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Idea to a product you can sell.

Describe a smart device in plain words. Physily will design its circuit board, its 3D‑printed case and its firmware, check each one, and show you what a unit costs to make.

We're building it now. Join the waitlist, and we'll invite people in small groups when it's ready.

Idea“A small desk robot with expressive eyes that turns its head to look at you.”

Render of a small white desk robot with a black face showing two glowing eyes, its head turned toward you. Render
A 2027 concept. From that one sentence, our engines designed its circuit board and its case. Not built yet.

Products

Type one sentence, and our engines design the circuit board and the product around it. Here are four 2027 concepts made that way, and products our team already makes.

2027 concepts

Each started as one sentence. Our engines turned it into a routed, checked circuit board and a full product design. Rendered from the real design files; not built yet.

  • Idea“A small desk robot with expressive eyes that turns its head to look at you.”

    Render of a small white desk robot with a black face showing two glowing eyes. The same robot pulled apart: head, face panel, shell, circuit board, servo and battery. Render Its circuit board: an ESP32-C3 module, a battery charger and sensors on a black board.

    Desk companion robot

    Its screen face shows two glowing eyes, and a servo turns its head toward you. It purrs when you pick it up and charges over USB-C.

    • Board 45 × 34 mm, 2 layers, 38 parts
    • Routed; manufacturing check passed
    • Head swept ±60° with no collisions

    Concept, not built

  • Idea“A desk camera that turns to follow you around the room while you film or video-call.”

    Render of a white desk camera head on a charcoal neck above a round white base, with an orange ring around the lens. The same camera pulled apart: head, servos, neck, base and its round circuit board. Render Its round circuit board with a microcontroller, servo connectors and a USB-C socket.

    Follow-me desk camera

    A small computer in the head finds you in the picture, and two servos pan and tilt to keep you in frame. Press the orange key to start or stop.

    • Board 84 × 87 mm, 2 layers, 29 parts
    • Electrical rules, routing and manufacturing checks passed
    • Pan ±170° and tilt ±45° swept with no collisions

    Concept, not built

  • Idea“A pocket messenger that texts your friends with no cell signal, over LoRa, and shows where they are.”

    Render of a slim light-grey handheld with a black screen panel and three keys, the middle one orange. The same messenger pulled apart: lid, screen, circuit board, antenna, case and battery. Render Its circuit board with a LoRa module, an ESP32-C3 module and a GPS module.

    Off-grid pocket messenger

    It sends short messages to friends' devices over long-range LoRa radio, with no phone network, and GPS shows how far away each friend is.

    • Board 50 × 44 mm, 4 layers, 43 parts
    • Routed; manufacturing check passed
    • LoRa radio, GPS and a small screen

    Concept, not built

  • Idea“A bird feeder with a camera that recognises every bird that visits and sends you its photo.”

    Render of a sage-green bird feeder with a clear seed hopper, a solar roof, a perch and a camera window with an orange ring. The same feeder pulled apart: roof, hopper, camera, computer, battery and its circuit board. Render Its small circuit board with a microcontroller, an accelerometer and a solar charger.

    Solar bird-feeder camera

    A bird landing on the perch wakes the camera to photograph it. The feeder sleeps at night and charges from a solar panel on its roof.

    • Board 44 × 30 mm, 2 layers, 38 parts
    • Electrical rules, routing and manufacturing checks passed
    • Wakes when a bird lands, sleeps at night

    Concept, not built

Made by our team

On sale today. These were designed before Physily existed.

  • A black cylindrical parking sensor, with callouts for its NB-IoT and geomagnetic modules. Catalogue image

    NB-IoT parking sensor

    Sits in a parking bay, detects cars with a geomagnetic sensor and reports over NB-IoT.

    Available now

  • A stainless-steel pressure port and a MEMS pressure chip, seen from the top and the bottom. Catalogue image

    MEMS pressure sensors

    A stainless-steel pressure port and a packaged MEMS pressure chip, used in tyre-pressure monitoring.

    Available now

  • Two MEMS sensor chips in 8-pin SOP packages. Catalogue image

    MEMS sensor chips

    MEMS sensors in standard 8-pin SOP packages, ready for automated board assembly.

