Revolutionizing Naval Operations with AI & Autonomy
Deep tech meets Naval Defense
GPS-Free Navigation and Unjammable Autonomy
DEEPDOCK vessels are engineered to operate without reliance on satellite signals or continuous communication links. Our GPS-free navigation systems use advanced sensor fusion and AI-driven dead reckoning to ensure precise positioning in contested or signal-denied environments. Coupled with unjammable autonomy, each vessel can complete missions without remote guidance, continuing to operate even under electronic attack. This independence ensures mission continuity and resilience, especially in modern conflict zones where GPS and comms are easily disrupted. By removing these dependencies, DEEPDOCK systems reduce vulnerability and expand the range of scenarios in which autonomous operations are possible—from reconnaissance to infrastructure monitoring.
Swarming Capabilities of Autonomous Vessels
DEEPDOCK’s swarming technology enables multiple vessels to operate as a coordinated, decentralized unit. Each vessel processes local data, communicates with nearby units, and adapts in real time to mission conditions. Swarms can cover wide areas, surround and isolate targets, or shift formation dynamically—offering flexibility not achievable with conventional assets. This distributed architecture reduces reliance on central command and increases survivability. By deploying many small, agile platforms rather than a few high-value ships, the swarming approach lowers cost, limits risk to personnel, and dramatically increases the effectiveness of operations in complex maritime environments.
AI-Driven Threat Detection and Response
DEEPDOCK vessels are equipped with multi-spectral sensors, radar, and infrared capabilities, all analyzed by onboard AI. These systems detect, classify, and track potential threats in real time—independently and without external input. The onboard AI can assess threat levels and take appropriate actions instantly, including evasive maneuvers, alert relays, or counter-responses. Over time, the system improves through machine learning, adapting to new patterns and behaviors without human reprogramming. This results in faster decision-making, increased operational safety, and reduced cognitive load for command teams. In high-pressure environments, DEEPDOCK’s AI ensures critical reactions happen in milliseconds, not minutes.
Sustainability, Affordability, and NATO Integration
DEEPDOCK combines cost-efficiency, sustainability, and interoperability. Our vessels final designs are to be powered by solid-state batteries and hydrofoil-supported hulls, significantly reducing drag, energy use, and operational emissions. These design choices make them ideal for persistent missions with minimal logistical footprint. Each unit has 10x to 100x less cost than traditional naval vessels, making scalable deployment financially viable for NATO and allied forces. Full compatibility with the NATO Architecture Framework (NAF) ensures integration into combat clouds, data networks, and joint operations across domains. This positions DEEPDOCK as a ready-to-deploy asset for multi-domain missions, offering long-term value through low cost, low risk, and high performance.
Empowering Defense Ecosystems
DEEPDOCK’s autonomous vessels are transforming naval operations. Our AI-driven technology ensures precision and safety, reducing human risk. Seamless integration with NATO’s defense systems maximizes operational effectiveness. We are building the future of sustainable, scalable naval defense.