Fox2Space Tailored Design Services

Fox2Space can provide custom-designed control electronics and entire avionics systems tailored to a customer’s mission needs across all industries where vehicles must operate safely and reliably in harsh environments, e.g. for spacecraft, UAVs, and critical infrastructure. From concept to qualification and post-delivery support, Fox2Space offers design, prototyping, and integration services that ensure performance, longevity, and supply chain resilience.

About Fox2Space

Founded in 2020 by a global team of scientists and engineers in Japan, Fox2Space operates in South Africa, the United States, and Europe, with boots on the ground in all regions and the capability to support your satellite, subsystem, service, and avionics and control system needs worldwide.

Fox2Space's founders invented a series of new technologies which make it possible to achieve strong fault-tolerance and a high degree of redundancy for the most critical applications in space and terrestrial applications, using only widely available COTS components.

Fox2Space developed a suite of tools and support equipment to validate its technologies and help customers quickly become productive with its products and Adaptive Avionics. These tools can simulate entire satellites with real third-party subsystems, as shown in the satellite simulator kit below.

Adaptive Avionics

Adaptive Avionics enables electronics to behave akin to living tissue when handling damage; instead of failing, they age and sacrifice performance to compensate for damage. These are constructed from independent, autonomously operating cells that cooperate and support each other.

Cells can repair each other and replace incorrectly behaving ones. This allows Adaptive Avionics-protected solutions to not simply fail, but to gradually age and degrade like living tissue. The figure to the right shows an example setup based on the satellite simulator depicted above.

Adaptive Avionics provides system-level fault adaptivity, enabling spacecraft to tolerate diverse failures including radiation. It uses no exotic parts, avoids single-vendor lock-in, and ensures supply chain resilience, trust, and authenticity, even under partial destruction in space, air, sea, or on the ground.