Manage, coordinate, and deploy drone & robot fleets
TensorFleet gives you fleet APIs, mission graphs, and ROS/PX4 adapters to go from single drone to production fleets.
SDK
Built for production fleets
Everything from registration to realtime ops and safety policy.
Use Cases
From lab to large-scale ops
A few ways teams are applying the same fleet primitives.
ENTERTAINMENT & ESPORTS
Drone Hunt: Next-Gen Aerial Laser Tag
Drone Hunt reimagines laser tag by bringing the action into the sky. Players pilot lightweight drones equipped with sensors that register “hits” using infrared and safe acoustic detection. Matches can take place indoors or outdoors, turning any space into a competitive arena.
- Fast-paced aerial battles with real-time hit detection
- Safe gameplay using prop guards, speed caps, and geofencing
- Scalable experiences for arcades, festivals, and corporate events
- Engagement boost with live leaderboards and streaming overlays
AUTONOMOUS SWARM SYSTEMS
Swarm Autonomy for Coordinated Missions
Advanced swarm intelligence enables fleets of drones to work as a single coordinated unit. Real-time peer-to-peer communication allows dynamic task allocation, precision targeting, and resilience against unit failures.
- Multi-objective mission execution with synchronised coverage
- Scalable coordination for 10–100+ drones
- Reduced operator load via automated formation and planning
AGRICULTURAL ROBOTICS & SECURITY
Smart Durian Farming: Pollination & Patrol
Drones support durian farmers in two critical areas: pollination and farm security. Autonomous pollination increases fruit set and yield consistency, while AI-enabled patrols safeguard plantations and monitor crop health. Together, these applications improve productivity and reduce risk for high-value crops.
- Pollination: +5.85% flower detection accuracy, +26.89% path efficiency (based on research)
- Patrolling: 24/7 autonomous coverage, theft prevention, disease monitoring
- Benefits: Higher yield, lower labor cost, and improved sustainability
PRECISION AQUACULTURE
AI-Powered Blue Crab Aquaculture
Drones and vision systems are used in soft-shell blue crab farming to detect molting stages in real time, optimize harvest timing, and reduce losses in aquaculture operations.
- Automated detection of molting cycles
- Yield forecasting for soft-shell production
- Actionable dashboards for aquaculture operator
Solutions
Pick your starting point
SDKs for devs, dashboards for ops, and integration help for enterprise.
Type-safe client libraries, mission DSL, and adapters for ROS2/PX4. Start local, scale to fleets.
- TS/Go/Python clients
- Mission graph DSL
- Simulators: Gazebo, AirSim
- WebSocket & gRPC endpoints
Realtime ops console for telemetry, alerts, over-the-air updates, and policy management.
- Live maps & geofences
- OTA firmware & configs
- Alerting & runbooks
- Multi-tenant RBAC
Private cloud deployments, SLAs, and integrations with SIEM, IAM, and data lakes.
- VPC install & SSO
- SIEM & audit exports
- Custom adapters (ERP/WMS)
- Solution engineering
Early Access
Join the TensorFleet waitlist
Tell us your use case—get docs, samples, and adapters as they ship.