Your external hardware team, from first sketch to repeatable batch.

Anvol turns an incomplete idea, dev board or early prototype into tested hardware, then runs the small batch. One project lead coordinates engineering, manufacturing, assembly and testing for you. Development runs about $500 to $3,000 for a simple device and $3,000 to $10,000 for a small robot or multi-board device (our engineers' reference ranges).

US company to contract with, Shenzhen engineering and supply chain · NDA before you share confidential files · Written scope, acceptance checks and milestone payments · Start with one prototype, no minimum order; development is priced by the work, not the quantity

WhatsApp usSee our buildsZisheng, our engineering lead: +86 185 3620 3904

Review my project

Add details (optional)

A person replies within 12 hours, on WhatsApp or by email, and asks for anything missing. No paid work starts until you approve a written scope.

Have CAD, PCB or BOM? Use the detailed brief

Prefer to message us now? WhatsApp Zisheng, our engineering lead: +86 185 3620 3904

Why Anvol? Hardware development built for small teams.

An engineer soldering parts onto a FreakStudio circuit board at our bench

Real engineers. Verifiable work.

Anvol is a U.S.-registered company supported by engineering and supply-chain operations in Shenzhen, China. Our team’s work includes 200+ documented open-source hardware projects under FreakStudio, alongside real-world electronics, firmware, mechanical design and prototyping experience. You can review our public engineering work, speak directly with our technical team, and arrange an NDA before sharing confidential files. We define project scope, deliverables and costs before development begins.

Our open-source work · GitHub · Cases

  1. Product idea / existing prototype
  2. Anvol engineering teamPCB & ElectronicsFirmwareEnclosureSourcing & Assembly
  3. Working prototype
  4. Small-batch manufacturing

Your external hardware engineering team.

A traditional manufacturer often expects production-ready files, while hiring a full engineering team can be expensive for a small startup. Anvol helps bridge that gap. We combine U.S.-based business coordination with China-based hardware engineering, firmware development, mechanical design and Shenzhen manufacturing resources. Whether you have a product idea, a development board, an unfinished PCB or a working prototype, we can help turn it into a tested device—and support the next step toward small-batch production. You work with one coordinated team instead of managing multiple suppliers yourself.

  • Focused engineering taskPCB changes, firmware development, module integration.
  • Prototype developmentCustom electronics, software, enclosure and a working prototype.
  • Small-batch manufacturingPCB/PCBA, sourcing, assembly, testing and delivery.

Start small. Build what you need.

You don’t need a complete specification, a large order or a production-ready design to get started. We work with independent developers, founders and small product teams on practical, clearly scoped hardware projects. Many early-stage tasks can be planned around engineering budgets from a few hundred dollars to about US$10,000, depending on complexity and existing work. Start with one prototype, a specific engineering problem or a small development milestone. We’ll help identify a realistic next step, with engineering, components and manufacturing costs quoted separately. You can scale up when your product is ready.

  • A US engineering firmFits when you want the team in your time zone and have the budget: first electronic prototypes usually start around $5,000, four to twelve weeks a round.
  • A factory in China, directlyFits when the design is finished: production-ready files, a tested unit and a quantity. A factory builds what you send; it does not finish the design.
  • AnvolFits when you have an idea, a dev board or an unfinished prototype. One project lead takes it from design through tested units and the small batch, under a US contract. Full comparison with sources →

Tell us what you’re building →An idea, a sketch or an unfinished prototype is enough to start a conversation.

Start with what you have.

Hardware sponsors of our dev kit

DFRobotFreenoveWaveshareLILYGOM5StackEbyte

They sponsor hardware for our dev kit. They are sponsors, not clients.

What we can own.

You buy a result, not six suppliers. One Anvol project lead turns what you have into tasks with acceptance checks, runs the engineering and the factories, and answers for the unit that reaches you. Pick one stage or hand us the whole build.

Project evaluation & engineering plan

Feasibility, risk list, technical route, budget range and a staged plan.

Managed prototype development

Electronics, firmware, enclosure, sourcing and integration, delivered as a tested prototype.

Flexible low-volume manufacturing

1 to 100+ units while the design may still change: printing, machining, finishing and assembly picked per stage.

