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NEWS & INSIGHTS

Engineering notes from the Speculis team.

How FPGA flight control, electronic warfare resilience and GNSS-independent navigation work, and what they mean for unmanned systems.

The Speculis flight core
COMPANY NEWSSpeculis accepted into Teknopark İstanbul

Speculis Teknoloji A.Ş. has been accepted into Teknopark İstanbul to develop its national FPGA flight control platform for unmanned systems, with first evaluation units planned for 2027.

Top view of the SPC-AP carrier board with the sealed flight core
INSIGHTS6 min read
Why the next generation of autopilots will run on FPGAsMicrocontroller autopilots made drones affordable. FPGA hardware makes them deterministic, upgradeable and ready for contested airspace.Read article →
The Speculis module installed in a drone fuselage next to its GNSS antenna
INSIGHTS5 min read
GNSS spoofing and jamming: detecting the attack in hardwareJamming blinds a receiver. Spoofing lies to it. Here is how a flight computer can notice both before the aircraft is misled.Read article →
An unmanned ground vehicle with LiDAR navigating in open terrain
INSIGHTS5 min read
Flying without GNSS: LiDAR SLAM and visual-inertial odometryWhen satellite navigation is gone, the aircraft has to work out where it is from what it can sense. This is how.Read article →
Exploded view of the SPC-AP module layers
INSIGHTS4 min read
Trusted I/O: verify every sensor before it reaches flight controlA flight computer is only as trustworthy as the data it acts on. Speculis checks every input at the door.Read article →
The four SPC-AP variants including the defence-grade rugged module
INSIGHTS5 min read
Built for the field: designing a flight computer for MIL-STD-810G conditionsCold nights, hot decks, constant vibration and hard landings. What a flight computer must survive, and how Speculis is designed for it.Read article →