The New Architecture for Maritime Resilience
Our technology forms the backbone of a new operational model: distributed, intelligent, and ready for deployment at scale. Our open architecture, software-defined systems combine autonomous surface, subsurface, and amphibious platforms into a single, unified environment ready to deploy, adapt, and respond in real time.
Re-Engineering the Foundation for Modern Naval Forces
Every component of our solution is built for interoperability, modularity, and scale. From NATO-standard integration and man-in-the-loop control to mission flexibility and rapid iteration, Skana delivers a system of systems that evolves with every threat.
Seamless integration across Skana, legacy, and allied systems.
Capabilities evolve through code, not hardware refits.
Built for scale and designed for mass production.
Interoperable, secure, and mission-ready from day one.
SeaSphere™:
Resource allocation and mission planning
SeaSphere™ is Skana’s operational brain: a centralized system that plans, configures, and orchestrates autonomous missions across the fleet. It defines high-level goals, assigns roles, and sets autonomous behaviors for each vessel—ensuring strategic cohesion and system-wide adaptability. From pre-mission planning to in-mission adjustments, SeaSphere™ governs execution logic at scale.
Vera™:
The Adaptive Command Execution Core
Vera™ is the programmable command core embedded on every Skana vessel, responsible for executing and supervising mission logic onboard. Built on ROS2, Vera translates fleet-wide directives into local autonomous actions, adapts execution as environments shift, and ensures interoperability across Skana, allied, and legacy systems. Its hardware-agnostic design and built-in failover; secure mission resilience under real-world constraints.
Our vessels
Built for Operational Impact
Our vessels are designed with a clear purpose: to reduce friction, expand capability, and deliver mission-ready performance, independently or as part of a coordinated fleet.
Bull Shark
Autonomous Surface Vessel
A tactical, swarm-capable surface platform designed for ISR, interdiction, and rapid strike missions. Launchable from docks, beaches, or larger vessels, the Bullshark shifts surface warfare from static to fluid.
Mass-produced and operationally cost-effective
Agile, modular, and designed for rapid redeployment
Autonomous or remotely operated, with advanced tracking, loitering, and strike capability
Payload: up to 150 kg, drone-launch capable
Mass-produced and operationally cost-effective
Agile, modular, and designed for rapid redeployment
Autonomous or remotely operated, with advanced tracking, loitering, and strike capability
Payload: up to 150kg, drone-launch capable
Stingray
Autonomous Underwater Vessel
A loitering deep-sea platform for ISR, ASW, and infrastructure protection. From silent reconnaissance to kinetic engagements, Stingray adapts in real-time.
Designed for persistent presence in complex underwater terrain
Modular payloads for sonar, ELINT, strike, mapping, and infrastructure protection
Underwater charging, ground anchoring, and autonomous navigation
Software-defined for mission agility and minimal turnaround time
Designed for persistent presence in complex underwater terrain
Modular payloads for sonar, ELINT, strike, mapping, and infrastructure protection
Underwater charging, ground anchoring, and autonomous navigation
Software-defined for mission agility and minimal turnaround time
Alligator
Autonomous Amphibious Vessel
A sea-to-shore and back again platform that delivers logistics, sensors, or personnel with stealth and adaptability.
Seamless transition between water and land
Modular for surveillance, delivery, evacuation, or comms
Ultra-low acoustic/thermal signature for covert missions
Operates in shallow waters, marshes, riverbanks, and contested zones
Integrates with ASVs, AUVs, and surface vessels in real-time
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Seamless transition between water and land
Modular for surveillance, delivery, evacuation, or comms
Ultra-low acoustic/thermal signature for covert missions
Operates in shallow waters, marshes, riverbanks, and contested zones
Integrates with ASVs, AUVs, and surface vessels in real-time
