SolidKosmos delivers advanced EDA tools that enable fault emulation for verifying computing systems in mission-critical applications. Our solutions support FPGA, processor, GPU, and AI-based platforms, aligned with industry standards such as ISO 26262, DO-254, ECSS-Q-ST-60-13C, and IEC 61508, driving reliability in automotive, avionics, space, HPC, rail, medical, and industrial systems. In parallel, we design RTL IP cores that enable the development of fault-tolerant systems using COTS FPGAs.
In addition to our products, we provide services for radiation testing (heavy ions, protons, neutrons) to evaluate the susceptibility of integrated circuits to Single Event Effects (SEEs) and Total Ionising Dose (TID).
We also support system-level dependability through Fault Tree Analysis (FTA), Failure Modes and Effects Analysis (FMEA), and Fault Detection, Isolation, and Recovery (FDIR) strategies design.
Satellites, deep-space probes, launch systems
Advanced Driver-assistance systems (ADAS), autonomous driving platforms
Flight control systems, safety-critical avionics
Train control, signalling systems
Life-support and diagnostic equipment
Automation, robotics, and critical infrastructure
At SolidKosmos, we provide Electronic design automation (EDA) tools and SW/HW co- design solutions for functional verification and fault-tolerant computing. Our team brings experience in fault injection, SW, HW, and information redundancy techniques, and system-level reliability analysis across various domains.
Discover our advanced FPGA-based solutions designed to enhance fault tolerance, reliability, and system dependability across Aerospace, Automotive, HPC & AI, and Industrial Safety applications.
SK-RAFT is our flagship fault injection platform that emulates faults in various computing platforms for functional verification.
SK-FDIR is Solidkosmo’s growing library of software and hardware IP cores designed to increase the fault tolerance of FPGA-based systems in critical applications.
SolidKosmos proudly announces its participation in ACCEDE – ESCCON 2025, presenting a lockstep-based approach for Single Event Effect (SEE) mitigation on commercial SoC-FPGAs.
The latest report from NASA’s Small Spacecraft Systems Virtual Institute (S3VI) provides a detailed overview of small satellite technologies and their development status.
We’re excited to be in Bremen, Germany, from 19-21 November 2024.