Greypoint Industries offers the ARROW autonomous interceptor, a self‑contained weapon system that detects, tracks, and engages aerial threats without GPS using a multi‑spectral sensor suite, inertial navigation and AI‑driven trajectory planning. The platform features a modular payload bay for kinetic or directed‑energy effectors and integrates via MIL‑STD‑1553, CAN and Ethernet into existing air‑defense networks, providing low‑latency, secure operation in contested environments.
Funding
Funding not disclosed
Founders
Product
Problem
Modern high‑intensity conflict zones increasingly feature GPS‑jamming, electronic warfare, and contested airspaces that degrade traditional command‑and‑control reliant interceptor systems. Without reliable positioning, operators must rely on manual targeting, which reduces engagement speed and increases crew workload and exposure.
Solution
Greypoint Industries delivers the ARROW autonomous interceptor platform, a self‑contained weapon system that detects, tracks, and engages targets without human intervention. The platform fuses data from a proprietary multi‑spectral sensor suite with AI‑driven path‑finding algorithms to generate real‑time trajectories in GNSS‑denied environments. Onboard inertial navigation and visual‑odometry modules maintain precise situational awareness, while a hardened flight controller executes engagement commands within milliseconds. ARROW integrates via standardized MIL‑STD‑1553 and Ethernet interfaces, allowing seamless insertion into existing air‑defense networks. The system’s modular payload architecture supports a range of kinetic and directed‑energy effectors, enabling mission‑specific configuration. Continuous software updates and remote diagnostics are delivered over an encrypted datalink, ensuring sustained performance throughout the system’s lifecycle.
Target Audience
Primary customers are national armed forces, defense ministries, and authorized security contractors that require autonomous, high‑precision interception capabilities for contested airspaces.
Features
- Proprietary sensor suite combining radar, infrared, and electro‑optical channels for all‑weather target detection
- AI‑based real‑time trajectory planning that operates without external GPS signals, using inertial navigation and visual odometry
- Hardened airframe and low‑observable design meeting MIL‑STD‑810G environmental standards
- Modular payload bay compatible with air‑to‑air missiles, kinetic interceptors, and directed‑energy modules
- Secure, low‑latency datalink supporting OTA software updates, health monitoring, and mission re‑tasking
- Plug‑and‑play integration via MIL‑STD‑1553, CAN, and Ethernet interfaces for legacy defense networks
- Redundant flight control computers with fault‑tolerant architecture to meet DO‑178C Level A safety requirements