Neya Systems delivers full‑stack autonomous software designed for complex off‑road environments such as construction sites, mines, and military operations. Their platform combines perception, mission planning, and cybersecurity tools to enable unmanned vehicles to navigate rugged terrain and execute tasks without direct human control, helping customers augment their workforce and achieve mission objectives more safely and efficiently.
Funding
Funding not disclosed
Founders
Product
Problem
Operating unmanned vehicles in off‑road settings such as construction sites, mines, and combat zones is hindered by unreliable navigation, limited perception of rugged terrain, and exposure to cyber threats, leading to high labor costs and safety risks for human crews.
Solution
Neya Systems delivers a full‑stack autonomy software platform that combines robust localization, real‑time perception, motion planning, and vehicle control to enable unmanned ground vehicles to traverse complex outdoor environments without direct human intervention. The software integrates mission‑level planning tools that allow operators to define waypoints and tasks, while onboard sensors generate detailed terrain maps for obstacle avoidance. Built‑in cybersecurity safeguards protect the vehicle’s data links and control loops from tampering or interception. By providing a turnkey, modular stack, Neya lets customers deploy autonomous fleets quickly, reducing manual labor, improving mission efficiency, and enhancing personnel safety in hazardous off‑road operations.
Target Audience
Primary customers are operators of unmanned ground vehicles in sectors such as construction, mining, and defense, including fleet managers and mission planners who require reliable off‑road autonomy.
Features
- High‑precision localization using multi‑sensor fusion for GPS‑denied and uneven terrain
- Real‑time perception pipeline with lidar, radar, and camera processing to detect obstacles and assess surface conditions
- Adaptive motion planning and control algorithms that generate safe trajectories over rough ground and steep grades
- Mission planning interface for defining complex task sequences and dynamic re‑routing
- Integrated cybersecurity layer that encrypts communications and validates control commands against intrusion attempts
- Scalable software architecture compatible with a range of unmanned ground vehicle platforms