Box build, testing & provisioning

Your boards, enclosures and cables made into finished units: firmware, serial numbers, function test, packing.

Pilot & repeat manufacturing

Once the design is stable: controlled BOM, assembly steps, fixtures and first-article checks, so the next batch repeats.

Single processes

Need just one piece? PCB / PCBA & sourcing, firmware, enclosures, 3D printing, packing.

Not everything has to be made in China, or in the US: where each step happens and why · Anvol vs. a freelancer or a US design firm · what each service covers and excludes

How a project moves

  1. Project brief
  2. NDA and review
  3. Feasibility and risks
  4. Scope and estimate
  5. Engineering and prototype
  6. Validation and pilot
  7. Production and handover

Inputs, outputs and payment points for each step →

Built something like yours?

Devices our team designed and built. Delivered batch: built and paid for under a client contract. Reference figures: our engineers' own builds, with the fee and time a similar device would take; not a client contract. In engineering: still in development.

Totals exclude certification (FCC/CE, quoted separately) and shipping. Reference figures, not fixed prices. How costs break down →

Start, hard part, delivery and evidence for five builds: Lidar car · Project Play · Desk AI companion · Logic analyzer · Tracked robot

Hand holding an orange 3D-printed character with white glasses and blue headphones in front of a computer monitor and keyboard

Desk AI companion

AI device

A desk character that shows what your AI coding agent is doing.

BLE 5.0 · LVGL screen · MicroPython

About 15 days · dev. fee ~USD 2,000 (reference)

 Red 3D-printed six-legged robot with a black body cover standing on a tiled floor next to a cardboard box

Bionic hexapod robot

Robotics

A six-legged walking robot with 18 servos, driven from a phone app.

STM32F407 · 18 servos · MPU6050 IMU

20 days · dev. fee USD 5,000 (reference)

 Black aluminium-frame cargo robot on a lab floor, a hand in the foreground pointing a handheld remote at it, benches with test instruments and a potted plant behind

Indoor delivery robot

Logistics

A 200 kg cargo cart that follows you or drives by remote.

ESP32 · UWB follow · ultrasonic avoidance

1 month · dev. fee USD 20,000 (reference)

 Hands holding a lit LED panel showing a red pixel heart shape in front of a screen displaying the same shape in an editor

PixelSky AI pixel light board

Lighting

An LED pixel board you draw on in a browser, with AI-made animations.

ESP32 · 16×8 RGB matrix · MicroPython

About 10 days · dev. fee ~USD 1,700 (reference)

 The creator's working prototype of Project Play: a 3D-printed body with keycaps, being played on a desk

Project Play

Consumer electronics

A compact music workstation with keys, sliders and a speaker, in engineering.

Custom PCB · keys + sliders · audio

 A small potted pine tree in a grey ceramic pot on a white office table, with a square device clipped into the pot rim

PottedBaby AI smart planter

AI device

A planter add-on that senses the soil and lets the plant talk back.

ESP32-C3 · soil sensor · OLED face

About 15 days · dev. fee ~USD 1,500 (reference)

 Front view of a mecanum-wheel robot on a tiled floor; a touchscreen on the front shows a mapping program with a grid, and a black depth camera sits on top

ROS2 omnidirectional robot

Robotics

A mecanum-wheel robot that maps rooms and navigates them on its own with ROS2.

Raspberry Pi 4B · ROS2 · LiDAR + depth camera

18 days · dev. fee USD 4,500 (reference)

 Two photos of a clear acrylic case holding a Pico controller board, wired sensor modules, a battery and a soil probe, on a grey table

GraftSense sensor module kit

Education kit

Plug-and-play sensor modules and controller boards for classrooms and fast prototypes.

300+ modules · Grove · Raspberry Pi Pico

~30 modules / month · dev. fee USD 40 per module (reference)

 Kit board in a clear acrylic case with a red 7-segment display reading 6 and green status LEDs

ChengXiaoZhi youth maker kits

Education kit

Six small sensor kits in acrylic cases for youth STEAM classes and gifts.

