Wide-area drone detection for allied militaries worldwide. Detects fiber optic guided drones that RF-based systems are completely blind to. Persistent surveillance. Zero blind spots. Operational in under 4 hours.
Fiber optic guided drones have no radio signal. No GPS link. No electronic signature of any kind. Every RF-based counter-drone system on the market is completely blind to them. Ukraine proved this at scale. Apollo was designed for it.
The Apollo System uses passive radar, acoustic sensors, and infrared cameras — none of which care whether a drone is transmitting. The motor makes noise. The battery generates heat. The mass disturbs ambient signals. Apollo detects all three simultaneously, classifies the threat in under 2 seconds, and pushes a geo-tagged alert to the operator's existing command system. No cloud. No RF emissions. Nothing for the adversary to detect, jam, or spoof.
Fiber optic guided drones. Autonomous waypoint drones. RF-silent commercial drones weaponized. The threat evolves weekly. Apollo's AI classification model updates automatically across every deployed site — every new drone type discovered globally makes every Apollo installation smarter.
Apollo Protect, our annual subscription, pushes threat intelligence updates, new AI models, and platform improvements continuously. The system you deploy in 2026 detects threats that don't exist yet.
Fast deployment compounds this advantage. Full site operational in under 4 hours, two-person installation, no specialist training. Redeploy as the mission changes.
A single self-contained unit that sees, hears, and understands the sky — day, night, and through weather.
Detect aerial threats out to 30 kilometres from a single node. Coverage scales linearly as nodes are networked across a theatre.
Passive radar, acoustic arrays, and EO/IR fused at the edge. No RF emissions. No cloud dependency. Catches fiber optic guided drones that RF-only systems cannot detect.
Edge AI classifies UAS vs birds, aircraft, and clutter in real time. Model updates pushed automatically via Apollo Protect subscription. Detects new drone variants as they emerge globally.
Maintain individual tracks across 100+ simultaneous targets. Designed for the saturation attacks defining modern conflict.
Native output to ATAK and SAPIENT-compliant command systems. Plugs into the architectures allies already operate.
Rated to −40°C and sealed against dust, rain, and salt. Performance holds where active sensors and optics degrade.
Apollo nodes ring a site and hand off tracks seamlessly — persistent, overlapping coverage with no blind spots and nothing for an adversary to slip through.
From signal to confirmed, classified track in under two seconds — delivered straight to the device already in their hands.
Every node runs full sensor fusion and AI inference at the edge — no cloud dependency, no backhaul bottleneck, no single point of failure. Intelligence lives where the threat appears. Critically, Apollo's passive detection architecture is the only approach that reliably detects fiber optic guided drones — a threat that has rendered every RF-based system operationally obsolete in active conflict zones.
Open architecture and sovereign intellectual property mean allies integrate Apollo into their own command systems and retain control of their data. No black boxes. No lock-in.
80%+ gross margin. Network effects. Every new deployment makes every existing site smarter.
We are building the detection backbone for the allied world — one open, sovereign platform deployed across the militaries that defend it. Our go-to-market follows the alliance, tier by tier.
We're building in public — documenting the hardware, the field tests, and the road to deployment as it happens.
Defence procurement. Investor inquiries. Research partnerships. Careers. If you're building the future of allied air defence — or funding it — reach out.