Teranova manufactures electric‑propulsion unmanned aerial vehicles that combine AI‑driven autonomous flight, swarm coordination, and real‑time perception for defense, logistics, and disaster‑response missions.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional unmanned aerial systems for defense, logistics, and disaster response often rely on single‑purpose designs, require extensive human piloting, and lack the flexibility to adapt quickly to varied mission demands, leading to high development costs and increased risk to personnel in hazardous environments.
Solution
Teranova offers an electric‑propulsion UAV platform that integrates AI‑driven autonomous flight, real‑time perception, and swarm coordination to perform multiple mission types with a single airframe. Modular payload bays allow rapid reconfiguration for tasks such as reconnaissance, firefighting, cargo delivery, or battlefield surveillance, reducing the need for separate vehicle fleets. The onboard AI provides object detection, tracking, and decision‑making, enabling the UAVs to operate autonomously in high‑risk zones while minimizing human exposure. Swarm algorithms allow coordinated multi‑UAV operations, improving coverage and efficiency for large‑scale missions. By combining hardware and software in a unified design, Teranova lowers both development and operational costs while delivering mission‑focused performance.
Target Audience
Primary customers include defense agencies, emergency response organizations, and logistics providers that require flexible, autonomous aerial capabilities for varied operational scenarios.
Features
- Electric propulsion system delivering quiet, low‑signature flight with extended endurance
- Modular payload architecture supporting quick swap of mission-specific sensors and equipment
- AI-powered autonomous navigation, object detection, and real‑time decision making
- Swarm coordination algorithms for synchronized multi‑UAV operations and collaborative task execution
- Integrated hardware‑software stack optimized for rapid deployment across urban, battlefield, and disaster environments
- Built‑in safety and redundancy features to ensure reliable operation in high‑risk scenarios