RP2040 · 6 sensor kits · acrylic cases

About 30 days for 6 kits · dev. fee USD 2,000 (reference)

 Small white 3D-printed quadruped robot with an OLED face, a green strap and many servo wires, on a blue workbench mat

Offline voice-controlled robot dog

Robotics

A small four-legged robot that obeys spoken commands without internet.

Custom servo board · offline voice · OLED face

10 days · dev. fee USD 2,000 (reference)

 Small orange-and-grey 3D-printed quadruped robot standing on a dark grey surface

Small dynamic robot dog

Robotics

A small 8-joint robot dog with its own programming tool for classrooms.

8-DOF legs · IMU balance · own IDE

30 days · dev. fee USD 8,000 (reference)

 Pink-and-white 3D-printed four-legged robot, angled view, with a speaker grille, a microphone and a sticker on the lid, on a white background

Offline voice-controlled quadruped

Robotics

A small four-legged robot that obeys spoken commands with no internet.

STM32 · offline voice · 2.4 GHz remote

20 days · dev. fee USD 5,000 (reference)

 Three views of a white 3D-printed two-wheel robot with servo-driven legs, on a white background: top view, one side with a leg lifted, and the rear panel with switch and ports

Wheel-legged self-balancing robot

Robotics

A two-wheel balancing robot whose servo legs lift it over obstacles.

STM32F4 · MPU-6050 · PID/LQR balance

20 days · dev. fee USD 5,000 (reference)

 Side view of a black robot car with orange mecanum wheels and a servo-driven gripper arm, a handwritten '03' label on its side, on white

Mecanum robot-arm car teaching kit

Education kit

An Arduino robot car with gripper arm, handheld controller and 5-lesson course.

Arduino UNO · mecanum chassis · servo arm

15 days · dev. fee USD 3,000 (reference)

 Hand holding a pink 3D-printed rectangular device with a small screen, a microphone hole and a speaker grille, over a cluttered workbench

AI voice companion

AI device

A pocket device you talk to; it answers by voice and on screen.

Wi‑Fi · LLM voice · screen + speaker

About 10 days · dev. fee from USD 1,200 (reference)

 Two large flat-deck robots with blue and yellow acrylic side panels on aluminium frames, mecanum wheels and spring suspension, parked on a dark marble floor in a lobby, a lidar puck on the deck

Large ROS inspection robot

Inspection

A large autonomous patrol robot that maps a building and drives itself.

ROS · SLAM · 360° lidar

1 month · dev. fee USD 10,000 (reference)

 White four-wheel robot outdoors at night on paving beside grass, four laser modules on a beam above it firing blue beams into the sky, green status lights

Laser weeding robot

Agriculture

A remote-driven robot that aims a high-power laser array at weeds.

ROS · laser array · 4G video link

1 month · dev. fee USD 10,000 (reference)

 Side view of a black competition robot with a number '1' armor plate, gold mecanum wheels with angled rollers and a gimbal on top, standing on carpet in front of a printed backdrop

RM competition robot: mecanum chassis

Robotics

A modular aluminum competition robot base with a gimbal and CAN-controlled drive.

6061 aluminum · mecanum · CAN control

Dev. fee USD 30,000 (reference)

 Black competition robot with number '3' armor plates lit by red LED strips, omni wheels and a gimbal on top, against a pink wall

RM competition robot: omni-wheel chassis

Robotics

A fast-turning omni-wheel competition robot with a gimbal and full custom electronics.

Omni wheels · CAN bus · RTOS

Dev. fee USD 30,000 (reference)

 Black carbon-fiber competition robot with white bumper rings and a tilted gimbal on a grey studio backdrop; each wheel sits under its own steering motor

RM competition robot: swerve chassis

Robotics

An agile competition robot with steerable wheels and a turret-style gimbal.

Swerve drive · multi-CAN · RTOS

Dev. fee USD 30,000 (reference)

 Tracked metal chassis with a white 3D-printed launcher on a servo turret, blue battery pack and acrylic electronics enclosure, on a workbench with a hopper of yellow gel beads and a bench power supply

Tracked gel blaster robot

Robotics

A tracked robot with a remote-aimed turret that fires water-gel beads.

