Fusion
Precision components for the machines that could power our future.
Intelligence, made physical.
A world beyond
your wildest imagination.
You imagine it. Machines build it.
Meet Forge, our developing platform for autonomous manufacturing.
Robots build. Humans create.Explore the mission
01 / Our missionHuman potential, unlimited.
Build a civilization where anyone can create, and machines can build the rest.
On Earth and beyond.
We believe people should spend their lives imagining, discovering, and creating. Forge is our pursuit of that future.
Why we existThe build sequence
One capability unlocks the next.
- V0
Make.
One useful task.
Proven, then repeated. - V1
Multiply.
Machines making components
for more machines. - V2
Scale.
Connected cells that help
build new factories. - V3
Go beyond.
Manufacturing capacity
outside Earth.
A development direction, not a list of completed milestones. Version labels describe proposed stages, not released products or scheduled dates.
Across industries
Build what moves civilization forward.
FORGEOne manufacturing platform.
Four frontiers.
Space
Structures and infrastructure for life and industry beyond Earth.
Semiconductors
Tools and automation for increasingly capable computing.
Robotics
Robots, tooling, and the systems needed to make more of them.
Industries we intend to contribute to as the technology develops. No deployed applications or partnerships are implied.
02 / Introducing Forge In development
Built to build.
Ideas into industry.
Forge brings intelligence to the factory floor. We're developing a modular system that connects planning, fabrication, and assembly.
Fusion reactor / Engineered concept
One idea. One engineered system.
Product auto-cycle / Illustrative concepts
Plan the work.
Make the part.
Build on it.
Robots, tools, and inspection need to work as one. Each verified build becomes a foundation for more complex parts, machines, and production systems.
Inside Forge03 / The path forwardEarn the next step.
Start with a task.
Build toward a world.
Make one thing reliably. Use what works to build more capable machines. Repeat at a larger scale.
- 01Task
Make something useful.
Coordinate machines to complete one defined manufacturing task. Measure the result and make it repeatable.
- 02Robot
Build another machine.
Extend that capability to producing and assembling components for another robot.
- 03Factory
Reproduce the capability.
Work toward production cells that help build new cells, and eventually factories that can reproduce their manufacturing capabilities.
- 04Beyond Earth
Create factories beyond Earth.
Adapt manufacturing for the places we explore next, accounting for local materials, limited power, remote maintenance, and environments unlike our own.
A development direction, not a list of completed milestones. Full self-replication remains a long-term goal.
04 / A longer horizon
Earth is
the beginning.
A factory that can help build another changes what it takes to go further. Our long-term vision extends beyond Earth, with manufacturing wherever humanity chooses to explore.
Explore the long-term visionConcept animation
05 / Research BlogIdeas behind the machines.
Big questions.
First principles.
Read the notes
01 / Design note
02 / Perspective
03 / Design note
What does it mean for a robot to build itself?
The difference between assembly and a manufacturing system that can reproduce.
A future measured in human freedom.
Why making more things is only part of the ambition.
What would count as progress?
Repeatability, intervention, and the parts a system still needs from outside.
A future worth building.
More life.
Less labor.
Limitless creation.
Meet Forge Contact us
Let's build
what comes next.
For engineering, research, and manufacturing collaborations.
Our contact channel will be listed here soon.