Hold The Seabed

The ocean floor is undefended.

We are building autonomous underwater swarms that patrol, surveil, and hold critical seabed infrastructure. Attritable and at mass scale.

Mission Seabed watch
Platform Attritable UUVs
Environment Subsea
Internet traffic
~95%

moves through subsea cables

Current fleet
5

ships for 140M+ sq mi

Persistent systems
0

on the seabed

The Threat

Nobody is watching the ocean floor.

Critical seabed infrastructure sits exposed and actively being threatened.

Threat Vector
Active

Subsea Sabotage

Balticconnector. Nord Stream. Red Sea. Strait of Hormuz. This is not theoretical. The US is being attacked and threatened already.

Threat Vector
Persistent

Seabed Reconnaissance

Routes and approaches are being surveyed constantly. Barely contested.

Threat Vector
Gap

Zero Coverage

Five ships for the whole ocean. Functionally blind while adversaries are mapping the ocean daily.

Mission Profiles

Where we are starting.

Focused critical seabed missions. Not every maritime problem.

Cable Route Landing Zones // Patrol
Subsea Cables

Cable Routes

Patrol routes, landing zones, and repair corridors.

Energy Node Pipelines // Watch
Energy Infrastructure

Pipelines

Watch pipelines, manifolds, offshore wind, solar and approaches.

Harbor Edge Port Approaches // Persistent
Port Approaches

Harbor Watch and ISR

Persistent surveillance outside harbor entrances and anchorages.

Minefield Undersea Mines // Watch
Undersea Mines

Minefields

Detect, map, and monitor mine threats in critical waters. The Strait of Hormuz is proving this need in real time.

Why Now

Threat, demand, and cost aligned.

The problem is visible. The buyers are real. The economics have changed.

Escalation

Imminent Threat

No longer quiet. US adversaries are years ahead. Strait of Hormuz conflict is proving this live time.

Demand Signal

DoW Demand

DoW is buying attritable systems. Drones have changed the battlefield. The same is/will happen in maritime and few companies exist.

Cost Inflection

Cost Curve

Sensors, compute, batteries and components now fit the cost. Attritable systems can beat exquisite.

Manifesto
Replace a few exquisite systems with mass attritables. Put persistent coverage on the seabed.
What We Build

Small. Cheap. Persistent.

Vehicles, dock, and mesh. One system.

01 Vehicle

KRAIT

Patrol with volume swarms.

02 Sustainment

FORGE

Recharge without a ship. Underwater.

03 Network

SENTINEL

Communicate, power, and link the swarm.

KRAIT

Attritable Autonomous UUV

Low-cost UUVs built for volume. Attritable by design.

Mission Seabed patrol.
Doctrine Mass over exquisite.
Support No recovery loop needed.
KRAIT Attritable UUV
Product Render KRAIT // ATTRITABLE UUV
FORGE Autonomous Charging Station
Product Render FORGE // DOCKING
FORGE

Autonomous Underwater Charging Station

Dock. Recharge. Return to mission. Enables persistent capability.

SENTINEL Mesh Sensor Network
Product Render SENTINEL // MESH
SENTINEL

Mesh Sensor Network and Solar Buoys

Sense, link, and power the swarm.

Economics

Cost changes the doctrine.

Low unit cost changes force structure.

Unit Cost
<$30K

Per unit

Built for volume.

Deployment
50:1

Deployment ratio

Volume changes coverage.

Endurance

Endurance

Recharge removes recovery ops.

Team

Small experienced team.

Founder
Founder & CEO

Nick Vale

Built category-leading products across gaming, software, and hardware. Co-created the #1 and #3 best-selling Xbox Live Indie Games of all time, then co-founded startups that raised $15M+, led 40+ person teams, and shipped at scale.

Open Roles
Hiring

Engineers for autonomy and maritime systems.

Join Us. Patriots wanted. [email protected]

Made by Americans for Americans

HOLD THE SEABED