STM32 · tracked chassis · 2-axis turret

15 days · dev. fee USD 3,000 (reference)

 Top view of an assembled quadcopter with red and white arms, white propellers, a GPS puck and a strapped battery, on concrete ground

F450 quadcopter platform

Drone

An open, GPS-equipped quadcopter for teaching, research and flight-algorithm work.

APM flight controller · NEO-M8N GPS · Mission Planner

Dev. fee from USD 6,000 (reference)

 White flat-frame ROV seen from above on a grey carpet, next to a foam case holding the gripper, yellow tether cable and a small clear parts box

Flat-frame underwater ROV

Underwater

A light, tethered underwater robot with a gripper for inspection and sampling.

RK3566 Linux · thruster control · depth sensor

2 months · dev. fee USD 30,000 (reference)

 Front of an ROV with orange thruster shells on a grey carpet: clear camera dome in a black housing, two small lights below, a hand holding two metal rods above

Underwater ROV, orange-shell build

Underwater

An underwater robot with HD camera, depth sensing and a Linux main controller.

RK3566 Linux · MS5837 depth · Qt ground station

2 months · dev. fee USD 30,000 (reference)

 Eight-thruster ROV on a white background, three-quarter front view: blue foam float blocks with vertical thrusters, carbon-fibre pressure tube with front camera dome, black frame and a small gripper underneath

Eight-thruster underwater ROV with arm

Underwater

A tethered eight-thruster underwater robot with a gripper arm for inspection and sampling.

8 thrusters · 4–6 DOF arm · 1080p video

2 months · dev. fee USD 23,000 (reference)
Our team at work: benches, soldering, 3D printers, workshops with students, a hackathon stage and the office building

Your team sleeps. Your project keeps moving.

We reply within 12 hours, whatever your time zone.

Our benches, and the people you talk to.

Every project is run by our core team. Engineering partners are independent engineers and studios we bring in for their speciality, under the same scope and acceptance checks. Projects listed under a person are their own work, including work for past employers; those companies are not Anvol clients.

Engineers at electronics benches, with laptops, monitors and bench instruments along the wall
Electronics benches where our engineers build and debug.
Rows of test benches, with close-ups of an AC isolation transformer, a signal generator and an oscilloscope
Test benches: isolation transformer, signal generator, oscilloscope.
Zisheng Li

Zisheng Li

Core team · Engineering lead

Embedded systems. 20+ hardware products built, including the logic analyzer, tracked robot and line-following car above. Named inventor on 8 granted patents.

Projects: Camera-based pig health monitoring on Jetson Nano, EMG-controlled robot arm, Underwater robot on FreeRTOS, Sound-source localisation array

GitHub

Ruili Xin

Ruili Xin

Core team · Operations lead

Embedded systems, maker education and digital fabrication. Fab Academy 2026, where she designed and built Maker Assistant, an ESP32 desk device that shows an AI coding agent's status over BLE. Runs teacher training and course building.

Projects: Maker Assistant desk notifier, Fab Academy 2026 coursework, Teacher training courses

Lanbo Mu

Lanbo Mu

Core team · Mechanical and product engineer

Led a powered hip exoskeleton from concept to DVT: 30 units delivered, plus three rental-kiosk systems on trial at three scenic sites. Designed ultra-low-power sensors for power-grid monitoring, 35 nA on standby. ROBOCON national second prize as team captain.

Projects: Powered hip exoskeleton, Low-power power-grid sensors, ROBOCON competition robots

Shujie Li

Shujie Li

Core team · Embedded and power electronics engineer

Embedded control and power electronics. Designs 1 kW-class power supplies, three-phase inverters and DSP control boards built around the TMS320F28335. Provincial award in a national electronic design contest.

Projects: 150 V three-phase inverter, 100 V totem-pole PFC stage, TMS320F28335 control board, Power-bank status display board

Biao Tang

Biao Tang

Core team · Senior electronics engineer

19 years in electronics hardware. Since 2018, senior electronics engineer for automotive pedals, position sensors and actuators: schematics, PCB layout, BOM costing, DFMEA, reliability and EMC testing. Before that, LCD TV and display power-supply design at Wistron and other manufacturers.

