Space Electronics

We provide design and development of advanced solutions for space electronics with a focus on ensuring reliability, fault tolerance, and optimal performance in challenging environments. Our services include FPGA-based designs with integrated fault management systems and telemetry solutions tailored to meet the stringent requirements of space applications. Our expertise encompasses functional and production test solutions, system health monitoring, and fault detection technologies designed to enhance the longevity and dependability of space systems.

• Test and Validation Systems: Advanced test setups for electronics validation in extreme conditions.
• Embedded Systems for Space Applications: Development of control systems
• FPGA-Based Solutions: Expertise in designing FPGAs with advanced features for space, including radiation tolerance and multi-core capabilities.
• Custom R&D for Space Agencies: Collaborations with leading organizations like ESA, Fraunhofer Institute, EU universities
  

• (AI-driven) predictive maintenance
• Self-healing
• Self-adaptation to damage
• Instant failure recovery
• Fault/error immediate reporting
• Event-triggered monitoring data filtering
• Distributed fitness data collection
• Smart on-chip sensors/checkers

Notable projects include collaborations with the European Space Agency (ESA) and AST SpaceMobile. For ESA, Testonica developed an 8-core LEON3 processor on FPGA with real-time failure avoidance and optimized telemetry systems. We also contributed to AST SpaceMobile's BlueWalker 3 satellite by building the test setup for its electronics, supporting the satellite's mission to enable global cellular broadband communication​