A full-stack modular autonomy architecture (RF-independent sensing, edge AI, modular hardware, and operator tools) engineered for the mission and proven where most systems fail.
Most counter-UAS and electronic-warfare systems are optimized to detect, intercept, jam, or exploit radio-frequency emissions. That foundational assumption no longer holds: fibre-optic guided drones, tethered systems, LTE/5G-controlled platforms, and autonomous "dark drones" emit little or no exploitable RF signature.
RF-independence is not a feature of one product at OBJEXIS. It is how the whole stack is built. Detection that tracks physical objects instead of emissions, so it still sees the threat when the spectrum goes dark. Interceptors that fly and strike without emitting a signal to jam or trace. Navigation that keeps working when GPS is jammed or spoofed. The entire system is designed to operate in the electromagnetic environment the front line actually fights in, not the clean one legacy systems assume.
FIXAIT is the clearest proof: architected for non-RF sensing from its first version, it held a live jammed environment on the front line with no degradation while surrounding drones crashed from the jamming. Its detection pathway simply does not depend on RF.
Every layer is modular and containerized, deployable at the tactical edge, and designed to improve continuously from real operations.
Traditional defence systems move at the speed of contracts. OBJEXIS moves at the speed of the threat. TESI, Tactical Edge Systems Integration, is the OBJEXIS workflow for turning real-world requirements into deployable autonomous capability, fast.
Front-line users expose the mission requirement.
Assemble aircraft, avionics, and payloads from the shared stack.
Carry, launch, and repair close to the point of need.
FIXAIT and C2 turn the platform into an intelligent system.
Field data updates models and mission variants.
TESI turns autonomy from a procurement program into a field-adaptable operating system, closing the loop between operational reality and system capability faster than any traditional defence development cycle.
We don't wait for government directives; we anticipate mission needs. Our innovation is continuous, not cyclical, because we integrate feedback from the field in real time. We build full-stack solutions, from airframes and avionics to AI and operator software, for seamless integration and performance where it matters.
Contact us to learn more, request a technical demo, or explore partnership opportunities.
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