Projects: Inductive motor-position sensor, BDC and BLDC motor drive hardware, Automotive EMC fixes, LCD TV main boards

Yilan Tingfeng

Yilan Tingfeng

Core team · Structural engineer

Structural engineer for consumer AI cameras, 2023 to 2026. Led manufacturing of the OBSBOT Meet 2 4K webcam and worked on mass production of the OBSBOT Tail Air PTZ camera. Designed a foldable screen-mounted conference camera and ran 10+ stacked-module iterations with suppliers.

Projects: OBSBOT Meet 2, OBSBOT Tail Air, Foldable conference camera, Environmental test rig

Ya Guo

Ya Guo

Engineering partner · Drone and robot-vehicle engineer

Builds research-grade ROS drones and SLAM robot cars at Haique Technology in Hangzhou: PX4 flight control, Jetson Orin Nano, MID360 lidar and RealSense depth camera, shipped ready to fly with open-source code. Used by 200+ universities and companies.

Projects: ROS research drone with lidar SLAM, Carbon-fibre ROS SLAM car, Aluminium mid-size ROS SLAM car

Haique Technology

Zhao

Zhao

Engineering partner · Tracked robot chassis engineer

Designs and builds tracked robot chassis: suspension, drive train, motor and servo matching, control tuning and remote-control integration. Custom bases for outdoor inspection, research, demos and light transport, from one prototype to small batches, typically in two to three weeks.

Projects: Rubber-track robot chassis, Outdoor inspection platform, Robot-arm and sensor mounts

Chris Wu

Chris Wu

Core team · Founder, Los Angeles

Repeat hardware founder. His previous company reached $300K ARR and went through MiraclePlus, the old YC China.

LinkedIn · chris-wu.com

Anvol, Inc. is a US company, 2261 Market Street STE 82014, San Francisco. You contract and pay in USD. Blockless, AI-assisted hardware creation from plain English, is from the same team. Company facts →

Where we have shown our work.

Our team presenting Blockless on the HICOOL 2026 stage, app screens on the wall behind
HICOOL 2026 · Aug 2026
Founder academy graduates on stage holding their certificates
Founder academy graduation · Jun 2026
Round gold desktop device with a small screen built at a hackathon
Hackathon build · May 2026
Participants assembling small electronics enclosures at a hardware hackathon
Women in Hardware Hackathon · Apr 2026
Classroom of teachers working with our teaching kits and laptops
Training 80+ teachers · Jan 2026
University students at laptops during a PCB design training session
PCB training for students · Dec 2025

Inside the partner factories

The tool rooms, board and assembly lines we order from. You see each process, not the factory's name. * Equipment-list image from the factory, not a photo of the line.

Coordinate measuring machine with its control computer
Coordinate measuring machine for dimensional checks.
Technician at a workbench working on steel tooling parts, a CNC machining center behind him
Tool room: a technician on tooling parts, a CNC machine behind.
Steel injection molds stacked on pallets along a factory aisle
Injection molds stored on the floor.
Injection molding machine with its material hopper on a factory floor
An injection molding machine.

Manufacturing: PCB fabrication

Row of PCB drilling machines
Drilling
PCB milling machines
Milling
Plated-through-hole line
PTH line
Copper plating line
Copper plating
Development line in a clean room
Development
Lamination press
Lamination
Operator in a clean suit at an LDI exposure machine
LDI exposure
Automated 3D measurement station
3D measurement

Validation: board finishing, testing and screening

Laser cutting machine
Laser cutting
Automatic silkscreen printer
Silkscreen printing
4-wire micro-ohm tester with an operator
4-wire micro-ohm test
Bare-board automated optical inspection machine
Bare-board AOI
Technician at a microsection analysis station
Microsection analysis
Vacuum machine with an operator
Vacuum machine
RoHS analyzer, equipment-list image
RoHS screening*
Temperature and humidity test chamber, equipment-list image
Temperature-humidity chamber*

Manufacturing: SMT assembly and inspection

Solder paste printer, equipment-list image
Solder paste printing*
Dual-lane pick-and-place machine, equipment-list image
Pick-and-place*
Pick-and-place machine, equipment-list image
Pick-and-place*
Solder paste inspection machine
Solder paste inspection
Reflow soldering oven on the SMT line
Reflow soldering
X-ray inspection machine
X-ray inspection
First-article inspection tester next to a panel of boards
First-article inspection
Automated optical inspection machine for assembled boards, equipment-list image
Assembly AOI*

