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Autonomous Undersea Systems

UNMANNED
UNDERSEA.
UNMATCHED.

Barrakuda AI builds autonomous underwater vehicles that see, decide, and act — without a crew. Built for persistent maritime operations where human presence is impossible or unnecessary.

18+ hr
Mission Endurance
300 m
Operating Depth
100%
Autonomous Ops
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Barrakuda AI develops purpose-built autonomous underwater vehicles for persistent surveillance, infrastructure protection, and maritime security — operating in environments where no crewed platform can.

Hamburg, Germany
Defence & Dual-Use
Fully Autonomous
Our Mission

THE OCEAN IS THE NEXT FRONTIER.

The world's most critical infrastructure runs beneath the surface — power cables, data lines, pipelines that keep economies running. Yet most of it goes unwatched.

Barrakuda AI exists to change that. We build autonomous underwater vehicles that operate continuously, navigate without GPS, and make decisions onboard — so maritime operators can maintain persistent awareness in the environments that matter most.

Where crewed vessels cannot go, where diver deployment is too slow, and where continuous presence is the only answer — that is where Barrakuda AI operates.

Autonomous · Active Mission
SYSTEM NOMINAL

CORE CAPABILITIES

Purpose-built for the demands of continuous undersea operations in challenging maritime environments.

01 · Autonomy
Full Mission Autonomy
Barrakuda vehicles plan, navigate, and execute complete missions without operator input. Onboard AI handles obstacle avoidance, area coverage, and adaptive replanning in real time — no continuous communications link required.
02 · Navigation
GPS-Denied Navigation
Precision navigation in GPS-denied underwater environments using sensor fusion: Doppler velocity log, inertial measurement, and acoustic positioning. Operates accurately across extended missions without any surface reference.
03 · Persistence
Long-Endurance Operations
Mission endurance exceeding 18 hours on a single charge. Modular battery architecture supports hot-swap deployment cycles. Designed for continuous patrol patterns and extended area survey without operator intervention.
04 · Communications
Acoustic & Surface Comms
Underwater acoustic modem for low-bandwidth position and status reporting. Automated surface relay for data offload and firmware updates. Operates independently when communications are unavailable or degraded.
05 · Intelligence
Onboard Edge AI
High-performance neural processing running onboard handles sensor fusion, object classification, and mission decision-making at the edge. Every mission improves the system. Data is processed where it is collected.
06 · Integration
Fleet & Command Integration
Open-architecture GCS compatible with existing command infrastructure. Multi-vehicle coordination for simultaneous area coverage. Mission data streams to cloud analytics platform for fleet-wide intelligence and predictive maintenance.
Vehicle Systems

THREE PLATFORMS.
ONE MISSION.

BK-1 · Patrol Active
ISR Platform

BK-1
BARRAKUDA ISR

A long-endurance autonomous platform designed for persistent intelligence, surveillance, and reconnaissance. Operates continuously across harbour approaches, coastlines, and open water — day and night, in any sea state.

Deployed for maritime domain awareness, harbour security, and critical infrastructure monitoring. The BK-1 maintains continuous patrol patterns that would require multiple crewed vessels to replicate.

18+ hr
Endurance
300 m
Depth
5 kn
Cruise Speed
MCM Platform

BK-2
BARRAKUDA MCM

Autonomous mine countermeasures platform for detection, classification, and area clearance. Operates in denied environments where crewed mine-hunting vessels carry unacceptable risk.

Sidescan
Primary Sensor
200 m
Operating Depth
Survey Platform

BK-S
BARRAKUDA SURVEY

High-resolution subsea survey platform for critical infrastructure inspection. Pipeline integrity, cable route assessment, offshore wind foundation monitoring — at a fraction of conventional survey cost.

MBES
Survey Sensor
cm-Level
Resolution
By The Numbers

PERFORMANCE THAT MATTERS

18+
Hours Endurance
Single charge mission cycle with modular hot-swap capability
300
Metres Depth
Full operating depth across coastal shelf and harbour environments
<2
Min Deployment
From quayside to fully autonomous patrol — no divers required
100%
Autonomous Ops
Full mission autonomy with no continuous communications link required
Technology

THE SOFTWARE IS THE SYSTEM.

