Victus provides an AI-driven navigation platform that uses reinforcement‑learning models trained in high‑fidelity simulations to enable real‑time, sub‑10 ms decision making on existing drone, underwater or space robotics hardware. The hardware‑agnostic, API‑first solution runs on onboard compute or edge devices, offering scalable fleet management and customizable navigation policies without additional sensors or redesign.
Funding
Funding not disclosed
Founders
Product
Problem
Autonomous drones and robots often require custom navigation hardware or extensive manual tuning to operate reliably in diverse, dynamic environments, limiting scalability and increasing deployment costs.
Solution
Victus offers an AI-driven navigation platform that uses reinforcement learning trained in high-fidelity simulations and transferred to real-world operation. The software processes sensor inputs in sub‑10 ms, delivering millisecond‑level decision making without the need for additional hardware. It integrates via an API‑first approach with existing drone, underwater, or orbital platforms, providing precision control across weather, water, and space conditions. The solution scales from single units to enterprise fleets and can be customized through cloud‑native or edge deployments, supported by 24/7 enterprise assistance.
Target Audience
Primary customers are manufacturers and operators of autonomous drones, underwater vehicles, and space robotics who need reliable, high‑performance navigation without redesigning hardware.
Features
- Deep reinforcement learning models trained on millions of simulated scenarios for robust Sim2Real navigation
- Real-time sensor processing with sub‑10 ms latency and 99.9 % system uptime
- Hardware‑agnostic API that runs on existing onboard compute, eliminating bolt‑on components
- Edge computing capability for local data processing and low‑latency control
- Cloud‑native infrastructure for fleet management and scalable deployment
- Custom training pipelines to tailor navigation policies to specific mission profiles
- Multi‑modal support for aerial, underwater, and orbital platforms