Manufacturing: through-hole, final assembly, burn-in and rework

Industrial drying oven
Baking oven
Workers inserting through-hole parts on a DIP line
DIP line
Lead-free wave soldering machine
Wave soldering
Final assembly line with workers and cartons
Final assembly
Racks of units in a burn-in room
Burn-in room
BGA rework station
BGA rework

Board types they make

8-layer rigid-flex PCB
8-layer rigid-flex
4-layer PCB with red solder mask
4-layer, red mask
16-layer gold-plated PCB
16-layer, gold plated
Metal-base PCB
Metal base
PCB with embedded copper coins
Copper coin
Ceramic PCB
Ceramic
Glass-substrate PCB
Glass

How we source, test and inspect each batch →

Events

Aug 2026
SHE NiCEST 1,000-person hackathon: hardware-track finalist.
Aug 2026
HICOOL 2026 Global Entrepreneur Summit: live demo of Blockless on stage.
Jul 2026
Open-source AI innovation showcase: exhibited our AI desk companion.
Jun 2026
Open-source founder academy, first cohort: graduated.
Jun 2026
AINX Hackathon: completed.
May 2026
“Sanrenxing AI” Hackathon, Google Cloud Next ’26: 3rd prize, AI Coding.
Apr 2026
Women in Hardware Hackathon.
Dec 2025
Youth drone competition and science fair: booth.
Nov 2024
International Maker Summit (Maker Faire): booth.
Sep 2024
73-minute documentary about our university lab.

Awards

Award certificate: 3rd prize, AI Coding track
3rd prize, AI Coding track. May 2026. Team led by Zisheng Li.
Honour certificate: hardware-track finalist award
Hardware-track finalist. SHE NiCEST, Aug 2026.
AINX Hackathon completion certificate
Completion certificate. AINX, Jun 2026. Zisheng Li.
Open-source founder academy graduation certificate
Graduation, first cohort. Founder academy, Jun 2026. Our operations lead.

Partner certificates

Issued to
These certificates were issued to our engineering team, not to Anvol, Inc.
WIZnet partnership certificate, MicroPython community partner, valid to June 2027
WIZnet partnership certificate
Mysentech certificate of cooperation results for MicroPython sensor drivers
Mysentech cooperation results
CoCube partnership authorisation certificate, ecosystem partner
CoCube partnership certificate
Freenove partnership authorisation certificate
Freenove partnership certificate

Intellectual property

8 patents

Granted patents that name our engineering lead, Zisheng Li, as an inventor or designer. 3 are co-owned by our team’s company and a university; 5 are held by the university.

Invention patent certificate CN115471491B: Pig health assessment by multi-target tracking
Design patent certificate CN308035019S: Circuit board with camera
Design patent certificate CN308014434S: Camera circuit board for a size-measuring device
Invention patent certificate CN116892490B: Ultrasonic de-icing of wind-turbine blades
Invention patent certificate CN116187111B: Methane concentration prediction from gas sensors
Invention patent certificate CN115063447B: Animal motion tracking from video
Design patent certificate CN308530990S: Tablet computer
Invention patent certificate CN116147609B: Indoor robot positioning by fusing sound and light

33 software copyrights

16 held by our team’s company, 17 by members of our team personally.

