Revolutionizing Naval Operations with AI & Autonomy
DEEPDOCK is a research project developing naval and maritime solutions, specializing in surface and underwater autonomy, swarming capabilities, object recognition at sea, sensor fusion, the safe and precise support and validation of laser-enabled and other high-precision directed-energy engagement systems.
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Our mission is to transform naval operations through advanced robotics, AI and Quantum Technologies — enabling the reliable, compliant, and operational deployment of next-generation capabilities.
AI. AUTONOMY. Empowering Defense Maritime
DEEPDOCK aims to be at the forefront of naval defense innovation, combining AI-driven solutions with autonomous vessels to deliver unmatched efficiency, scalability, and precision in maritime operations.
Reduced Risk: Human lives secured
Minimizing human exposure through unmanned systems capable of operating in high-risk areas autonomously.
Agile Deployment combined with NAF
Rapid production and deployment, fully aligned with NAF (NATO Architecture Framework) standards, ensuring swift readiness for modern naval missions and seamless integration into NATO operations.
Cost Efficiency
Affordable production and maintenance, cutting operational costs while boosting effectiveness on the field.
Swarming Capability
Coordinated, autonomous vessels designed for mission flexibility, from surveillance to defense in contested environments. The result is a "micro naval combat cloud" which can be connected to FCAS AI-Backbone, Tempest, and other frameworks like JADC2 and Mosaic Warfare.
Impact and Scale
42+
Years of Naval Experience
3
Operational Modes
< 7 digits
per unit cost*
60+
Sea Areas Coverage
10+
Nautical Miles range
Our Aspiring
Collaborations
​At DEEPDOCK, we’re building the fastest ultra-lightweight unmanned surface vessels in the world.
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Our USV SHARK during live water trials – executing high-speed turns with precision and control.This phase of testing focused on:
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Hydrodynamic stability
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Sensor integration
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Full watertight integrity under real-world conditions
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Operating in saline environments is demanding. Electronics require expert-level design and protection. That’s why SHARK is engineered with robust sealing, tested for durability where others fail.Unlike jet propulsion systems, SHARK runs on a fully electric drivetrain – delivering high efficiency, low noise, and zero fuel complexity.This is autonomy designed for real missions.
Fast.
Silent.
Saltwater-ready.
