The Backbone
POWER.
CONTROL.
PMS. ESS. IAS. Autonomous Marine. Four core systems keeping the world’s most critical operations running.
SCROLL TO EXPLORE
PRECISIONAUTONOMYRELIABILITYRESILIENCEPERFORMANCE
PRECISIONAUTONOMYRELIABILITYRESILIENCEPERFORMANCE
Live Performance
The Numbers Don’t Lie
Grid Synchronisation Uptime98.4%
Fleet Operational StatusACTIVE
99.97
% Uptime. Always.
Deployed Solutions
DEPLOYED. PROVEN.
UNSTOPPABLE.
Autonomous marine, micro grids, shore connections and propulsion systems running in the harshest environments on Earth. Zero unplanned downtime. Ever.
Built to Connect
Modular. Swappable. Future-Proof.
Cyber-Hardened from Day One
Every Asset. Every Heartbeat.
Global Ops Telemetry
Network Latency4ms
Active Deployments1,402
Research & Development
WE’RE
BUILDING IT
The systems that don’t exist yet. The breakthroughs that haven’t been announced. This is where they start.
Active Research
The Projects That Change Everything
active
Solid-State Battery Architecture
Developing solid-state lithium-metal cells for maritime BESS applications — targeting 400 Wh/kg energy density with inherent thermal safety.
Energy StorageMaterials Science
active
Quantum-Enhanced Navigation
Exploring quantum inertial sensors for GPS-denied navigation with drift rates below 0.001°/hr — enabling month-long autonomous transits without external positioning.
NavigationQuantum Sensing
active
Ammonia Fuel-Cell Stack
Engineering a direct-ammonia solid-oxide fuel cell for deep-sea vessels, eliminating the need for on-board hydrogen reforming and enabling carbon-free transoceanic shipping.
PropulsionGreen Fuels
active
Federated Learning for Fleet Intelligence
Privacy-preserving ML across distributed vessel fleets — each ship trains locally, the global model improves without raw data ever leaving the vessel.
AI / MLCybersecurity
completed
Autonomous Docking System
Completed development of centimetre-accurate autonomous berthing using LiDAR point-cloud matching and adaptive thruster control. Now deployed on 18 vessels.
NavigationAutomation
completed
Superconducting Motor Drive
Validated a high-temperature superconducting motor for podded propulsion — 40% lighter and 15% more efficient than conventional permanent-magnet drives.
PropulsionMaterials Science
Compute Load88.4%
5.2TFLOPS
Control LatencySTABLE
0.12MS
Thermal StateNOMINAL
42°C
Data LinkSECURE
10.0GB/s
The Proof
EVERY TEST. EVERY RESULT. LIVE.
Live diagnostics from every prototype. Every test rig. Nothing ships until it exceeds specification.
In the Lab Right Now
Alpha Phase#0042
Multi-Agent Coordination
Robots that work together. In confined spaces. In total darkness.
Field Validation#0079
Low-Latency Mesh Relay
Communication that works where GPS doesn’t. Redundant. Unbreakable.
Bench Testing#0011
Haptic Feedback Interface
Feel what the machine feels. Precision remote manipulation at depth.
Published Research
Peer-Reviewed Publications
Sensor Fusion for GPS-Denied Maritime Autonomy
IEEE Transactions on Autonomous SystemsLET’S BUILD
THE FUTURE
From core systems to deployed solutions to the research that defines tomorrow. One conversation is all it takes.