Software copyright registration certificate: Plant DNA sequence comparison app (RNN model)
Software copyright registration certificate: Mouse eye-movement analysis by computer vision
Software copyright registration certificate: Mouse behaviour analysis by computer vision
Software copyright registration certificate: Plant DNA sequence comparison system
Software copyright registration certificate: Plant identification and rapid analysis
Software copyright registration certificate: Fish-finding robot control software, Windows
Software copyright registration certificate: Fish-finding robot Android app
Software copyright registration certificate: Fish-finding robot interface, Windows
Software copyright registration certificate: Graphical robot-arm control app
Software copyright registration certificate: Robot-arm control software
Software copyright registration certificate: Underwater robot simulator, Windows
Software copyright registration certificate: Underwater robot control interface
Software copyright registration certificate: Underwater robot control software
Software copyright registration certificate: Distributed pig-farm gas monitoring, Linux
Software copyright registration certificate: Pig-farm gas monitoring, Linux
Software copyright registration certificate: Pig-farm gas monitoring, Windows
Software copyright registration certificate: Pig health monitoring by machine vision
Software copyright registration certificate: Pig heartbeat monitoring by mmWave radar
Software copyright registration certificate: Pig heartbeat monitoring app, mmWave radar
Software copyright registration certificate: Muscle (EMG) signal visualisation
Software copyright registration certificate: EMG feature extraction
Software copyright registration certificate: Pig health monitoring app, machine vision
Software copyright registration certificate: High-precision vital-sign monitoring by mmWave radar
Software copyright registration certificate: Surface EMG signal acquisition
Software copyright registration certificate: Multimodal ECG and gait signal acquisition
Software copyright registration certificate: EMG monitoring and assessment
Software copyright registration certificate: Vital-sign monitoring by mmWave radar
Software copyright registration certificate: Warehouse goods sorting by image recognition
Software copyright registration certificate: Sorting robot-arm operation and management
Software copyright registration certificate: Health assessment from EMG signals
Software copyright registration certificate: Real-time EMG monitoring
Software copyright registration certificate: Upper-limb motion capture
Software copyright registration certificate: MicroPython package repository platform (uPyPi)

18 registered works and courses

Course books, dev-kit documentation, design specs and artwork. 13 held by our team’s company, 5 by members of our team personally.

Copyright registration certificate: Studio logo
Copyright registration certificate: Teaching cases for our expansion board
Copyright registration certificate: Graphical programming tutorial for our dev kit
Copyright registration certificate: Expansion board knowledge base
Copyright registration certificate: Sensor module documentation
Copyright registration certificate: Sensor and expansion board design specification
Copyright registration certificate: Grove-C sensor documentation
Copyright registration certificate: MicroPython on Raspberry Pi Pico, course book
Copyright registration certificate: MicroPython embedded development standards
Copyright registration certificate: MicroPython package platform logo (uPyPi)
Copyright registration certificate: Desk notifier for Claude Code, artwork
Copyright registration certificate: Innovation and entrepreneurship course
Copyright registration certificate: Course for electronics and computing contests
Copyright registration certificate: Python parallel computing, a short guide
Copyright registration certificate: Python object-oriented programming, a short guide
Copyright registration certificate: Module icon artwork
Copyright registration certificate: Module icon artwork
Copyright registration certificate: ESP32 simulation with Wokwi, zero to practice

Certificates are the original registrations, shown as issued. Click one to see it full size.

Teaching

Where our kit is used
10 universities and 25 schools.
Jan 2026
Trained 80+ school IT teachers in AI education, for a vocational university.
Sep 2026
Ukraine: Blockless workshop with a polytechnic student lab.
Aug 2026
Singapore Polytechnic FabLab: online Blockless workshop.

Questions before the first call.

That is a normal starting point. Send the sketch, development-board prototype, partial files, or physical sample you have. We identify what is missing and propose the next practical build step.

Yes. Component sourcing is part of what we do, including older and hard-to-find chips. We provide a full bill of materials with the quote.

No. We can start with a single prototype, revise it with you, and continue into small-batch production after approval. No minimum order is about quantity, not price: the development fee pays for the engineering whether you build one unit or fifty, and pilot and repeat batches are quoted separately.

You do. We sign an NDA before we open any file. The project-specific design files, drawings and tooling belong to you; our general tools and libraries stay ours. IP and handover →

You sign with Anvol, Inc., our US entity, not with a factory, and pay in USD in milestones. Production runs on partner lines; you see what each line does, not its name. Who you contract with and how to pay →

Anvol, Inc. is a Delaware corporation, incorporated on July 27, 2026. Search "Anvol, Inc." in Delaware's public entity search. We are not related to ANVOL OÜ in Estonia or anvol.eu. Company facts →

Send what you have, even if it is only a sketch.

Review my project

Or WhatsApp Zisheng, our engineering lead · Book a 30-minute call