Concept render of a TriPoint autonomous R&D and manufacturing campus at sunset, with a control tower, research halls, additive-manufacturing building, microgrid, and a flight-test stand on the horizon
Concept · Coming Soon

The next stage of what we build.

TriPoint builds self-owned tools that move work cleanly from design to production. This is where we're taking that — a roadmap to help propel society to its next stage, and in time, to the next frontier: space.

The vision

Own the whole stack, then aim it upward.

Everything here shares one platform — TripointOS. The same engine, identity, fleet, and safety architecture that runs the web desktop today is the architecture that will run holographic desktops, food and filament fabrication, assist robotics, and eventually a phased manufacturing and physics-research campus with its own flight-test program. We're building the foundation deliberately, one qualified capability at a time, so the ambitious end state rests on things that actually work.

Human-governed autonomy

Autonomy proposes and executes bounded work. Designated people approve every hazard, release, and emergency. Hardwired safety always wins.

One data architecture

A single model links design, digital twins, recipes, QA, and fleet state — from a desktop unit to an entire campus.

Qualified, not universal

A "make anything" plant is really a network of specialized, isolated, qualified cells. We add cells; we don't bypass controls.

Flagship concept

The TripointOS Holo-CPU.

A desktop computer that talks back to you as a hologram. A full workstation lives in the base — GPU, motherboard, cooling — while a Pepper's-ghost stage projects a living TriPoint character above it, with speakers, a microphone, and a touchscreen for hands-free help, tutoring, and control of the OS.

Prototype fixtures printing now · optical build documented

Concept render of the TripointOS Holo-CPU: a clear enclosure projecting a glowing character hologram above a stage, with a full PC visible in the base

The concept portfolio

What we're prototyping toward.

Each program has a feasibility rating, a recommended architecture, a bill of materials, and measured build gates it must pass before it advances. These are concept and prototype programs — not shipping products yet.

Holo-CPUComing Soon

Holographic desktop

A workstation with a projected character interface — your OS, tutor, and assistant, rendered in light above the machine.

  • Hologram stage
  • Full PC base
  • Voice + touch
Prototype · optics build in progress
Filament lineComing Soon

3D food & filament fabrication

A compact food printer (chocolate, icing, pastes) and a benchtop line that makes our own printer filament, both under recipe control.

  • Sanitary food path
  • Closed-loop diameter
  • Recipe-gated
Food printer: build prototype · Filament: bench line
Assist robotsR&D

Modular assist robotics

A rolling fastener carrier, a separate flying safety beacon, and a tethered inspection ROV — sharing one control stack, teleoperated first.

  • Wall-climbing carrier
  • Flying beacon
  • Micro-ROV
Research · teleop-first, autonomy later
CampusLong-range

Autonomous R&D campus

A phased campus of regulated zones — control tower, physics and materials labs, a semiconductor pilot, a large additive hall, and a flight-test range.

  • Digital twin
  • Physics R&D
  • Flight-test range
Planning concept · phased permits

How we get there

Deliberate phases, each one useful on its own.

PHASE 1

The platform

TripointOS, the engine, identity, and fleet — shipping today as the web desktop and app suite.

PHASE 2

Generation at scale

A self-owned GPU rack that turns TriForge into a real 3D and video generation farm.

PHASE 3

Physical prototypes

Holo-CPU, food and filament fabrication, and assist robotics — from render to bench to gate.

PHASE 4

The campus & the frontier

Regulated manufacturing and physics research, and a separately licensed path toward flight and space testing.

An honest note. The images on this page are concept renders and the programs are at planning or prototype stage. Cost figures are order-of-magnitude planning allowances, not offers. A campus airspace concept does not grant permission to launch or operate flight vehicles — that is a separate range and licensing program. We publish this to be transparent about where we're aiming, not to overstate where we are.

Come build the future with us

Try what already works.

The web desktop, the 3D engine, and the app suite are live today. The frontier starts there.

Open the Web OS