AI companion hardware — concept to fleet

Vibe coding compiles. Vibe building has to be manufactured

Describe a product. Get back concept, engineering, tooling and devices in the field.

Book a demo See the loop →

Concept 1 hour Prototype 1 day Production package 1 week MOQ 1 unit 100+ factories

A sentence→ geometry→ structure → circuit→ tooling→ a serial number

01 — Who it's for

Start where you are.

We opened to enterprise brands first, then to studios. Individual creators are next.

Brands & IP owners

You own a character and an audience

No hardware team, and no eighteen months to build one.

A dedicated engineering track, S1 through S5
Your own tooling and a reserved line

Studios & designers

You have the product in mind

Engineered and made, without a corporate-sized minimum order.

Templated workflows and self-serve validation
Standard modules and movements

Creators

You want exactly one of it

One idea, one unit, no company behind you.

Describe it, see it within the hour
Order a single unit

02 — What you get

What lands in your hands, and when.

Stage	Traditional	Fluxfab	What you receive
S1	2–4 weeks	1 hour	Concept, three views, editable 3D, a voice
S2	4–6 weeks	1 day	Printed shell, motion, an OS you can talk to
S3	8–12 weeks	1 week	Schematic, layout, Gerber, BOM, firmware
S4	MOQ 5,000	1 unit	Costed BOM, factory orders, jigs, tooling
S5	then silence	always on	Serial registry, OTA, usage data, aftersales

03 — How it works

One sentence in. A serial number out.

Input"An AI dog for ages 3–7. Touchable, senses who's nearby."

S1Concept

S2Prototype

S3Engineering

S4Production

S5Fleet

OutputUnits in hand — addressable, updatable, reporting back.

Data flywheel ← field data returns as design constraints

S3 output — separated, dimensioned, sourced.

04 — Why it holds up

Designed by agents. Checked like engineering.

Agents do the work. A factory's standards decide whether it reaches you.

Schematics generated into KiCad, cleared by an independent rule check.
Layouts pass DRC. The BOM is costed live; end-of-life parts are flagged early.
Firmware written and tested in a sandbox. An independent critic can reject the result.

Board layout — every net verified before a purchase order exists.

05 — Getting it made

Your order, on a real production line.

Orders, not drawings

The BOM becomes work orders in the plant's ERP.

Scheduled against reality

A digital twin tracks capacity, yield and cost.

Tested before it ships

Jigs, tooling, automated end-of-line test.

06 — After it ships

It keeps working after it leaves.

Every unit, by serial

Registration, activation, online status.

Firmware over the air

Ship a fix without a recall.

Aftersales that closes

A field fault reaches the package behind it.

07 — Your IP

Your IP stays yours.

You own what the platform produces — drawings, schematics, layouts, firmware, tooling.
Your designs do not train shared models.
Mutual NDA first, per-project access on the factory side.
Tooling you paid for is yours to move.

Bring us a sentence.

A concept package back the same day, and a straight answer on cost and timeline.

Book a demo [email protected]