RII provides autonomous fleet command software that lets a single operator coordinate hundreds of drones for asymmetric warfare. The platform breaks complex missions into synchronized sub‑missions, delivering real‑time operational awareness, onboard visual navigation, target recognition, and ballistic calculations even in degraded or denied communications environments.
Funding
Funding not disclosed
Founders
Product
Problem
Coordinating large numbers of unmanned aerial vehicles in contested environments is difficult due to limited bandwidth, communication disruptions, and the need for rapid decision‑making, which hampers the effectiveness of asymmetric warfare operations.
Solution
RII offers an autonomous fleet command platform that lets a single operator manage hundreds of drones through hierarchical sub‑missions. The system provides a continuously updated operational picture with real‑time maps and spatial data, while remaining functional in communications‑restricted or denied settings. Onboard visual navigation, target recognition, tracking, and ballistic calculation enable each drone to act independently yet stay synchronized with the overall mission. Operators can plan and execute both offensive and defensive campaigns by breaking complex objectives into coordinated autonomous tasks, improving precision and mission success rates.
Target Audience
Primary customers are defense organizations and military units that require large‑scale unmanned aerial system coordination for asymmetric warfare scenarios.
Features
- Command‑level mission planning that decomposes large objectives into hierarchical sub‑missions for coordinated execution
- Real‑time operational awareness with up‑to‑date maps and spatial data, supporting communications‑agnostic operation in degraded environments
- Integrated onboard visual navigation, target recognition, tracking, and ballistic calculation for autonomous drone behavior
- Fleet management interface allowing a single operator to control and monitor hundreds of drones simultaneously
- Support for both offensive and defensive mission profiles with synchronized autonomous sub‑missions