Real-time intelligence below the surface
The Next Strategic
Blind Spot
The Last Frontier of Autonomy
The Common Operational Picture ends at the shoreline — leaving the underwater domain as the largest blind spot in global security and infrastructure protection.
Within a decade, hardware will be everywhere: fleets of AUVs, USVs and sensors producing data at a scale no human team can handle.
Traditional systems, reliant on surface comms and post-mission processing, simply can’t keep up.
The future isn’t about how many robots we send underwater — it’s about whether they can think together. That’s the real frontier.
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Underwater: the largest blind spot in global security.
Zero Comms.
No Real-Time Communications
Most underwater systems depend on surface comms. When links fail, awareness disappears.
Zero Visibility.
The Operational Picture Ends at the Shoreline
Fleets of sensors generate massive data volumes, far beyond human capacity.
Data Bottlenecks.
Massive Post-Processing Causes Delays.
Fleets of sensors generate massive data volumes — far beyond human capacity.
The Subsea OS:
A Force Multiplier for the Underwater Domain
Real-Time Situational Awareness at Scale
HyperAxes provides the OS for the subsea domain, enabling Autonomous ISR and seamless C2 integration across distributed assets.
Every sensor and subsea drone becomes a real-time processing node, feeding a shared, adaptive operational picture.
This is the mesh that will power the next decade of subsea operations — civil or defense, port or national scale.
Built for interoperability. Designed to scale. Ready to think.
From ISR to Civil Engineering
HyperAxes enables a new class of underwater operations spanning strategic defence, critical infrastructure and large-scale subsea projects through real-time data fusion, autonomous processing and shared situational awareness at scale.
01
Critical Infrastructure Monitoring
Perimeter Surveillance
Change Detection
Persistent
HyperAxes enables continuous monitoring of submerged assets - pipelines, cables, ports - through high-fidelity digital twins, operating even in GNSS-denied environments.
It provides detailed bathymetries with 2D–3D correlation, supporting both surveillance and predictive maintenance. The system can detect new or unexpected objects on the seabed, such as debris, metallic items or cargo near critical zones.
02
Real-Time Threat Detection
Amphibious ISR
Denied Comms
Sensor Fusion
In contested littoral environments, HyperAxes fuses 3D sensing with magnetometer data to detect, classify and prioritize anthropogenic shapes in real time.
Autonomous nodes operate without continuous comms, creating a distributed ISR mesh capable of spotting threats such as divers, vehicles, or unexploded ordnance with immediate alerting.
03
Pre- & Post-Survey Intelligence
Digital Twin
Change Detection
Engineering
Every inspection mission is processed live, allowing operators to optimize routes and ensure complete coverage while building high-resolution digital twins. Data remains under operator control, creating a permanent spatial baseline for future change detection and regulatory reporting. This drastically improves survey turnaround times for dredging, cable-laying and infrastructure expansion.
Ready to turn raw bathymetric data into live situational awareness?
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