Automated Mortar System (AMS)
Plug-and-play 120mm / 81mm mobile mortar that integrates with almost any 4×4. Shoot and scoot: 8 rounds fired and position vacated in under 2 minutes.
Navigation & Communication Resilience
OptiPilot
The OptiPilot is designed to interface with any UAV and serves as an autonomous onboard pilot capable of navigating and guiding the drone without reliance on human pilots or external navigation aids (e.g., GNSS signal). It provides optical navigation, target recognition and guidance, and safe, precise landing — entirely autonomously.
Key Differentiators
- Optical navigation — GPS-free autonomous flight path execution
- Target recognition and guidance — real-time identification and tracking
- No communications required — fully autonomous, zero RF signature
- No operator required — onboard intelligence handles all flight decisions
- Compatible with any drone platform — software interfaces with ArduPilot, PX4, BetaFlight, iNAV
- SW hosted on existing compute modules — Qualcomm, Nvidia, Rpi & more
- Vis/Thermal dual-sensor capability
- Weight:< 200 G
- ZeroRF Signature · No GPS · No Operator
- Platforms:ArduPilot · PX4 · BetaFlight · iNAV
Technical Specs
- Sensors
- Vis/Thermal
- Dimensions
- 100 × 80 × 86.2 (L×W×H) mm
- Weight
- < 200 g (~0.4 lb)
- Field of View
- 90–110° (NAV cam), 50–90° (targeting cam)
- Compute Module
- SW can be hosted on existing C.M. (Qualcomm, Nvidia, Rpi & more)
- Comms Protocol
- MAVLink, MSP and proprietary API
- Platform Compatibility
- ArduPilot, PX4, BetaFlight, iNAV
Use Cases
- GPS-Denied Strike Missions
- Autonomous navigation and target guidance without GNSS — enables precision strike in jammed environments.
- Reconnaissance & ISR
- Optical navigation for autonomous ISR sorties — no RF emissions, fully covert.
- Target Recognition & Tracking
- Real-time vis/thermal target identification and continuous tracking through flight.
- Emergency / Precision Landing
- Safe and precise autonomous landing on any terrain without operator or GPS input.
- Logistics & Resupply
- Autonomous delivery missions — drone navigates and lands independently at designated points.
- Special Operations
- Zero-signature autonomous flight — no comms, no GPS, no operator detectable by adversary.
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Thyreon Counter-UAS System
The full drone kill-chain in one system: 4D radar, RF detection, EO/thermal tracking, jamming and reusable net or kinetic interceptors. Akashteer-compatible.
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Airborne Mission Systems
Mission systems for manned and unmanned aircraft — maximising results in search and rescue, maritime surveillance, firefighting, emergency comms and border control.
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Marine Solar Drone
Solar-powered fixed-wing RPAS for maritime ISR: real-time HD surveillance with AI target detection over an 18 NM radius for 10 hours — zero fuel, zero emissions.
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Naval Degaussing System
Cancels a ship’s or submarine’s magnetic signature with precisely controlled onboard coil currents — making the vessel magnetically invisible to mines. NATO STANAG 1333 compliant.
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Unmanned Sea Vehicle (USV)
Autonomise existing fleet vessels with the Autonomy Kit, or deploy a complete mission-ready autonomous surface vessel — one proven autonomy and AI navigation stack.
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IroNav
Autonomous visual navigation plus battle-proven GNSS anti-jamming. When GPS is jammed or denied it falls back to map-free visual navigation — no operator input, no mission loss.
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SunStone
Software-defined GPS anti-jamming for UAVs, ground vehicles and any SWaP-constrained system — retrofits to existing GNSS receivers and upgrades remotely as threats evolve.
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Aura
Dual-band GPS protection with multi-directional null-steering — neutralises up to 3 simultaneous jammers per band. Plug-and-play with almost any GNSS receiver.
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WonderLand
Proven autonomous precision-landing system for GPS-denied and contested environments — your drones land safely, precisely and independently.
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HoverSafe
Next-generation autonomy and PNT for tethered drones — precise hover and landing even in GPS-denied or no-pilot environments.
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Halo
Bonds LTE, 5G, SatCom and direct RF into one secure pipeline for unmanned systems. When one link degrades, the bond holds — no dropouts, no mission loss.