowned for high-performance real-time systems
Humbolt Professor and director of the Chair of Cyber-Physical Systems in Production Engineering at TUM, Munich (DE), renowned for cyber-physical and real-time systems
Assistant Professor at the Department of Computer Science at Boston University (US), renowned for real-time embedded systems
Associate Professor at the Electrical and Computer Engineering Department at the University of Waterloo (CA), renowned for safety-critical software and hardware architectures
Want to know more? Get in touch!
Contact Info
info@minervasys.tech
minervasys@pec.it
+39 059 205 5182
213/B, Via Campi, 41125 Modena
Geographical Presence
Modena, Italy
Munich, Germany
University spinoff
Università di Modena e Reggio Emilia