Driif Mission OS

The Future of Autonomous Missions.

Manned and unmanned teaming across multi-domain UXVs and C-UXVs.

Explore Mission OS

The Orchestration Gap

UAV feed Operator
Radar track Operator
RF monitor Operator
USV telemetry Operator

Four feeds arriving on their own terms — a UAV feed, a radar track, an RF monitor, USV telemetry — and each one with its own operator underneath it. Four separate stacks, none of them talking to the others.

Autonomous systems are advancing. Operations remain fragmented.

UAVs, UGVs, USVs and other autonomous systems are becoming increasingly capable. Every system brings its own control architecture, data and interface. As fleets become more heterogeneous, operators face a harder problem: orchestrating heterogeneous systems around shared objectives in real time, across the edge and the command layer.

The challenge is no longer individual platform autonomy. It is orchestrated autonomy at mission scale.

The Mission Layer

Introducing Mission OS

Driif Mission OS integrates platform state, telemetry, sensor inputs and operator intent into a unified operational environment, with mission logic distributed from command to edge.

Heterogeneous Integration

Integrate platforms, payloads and sensors across OEMs and domains without replacing existing deployed systems.

Shared Operational Picture

Bring platform state, telemetry and sensor data into a common view of the operating environment.

Edge-Native Execution

Execute defined mission logic and autonomous behaviours closer to the asset, including under degraded connectivity.

Human Authority

Apply policy and command authority across the system while enabling defined actions to execute autonomously at the edge.

Sovereign

Deploy the mission layer in the environments and configurations your operation requires.

Force Multiplier

Coordinate existing platforms more effectively instead of solving every capability gap by adding more hardware.

Products

Purpose-built on Mission OS

Mission OS for UXVs

VIPER

Turn heterogeneous UXV systems into a coordinated mission force under one operational picture.

Edge-NativeCross DomainShared AwarenessIFF + Swarm

Mission OS for Counter-UXVs

NEXUS

Transform distributed sensors and effectors into a coordinated air defence system for faster, mission-aware response.

Shared ContextCooperative ActionAutonomous De-ConflictionSoft Kill & Hard Kill Orchestration

Deployments

Mission OS, extended to the field.

The SCOUT edge unit mounted inside a drone airframe, seen through a payload window in a translucent skeleton of the whole aircraft: a black finned heatsink enclosure with a yellow Driif badge on the front.

Edge agentPre-production

SCOUT

Edge intelligence for autonomous platforms.

The foundation for next-generation autonomous missions. SCOUT provides a secure and scalable edge intelligence layer designed to support future mission applications across airborne, maritime and multi-domain operations.

  • Edge compute
  • Future-ready architecture
  • Collaborative autonomy
  • Distributed awareness

Level-up the Existing Force

Replatform legacy combat systems into autonomous force multipliers.

In an increasingly asymmetric battlefield, even the most capable manned platforms face growing threats from drones, loitering munitions and precision-guided weapons. Unmanned scale is essential, but so is the ability of existing assets to protect themselves and operate as part of a coordinated autonomous force.

Driif Mission OS can transform legacy assets into connected C4 nodes, equipping them to coordinate unmanned assets, extend ISR and enable autonomous protection and counter-UAS operations.

Transforming existing platforms into connected mission nodes for:

  • 01

    Manned-Unmanned Teaming

    Dynamically task and coordinate ISR drones, loyal wingmen and other autonomous assets from manned platforms.

  • 02

    Autonomous Platform Protection

    Connect detection systems and soft-kill or hard-kill effectors to identify threats and coordinate protective responses.

  • 03

    Cross-Domain Coordination

    Bring aerial, ground, surface and subsurface autonomous assets into a shared mission environment.

Every platform is a force multiplier

A fighter jet flying low over autumn trees

01

Air Platforms

Extend the reach of manned aviation.

Connect fighter aircraft and attack helicopters with loyal wingmen, ISR drones and other autonomous assets. Enable dynamic tasking, coordinated reconnaissance and sensing, and integrated threat detection and protection.

  • Fighter aircraft
  • Attack helicopters
A tracked armoured fighting vehicle moving through tree line

02

Land Platforms

Protect ground assets. Extend battlefield awareness.

Equip tanks, armoured vehicles and logistics convoys with connected detection systems, counter-UAS capabilities and autonomous assets. Coordinate threat responses while deploying ISR drones for surveillance beyond line of sight.

  • Main battle tanks
  • Infantry fighting vehicles
  • Armoured personnel carriers
  • Logistics vehicles
A naval corvette under way at sea

03

Maritime Platforms

Coordinate operations across the maritime domain.

Connect naval and commercial vessels with aerial, surface and subsurface autonomous systems. Coordinate surveillance, threat detection and countermeasures while extending operational reach across the maritime environment.

  • Warships
  • Patrol vessels
  • Commercial shipping

Applications

For autonomous missions across defence and industry.

Driif applies the same mission architecture to distinct operational environments, integrating the platforms, sensors, and command systems already deployed.

Glossary

The language of autonomous operations.

UAS, IFF, C-UAS, swarming: the vocabulary around multi-domain autonomy moves fast. Our glossary defines the terms that matter in plain language, with a short quiz to test what stuck.

Explore the glossary

Integrate your systems.
Orchestrate your missions.

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