Soron Systems develops advanced software and hardware for autonomous systems, specializing in cooperative navigation for UxVs in GNSS-denied environments. The company utilizes SLAM and Visual-Inertial Odometry for precise localization and real-time 3D mapping without GPS reliance. They offer end-to-end solutions for drone and mobile robotics applications requiring autonomous operation in challenging conditions.
Funding
Funding not disclosed
Founders
Product
Problem
Autonomous drones and ground robots lose reliable positioning and mapping capabilities in environments where GPS signals are unavailable or degraded, such as indoor facilities, underground sites, and dense urban canyons. This limits their ability to perform inspection, logistics, or monitoring tasks that require precise navigation and coordination.
Solution
Soron Systems delivers integrated hardware and software platforms that enable GNSS‑free navigation for unmanned aerial and ground vehicles. By combining visual‑inertial odometry with SLAM, the system provides high‑precision localization and real‑time 3D mapping without satellite input. Multi‑agent coordination algorithms allow swarms of drones or robot fleets to operate collaboratively, sharing map data and dynamically allocating tasks. The company offers end‑to‑end services—from custom algorithm development and system integration to deployment support—so customers can field autonomous solutions in GPS‑denied settings with minimal engineering effort.
Target Audience
Primary customers are enterprises and service providers in infrastructure inspection, mining, underground logistics, indoor facility management, and defense that require autonomous operation without GPS coverage. Additionally, robotics developers seeking a turnkey GNSS‑free navigation stack for UAV or ground‑robot platforms are a key market segment.
Features
- Visual‑inertial odometry pipeline that fuses camera and inertial sensor data for centimeter‑level positioning in GNSS‑denied environments
- Real‑time SLAM engine delivering simultaneous localization and dense 3D map reconstruction for obstacle avoidance and path planning
- Multi‑agent coordination framework supporting swarm intelligence, distributed decision‑making, and collaborative mapping across multiple UAVs or ground robots
- Integrated obstacle detection and avoidance module leveraging depth perception and predictive trajectory modeling
- Custom software development kit (SDK) for algorithm integration, system‑level API access, and performance optimization on client hardware
- Modular hardware platform for drones and mobile robots, including sensor suites, compute modules, and ruggedized enclosures designed for indoor, underground, and urban deployments
- Cloud‑enabled data pipeline for secure storage, post‑flight analytics, and remote monitoring of fleet health and mission metrics