HyperAxes
HyperAxes provides an operating system for real-time subsea awareness and autonomous intelligence, surveillance, and reconnaissance (ISR). The platform transforms distributed underwater sensors and drones into a shared, adaptive operational picture, addressing the lack of real-time communications and data bottlenecks in the underwater domain. It is designed for defense and civil applications, from port security to national-scale infrastructure protection.
- Artificial Intelligence
- Defense Tech
- Internet of Things
- Robotics
- Software Only
Funding
Founders
Product
Problem
The underwater domain remains the largest blind spot in global security and infrastructure protection, as the common operational picture typically ends at the shoreline. Most underwater systems depend on surface communications, and when those links fail, awareness disappears entirely. Additionally, fleets of sensors generate massive data volumes that far exceed human capacity, creating severe data bottlenecks and delays from post-processing.
Solution
HyperAxes provides the first operating system for real-time subsea awareness and autonomous ISR, enabling seamless command-and-control integration across distributed assets. The platform turns every sensor and subsea drone into a real-time processing node, feeding a shared, adaptive operational picture that persists even when surface communications are unavailable. Built for interoperability, the system scales from port-level operations to national defense applications, supporting both civil and military use cases. This mesh-based architecture is designed to power the next decade of subsea operations by delivering continuous situational awareness where traditional systems fail.
Target Audience
Primary customers are defense and security organizations, including naval forces and government agencies, as well as civil operators responsible for critical underwater infrastructure protection such as ports, pipelines, and subsea cables.
Features
- Mesh-based architecture that transforms distributed underwater sensors and drones into real-time processing nodes
- Autonomous ISR capabilities with seamless C2 (command-and-control) integration across distributed assets
- Shared, adaptive operational picture that maintains awareness even when surface communication links fail
- Built for interoperability across civil and defense applications, from port security to national-scale operations
- Designed to handle massive sensor data volumes without the traditional post-processing bottlenecks