Underwater acoustic communications top out at 50 kilobits per second. Real-time remote control is physically impossible. Every decision must be made onboard.

This is why Barrakuda AI is built software-first. The hardware carries the intelligence — not an operator on a surface vessel.

01
Guidance, Navigation & Control
ROS2-based GNC with real-time path planning, adaptive replanning, and precision dead-reckoning navigation in GPS-denied environments.
02
Onboard Edge AI
High-performance neural processing running entirely on the vehicle. Sensor fusion, object classification, and threat assessment at the point of collection — not in a data centre.
03
Mission Intelligence
Barrakuda vehicles learn from every mission. Fleet-wide data aggregation continuously improves navigation models, environmental awareness, and mission planning across the entire deployed fleet.
04
Operator Ground Control
Intuitive mission planning interface. Configure, launch, and monitor complete missions in minutes. No specialist training required. Multi-vehicle coordination from a single operator station.
Mission Planner
Adaptive path planning · Area coverage · Obstacle avoidance
Edge AI Engine
Object classification · Sensor fusion · Real-time inference
GNC Core
ROS2 · Dead-reckoning · DVL + IMU fusion
Communications
Acoustic modem · 4G/LTE surface relay · OTA updates
Fleet Platform
Mission analytics · Predictive maintenance · Fleet intelligence
Software Stack · Active
Applications

WHERE BARRAKUDA AI OPERATES

🔭
Maritime Domain Awareness
Persistent undersea surveillance across harbour approaches, chokepoints, and coastal waters. Detect, track, and classify undersea objects and diver threats without placing operators in harm's way. Continuous coverage that multiple crewed vessels cannot match.
Port Security Harbour Monitoring Coastal Patrol
🔌
Critical Infrastructure Protection
Continuous monitoring of undersea cables, pipelines, and offshore energy installations. Early detection of tampering, damage, or unauthorised approach — before an incident becomes a crisis. Operates on patrol schedules or in response to anomaly alerts.
Subsea Cables Pipeline Integrity Offshore Energy
🧭
Mine Countermeasures
Autonomous detection and classification of mine threats in denied or contested waters. The BK-2 conducts systematic area searches and builds precision threat maps — without placing a crew at risk. Feeds directly into clearance decision cycles.
Area Clearance Threat Mapping MCM Support
📡
Subsea Survey & Inspection
High-resolution bathymetric survey and infrastructure inspection for offshore operators. Wind farm foundation assessment, cable route survey, pipeline inspection — delivered faster and at lower cost than conventional survey vessels.
Offshore Wind Pipeline Survey Seabed Mapping
Built in Europe

EUROPEAN TECHNOLOGY.
EUROPEAN SUPPLY CHAIN.
EUROPEAN SOVEREIGNTY.

Barrakuda AI is designed, engineered, and manufactured entirely within Europe. Our platforms integrate with European defence procurement frameworks — no export restrictions, no technology dependencies outside of Europe.

Designed in Hamburg

Engineering, software development, and manufacturing based in Hamburg, Germany — Europe's largest port city and a hub for maritime technology. Direct access to testing facilities and the Baltic Sea operating environment.

Hamburg, Germany

European Supply Chain

All critical components sourced from European and allied suppliers. Our platforms integrate sensors and subsystems from France, Germany, Switzerland, and Norway — purpose-selected for EU procurement compatibility.

EU Procurement Ready

Allied Standards

Developed to NATO operational standards for autonomous undersea systems. Compatible with allied command and control infrastructure. Designed from day one for integration into European naval and maritime security operations.

NATO Compatible
Our Vision
"The threats to undersea infrastructure are persistent. The monitoring of those threats should be too. We are building the autonomous systems that give European operators continuous undersea awareness — for the first time."
Barrakuda AI · Hamburg
Get in Touch

WORK WITH US.

Whether you are a maritime operator, a defence procurement office, or a potential partner — we want to hear from you. Get in touch to learn more about deploying Barrakuda AI systems.

Headquarters
Hamburg, Germany
Baltic Operations
Tallinn, Estonia
General Enquiries
Defence & Government