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Sustainable Metals
Collection from the Ocean Floor

MOBY’s deep-sea robots recover minerals efficiently while minimizing environmental impact and operating costs.

01

Engineered for
Extreme Ocean Depths

Engineered for Extreme
Ocean Environments

Depth-rated to 6000 m for reliable performance in the harshest marine environments.

04

Coordinated
Swarm Intelligence

Multiple autonomous robots work collectively for continuous, dependable performance in dynamic environments.

02

NVIDIA AI-
Powered Vision

Onboard vision system delivers near-perfect accuracy in nodule identification and seafloor mapping.

03

Highly Scalable
Architecture

Modular pod design provides
efficient expansion for large-
scale operations.

Why Now?
Why Now?

Demand Growth

Geopolitical Risk

Human Rights Violations

Ocean Opportunity

01

Global demand for copper, nickel, manganese, cobalt, and other critical materials is accelerating — driven by electrification, AI, and clean energy technologies — and is expected to grow by 500% by 2050.

02

Over 70% of global supply is concentrated in politically unstable or monopolized regions—threatening long-term access and strategic independence.

03

Traditional mining leads to deforestation, pollution, and unsafe labor practices—making it increasingly costly and socially unacceptable.

04

The deep sea holds an untapped, high-purity resource base. If approached with care and responsibility, it offers a cleaner, more scalable path forward.

01
Demand
Growth

Global demand for copper, nickel, manganese, cobalt, and other critical materials is accelerating — driven by electrification, AI, and clean energy technologies — and is expected to grow by 500% by 2050.

02
Geopolitical
Risk

Over 70% of global supply is concentrated in politically unstableor monopolized regions—threatening long-term access and strategic independence.

03
Human Rights
Violations

Traditional mining leads
to deforestation, pollution, and
unsafe labor practices—making
it increasingly costly and socially unacceptable.

04
Ocean
Opportunity

The deep sea holds an
untapped, high-purity resource
base. If approached with care and responsibility, it offers a cleaner,
more scalable path forward.

Our Technology

A modular system of AI-driven
robotics for sustainable ocean resource collection

A modular system
of AI-driven robotics
for sustainable ocean resource collection

Patent Pending

NEMO
(Mapper AUV)

Engineered to autonomously scout and map the seafloor and identifying optimal nodule concentrations.

Patent Pending

SCOOBEE
(Seafloor Crawler)

Designed for precise nodule extraction with minimal environmental disturbance and active avoidance of marine life.

Patent Pending

SmartNet
(Mesh-Based Collection System)

Built to secure and efficiently
recover collected nodules.

Patent Pending

Decentralized Surface Float
(Autonomous Riser System)

Developed for reliable, cost-effective payload recovery in all ocean conditions through a scalable, modular design.