The World’s most Sustainable metals Collection from the ocean floor

MOBY Robotics is on a mission to provide the world with a clean, scalable, and ethical source of critical minerals. Our fully electric, autonomous, and patent-protected underwater vehicles harvest polymetallic nodules from the ocean floor using precision robotics, AI, and computer vision — without harming marine life or ecosystems.

Why now?

Demand Growth

Global demand for copper, nickel, manganese, cobalt, and other critical materials is accelerating—driven by electrification, AI, and clean energy technologies.

Geopolitical Risk

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

Terrestrial Mining Challenges

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

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.

Precision Robotics.
Smarter metals collection.

MOBY’s patented system uses small, intelligent, electric-powered autonomous vehicles that work in swarms. These robots identify, pick, and transport nodules with minimal seabed disruption. Unlike large dredging systems, our technology avoids sediment plumes, tailings, marine life disruption, and most noise and light pollution — redefining what responsible deep-sea mining looks like.

Built for a Planet in Transition

The world needs more batteries, solar panels, electric vehicles, and smart infrastructure — but it also needs a better way to power that progress. MOBY offers a scalable, autonomous mining solution that aligns with global climate goals, protects marine ecosystems, and supports both developed and developing economies.

Build the Future With Us

Whether you're a partner nation, policymaker, investor, or researcher, we want to hear from you. Help us advance the world's most responsible mineral supply system and enable a new era of ethical resource independence.