    Available now

Designed with our engines

Checked designs that haven't been built yet. Every image is a render of the actual design file.

  • Render of a small two-legged robot built from servos and printed links, with a camera in its head. Render

    Biped robot

    24 cm tall, 13 servos, a Radxa ZERO 3W, an IMU and a camera. Fit, motion and balance checked; it stands in the MuJoCo simulator.

    Not built yet

  • Render of a two-wheeled robot with a battery and a small computer on its deck. Render

    Two-wheeled rover

    Two N20 gear motors, TPU tyres and a Radxa ZERO 3W in 166 g. It drives 1 m straight in the MuJoCo simulator.

    Not built yet

  • Render of a four-legged robot built from servos and printed links. Render

    Quadruped robot

    12 servos, a Radxa ZERO 3W, an IMU and a camera in 644 g. Every joint swept for collisions; it stands in the MuJoCo simulator.

    Not built yet

  • Render of a handheld grey device with a small screen and an antenna. Render $69.88 / unitparts, Oct 2026 prices

    Handheld EMF detector

    An AI agent designed it from one sentence: an ESP32-S3, an RF power detector, a magnetometer and an OLED in a printed case, every part sourced and fit-checked.

    Not built yet

How it will work

You describe the device. Physily works through it one step at a time and stops at each checkpoint so you can approve it, change it, or ask an engineer to review it.

  1. Spec

    Asks you a few questions, then writes down what the device must do and how each feature will be tested.

  2. Parts

    Picks the chip, sensors and battery, and a pre-certified radio module so certification costs less.

  3. Board

    Places and routes the circuit board, checks it against electrical and manufacturing rules, and writes the files JLCPCB or PCBWay need to make it.

  4. Case

    Designs a 3D-printable case around the board, with moving parts like buttons, lids and hinges, and checks that everything fits.

  5. Firmware

    Writes the code and builds it. With the board on your desk, a small desktop app flashes the chip and tests it for real.

  6. Prototype

    You order the board and print the case. Physily walks you through putting it together and testing it.

  7. Sell

    Shows the cost per unit from 10 to 5,000 units and the FCC certification path for the US. Then you move to BXNode, our business tools, to send quotes, buy parts and ship.

Every result says how it was checked

Code that compiles isn't the same as a device that works. Physily labels each result, so you know what still needs a closer look.

Verified on hardware
Measured on the real chip or with a meter, with a count of how many checks were measured.
Firmware says pass, not measured
The firmware reported success, but nothing outside it measured the result.
Compiles, not tested on hardware
The code builds. It hasn't run on a board yet.
Can't check yet: needs a board
Something has to happen first, and Physily tells you what it is.

What's built so far

Physily joins engines our team already builds and uses. The joined-up product isn't ready yet. Here's where each part stands.

Render of the collar case, closed. The same collar case pulled apart: solar panel, lid, battery, circuit board and base. Render
The collar's case, battery and circuit board, pulled apart. The case was modelled in other CAD software, not designed in Physily; our case engine rendered it.
Where each part stands, October 2026
Firmware (BXForge) Writes, builds, flashes and checks firmware on real chips: HopeRF CMT4531 and HBS3526, XHSC HC32L19x and Puya PY32. It has written complete LoRa + GPS firmware for our collar that runs end to end with a live gateway.
Circuit boards Picks parts, places and routes boards, checks them, and writes JLCPCB and PCBWay files. No board it designed has been manufactured yet. That's next.
Cases and moving parts Builds cases around a board with fit checks, plus gears, hinges and joints. It rendered the images on this page.
Making Our collar, ear tag, light tag and gateway are made at a factory in Wuxi, China.
Business tools (BXNode) Quotes, supplier orders, stock and invoices, in beta. It's sold on its own too, at bxnode.com.
Not built yet One flow that takes a device from a typed idea to a working unit. The beta has to prove that first, with real builds.

Got an idea for a device?

We invite people from the waitlist in small groups. Tell us what you'd make, and you could be one of the first.

Join the waitlist