Autopilot and electronic warfare resilience on the same silicon.
Three limits hold conventional autopilots back: timing jitter from software scheduling, fixed silicon that needs a new board for every new protocol, and heavy algorithms that cannot run in true parallel. Speculis removes all three with FPGA hardware.
Try it: attack the navigation.
Switch between normal flight, jamming and spoofing, and watch how each autopilot reacts.
Try it: load the processor.
Add workload and compare a sequential microcontroller loop with parallel FPGA hardware.
No unverified data reaches the flight core.
Every external sensor input is checked in hardware before the flight control processor sees it, with an AES-256 encrypted datalink to the ground.
The mission continues when GNSS is denied.
FPGA-accelerated LiDAR SLAM and visual-inertial odometry fusion keep the platform on its route.
Reconfigurable in the field
New sensor protocols, security modules or algorithm updates load as new hardware configurations, without a new board.
Ready for post-quantum
The reconfigurable fabric leaves room for future quantum-resistant cryptography on the datalink.
ASIC-portable IP
The IP library is written as technology-independent RTL following ASIC-portable design rules.