Dubotech

Autonomy for every system.

Investor enquiries

The hulls exist.
Autonomy doesn’t.

Defence and commercial operators across South Asia already operate boats, drones, cameras, and ground vehicles. What they need is a sovereign software layer that unifies these assets into one coordinated force.

Dubotech autonomous air, sea and land platforms operating together

Autonomy across every domain.

A common autonomy layer connects purpose-built systems across air, land, surface and undersea operations.

  • Vtol drone

    Air
    Vtol drone autonomous platform line drawing

  • ROV

    Undersea
    ROV autonomous platform line drawing

  • UGV

    Land
    UGV autonomous platform line drawing

  • UUV

    Undersea
    UUV autonomous platform line drawing

  • USV

    Sea
    USV autonomous platform line drawing

  • Fixed assets

    Sensing
    Fixed assets autonomous platform line drawing

Three domains.
One unified platform.

FORTIS gives every asset a common language. Sensor data, tasking and status flow through one edge-native autonomy layer so the fleet can coordinate as a single system.

FORTISCommon autonomy layer
Vtol droneAir · Connected
UGVLand · Connected
USVSea · Connected
ROVUndersea · Connected
UUVUndersea · Connected
Fixed assetsSensing · Connected
Shared operating picture

Existing → autonomous.

FORTIS turns installed hardware into coordinated capability. Instrument the platform, load autonomy at the edge, then connect it to a common operating picture.

Explore FORTIS
  1. Phase01

    Survey the asset

    Existing hull, mount or chassis is instrumented and characterised.

  2. Phase02

    Drop in the edge kit

    Compute, comms and sensor interfaces integrated to the platform.

  3. Phase03

    Load FORTIS OS

    Autonomy stack and behaviour library deployed at the edge.

  4. Phase04

    Connect the fleet

    Asset joins the common operating picture with the rest of the fleet.

  5. Phase05

    Sustain and update

    OTA releases, health monitoring and operator training under contract.

Any domain. Any vehicle.

Connected assets share information, adapt in real time, and continue operating when communications are degraded or denied.

Dubotech autonomous system operating in the sea domainSea
Dubotech autonomous system operating in the air domainAir
Dubotech autonomous system operating in the land domainLand

One platform. Defense and commercial missions.

Dubotech connects vehicles and sensors to support security, inspection and logistics across sea, air and land.

Maritime Security mission environment
Sea mission

Maritime Security

Protect ports, waterways and offshore assets through persistent surveillance and coordinated response.

Technology & institutional partners

Engineered for the next generation of autonomous missions.

Tritech
Blue Robotics
Nortek
Vectonav
Startup Bangladesh
ICT Division
Bangladesh Navy
Full Depth

In the field

Autonomy in action
Powered by FORTIS

FORTIS operates on seven Dubotech and partner platforms as we develop and integrate autonomous capabilities across sea, land, and air.

Dubotech

Sea systems

01/03
Dubotech autonomous maritime platform operating at sea
Octopus
07
Platforms running FORTIS
03
Domains — Sea · Land · Air
3500
Hours of autonomous testing and deployments

News & Insights

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FORTIS Takes Ground Autonomy from Demonstration to Deployment
Case study

FORTIS Takes Ground Autonomy from Demonstration to Deployment

Dubotech has deployed FORTIS on an unmanned ground vehicle following a successful demonstration with defense operators. The integration advances the platform from conventional remo…

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Unmanned Aerial Vehicle Demonstrated for Tactical Military Operations

Case study ·

Unmanned Aerial Vehicle Demonstrated for Tactical Military Operations

Dubotech’s heavy-lift UAV combines autonomous flight, modular payload integration and mission comma…

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Dual-Use ROV with Modular Sensor Integration for Naval Operations

Case study ·

Dual-Use ROV with Modular Sensor Integration for Naval Operations

Naval operations require reliable data below the surface. Vessel readiness, harbour security and the asse…

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Multi-Domain Autonomous Surveillance

Case study ·

Multi-Domain Autonomous Surveillance

Eight years of autonomy engineering, difficult-water perception and defense system integration are shapin…

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Testing in One of Dhaka's Most Polluted Water Bodies

Case study ·

Testing in One of Dhaka's Most Polluted Water Bodies

We believe that the best way to build confidence in our technology is to test it in real world conditions…

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