Dubotech
Dubotech provides FORTIS, an edge-native autonomy software platform that unifies existing defense and commercial vehicles—such as UGVs, USVs, UAVs, and ROVs—into a single coordinated fleet. The platform enables mission planning, sensor fusion, autonomous re-planning, and fleet management across sea, land, and air, even in degraded communications. FORTIS has been deployed on an unmanned ground vehicle for explosive ordnance disposal and standoff inspection, demonstrating its ability to upgrade existing hardware with autonomous capabilities.
- Artificial Intelligence
- Autonomous Vehicles
- Defense Tech
- Drones & Uncrewed Systems
- Hardware
- Internet of Things
- Robotics
- Software Only
Funding
Founders
Product
Problem
Defense and commercial operators across South Asia already field boats, drones, cameras, and ground vehicles, but these assets operate as isolated systems with limited software integration. This fragmentation prevents coordinated multi-domain missions, requires manual control for each platform, and leaves organizations dependent on imported technology that cannot be easily adapted to local operational needs.
Solution
Dubotech offers FORTIS, a sovereign, edge-native autonomy software layer that unifies existing vehicles and sensors into a single coordinated force. The platform gives every asset a common language, allowing sensor data, tasking, and status to flow through one operating picture. FORTIS turns installed hardware into autonomous capability by instrumenting the platform, loading autonomy at the edge, and connecting it to a common command environment. Operators can plan missions, assign objectives, and supervise autonomous execution across sea, land, and air assets, with systems continuing to operate even when communications are degraded or denied.
Target Audience
Primary customers are defense organizations and commercial operators in South Asia that need to upgrade existing unmanned vehicles and sensors into coordinated autonomous systems for security, inspection, and logistics missions.
Features
- Edge-native autonomy stack that runs onboard vehicles, enabling real-time sensor processing and autonomous navigation without continuous manual control
- Unified operator console with mission engine for one-to-many tasking, waypoint and behavior libraries, geofencing, rules of engagement, and autonomous re-planning
- Surveillance engine fusing EO/IR, radar, and AIS data for contact classification, risk scoring, and persistent multi-domain tracking
- Inspection engine with automated defect detection, corrosion classification, dimensional measurement, and client-ready reporting for underwater and ground surveys
- Fleet management engine providing asset health monitoring, predictive maintenance, role-based permissions, and over-the-air software delivery
- Modular architecture supporting integration with third-party platforms already in service, enabling upgrades without complete system replacement