Connecting Underwater Assets Into Intelligent Networks
OUR SOFTWARE TECHNOLOGY
Precision. Intelligence. Efficiency.
ConstelX is the intelligence layer for distributed subsea sensing. It connects autonomous vehicles, fixed sensors, and surface platforms into cooperative networks that detect, verify, and track subsea activity together.
ConstelX is hardware-agnostic. It integrates with assets from different manufacturers and operates across mixed fleets, so operators build intelligent sensing networks from the hardware they already have rather than a single locked-in platform.
OPERATING SYSTEM (OS)
ConstelX is the coordination layer for a distributed subsea network. It runs on the onboard computers of each asset, so every vehicle, sensor, or surface node operates as part of one system.
It manages communication, data sharing, and cooperative sensing across the network, letting nodes detect, verify, and track contacts no single asset could resolve alone. The architecture is built for the constraints of underwater communication, holding coordination together even over low-bandwidth acoustic links.
OPERATIONAL APPLICATIONS (OPS)
ConstelX supports modular operational applications that run on top of the core platform.
These applications enable mission-specific capabilities such as:
• subsea infrastructure monitoring
• maritime security and surveillance
• environmental monitoring
• offshore energy asset inspection
This modular architecture allows operators and partners to develop new capabilities without modifying the core platform.
CONSTELX OPERATING SYSTEM
Enabling Autonomy with Advanced Sensing
Our technology is built on expertise in:
• autonomous robotics
• underwater acoustic sensing
• distributed systems engineering
Together, these disciplines enable the development of cooperative sensing architectures capable of operating reliably in complex subsea environments.
Novel Sensing Architecture
We are developing proprietary sensing architectures for cooperative underwater detection and imaging.
Our patent-pending systems describe methods for coordinating multiple underwater vehicles to perform distributed sensing tasks.
By combining observations across multiple vehicles, these architectures improve detection confidence, verify anomalies, and enable spatial understanding across large subsea areas.
These innovations form the foundation of the ConstelX platform.
Hardware Systems
We initially developed experimental underwater robotic systems to validate our sensing concepts in real-world environments.
These prototype platforms were used to test sensing methods, communication architectures, and cooperative detection techniques.
Insights gained from these experiments now inform the development of the ConstelX platform, which focuses on enabling distributed autonomy across fleets of underwater vehicles.
