Redefining Maritime INTELLIGENCE

Autonomous Intelligence Networks for a Safer, More Resilient Indo-Pacific

To unlock complete domain awareness by synchronising sensors across sea, land, air, and subsea environments — transforming maritime intelligence through edge-deployed autonomy and real-time sensor fusion.

The modern operating environment demands faster, smarter ISR. Overwatch is building the fused, multi-domain systems needed to meet this challenge — delivering decisive insights at machine speed.

OUR MISSION

CAPABILITIES

Overwatch applies AI at the edge to orchestrate autonomous, multi-domain ISR — giving you continuous awareness, faster targeting cycles, and decision advantage at speed and scale.

  • Aerial, surface, and fixed platforms; modular payloads; ruggedisation; deployable networks.

    • Sensor fusion

    • Multi-modal analytics

    • Real-time alerts

    • Decision-support tools

    • Secure, compliant architectures

  • Fully-managed missions, data delivery, and operational support.

  • Sophisticated software layer; maritime data; environmental data; custom data sets and collection.

operations

Rescue personnel in orange uniforms are performing a rescue operation above the water, with a rescue helicopter hovering overhead. The helicopter is attached to a rescue boat labeled 'SAR' for Search and Rescue, on the turbulent ocean.

Search and Rescue

Rapid Detection, Coordinated Response

Overwatch platforms work in concert across air, surface, and subsea to locate and track distress signals faster than traditional systems. RF detection, thermal imaging, and mesh-networked coordination enable rapid deployment of rescue assets, even in complex maritime conditions. Designed for endurance and resilience, the system extends search coverage and reduces critical response time.

Overhead view of a flood with a partially submerged highway and surrounding flooded land and trees.

Public Safety and Disaster Response

Restore Awareness, Protect Lives

Overwatch autonomous systems re-establish situational awareness when critical infrastructure fails. Deployed within minutes, coordinated air and surface platforms map fire fronts, flood zones, and disaster-affected regions in real time. Multi-sensor payloads deliver continuous updates to emergency services, enabling faster decision-making and safer deployment of personnel. With resilient mesh networking and long-endurance platforms, Overwatch provides a persistent, cost-effective intelligence layer that strengthens public safety operations during crises and recovery.

An aircraft carrier leading a formation of fighter jets flying in the ocean

Maritime Interdiction & Access Control

Persistent ISR, Trusted Targeting

Overwatch platforms integrate RF detection, sensor fusion, and mesh-networked communications to detect, track, and classify maritime targets in high-priority operating areas. From coastal approaches to strategic sea lanes, the system delivers real-time, high-assurance targeting data to enable rapid interdiction and deny adversary freedom of movement.

A boat on the ocean with a large fishing net hanging from a crane, surrounded by a line of floating buoys.

Persistent Maritime Domain Awareness in Any EEZ

Counter-Illegal Fishing

Overwatch assets and networks can operate as a distributed mesh, detecting RF emissions, tracking vessel movements, and coordinating intercepts in real-time. Capable of sustained surveillance across vast ocean areas, Overwatch seeks to deliver actionable intelligence to maritime enforcement agencies, ensuring illegal fishing vessels are detected, tracked, and stopped.

A muddy, damaged dirt road runs along the coastline with destruction caused by a storm. Broken utility poles lean to the right, with some fallen debris scattered across the road. The ocean on the left has choppy waves, and on the right, there are palm trees with some bent or broken, under a cloudy, gray sky, indicating storm damage.

Climate Response

From Ocean Health to Disaster Recovery

Overwatch platforms deliver wide-area sensing for environmental monitoring, from mapping sea surface temperatures to tracking pollution and debris fields. Integrated mesh networking ensures data is relayed in real-time, enabling rapid response to cyclones, floods, and maritime hazards. The same endurance and persistence used for security missions also safeguard ocean health and coastal communities.

Contact us to organise a demo.

Our team is ready to coordinate demonstrations and tests to suit your needs and discuss deployment options.