The future of electronics development

Electronics development, reimagined.

EMWaver is a tiny USB device that turns any phone, laptop, or Raspberry Pi into a full-power electronics lab. No firmware flashing, no toolchains, no limitations. Just plug in and go.

Build EMWaverBrowse scripts
EMWaver platform banner showing Android, iOS, Linux, Mac, and Windows
Host-powered
Your phone is the computer
EMWaver extracts power, compute, UI, storage, and connectivity from the host it's plugged into. No on-device screen or buttons needed — your phone or laptop is the interface.
AI-first
Agents that build and test
AI agents write scripts, generate UI, and interact with the interfaces they create — testing autonomously. Full chip exploits in minutes, not days.
Plug and play
Zero prerequisites
No toolchains, no firmware flashing, no IDE. Install the app, plug in the device. Start capturing and cloning IR signals in seconds.
Why managed device flows change everything

Stop being limited by your MCU.

Traditional dev boards force one rigid execution model. EMWaver splits the problem properly: host-backed boards lean on the app/desktop when that is best, while autonomous targets can stay online directly when remote control matters more.

PPower + compute from the host — not battery-constrained
UFull-screen UI rendered natively on the host — not a 128x64 display
SUnlimited storage on the host for signals, captures, and artifacts
CCloud-connected — control your EMWaver remotely from anywhere on Earth
EMWaver connected to laptop with modules
EMWaver device close-up
EMWaver plugged into a smartphone
The best hacking multitool on the planet

Plug into your phone. Start hacking. No prerequisites.

EMWaver comes with built-in infrared receiver and transmitter. Plug it into your smartphone, open the app, and immediately start capturing, analyzing, cloning, and retransmitting IR signals. No cables, no setup, no prior knowledge required.

EMWaver with CC1101 and RC522 modules attached
📡
IR built-in
Capture and clone TV remotes, AC controllers, LED strips — anything infrared. Out of the box.
🧩
Easy add-on modules
Add capabilities with external modules like CC1101 radios, RC522 RFID, sensors, displays, and more.
🚌
Native bus access
SPI, I2C, UART, ADC, PWM, and GPIO are exposed directly so scripts can talk to real hardware without firmware rebuilds.
⚡
Host-powered workflow
Plug into your phone or computer and use the host for UI, compute, storage, and iteration speed.
AI-first hardware platform

An agent that builds, runs, and tests.

EMWaver's AI agent doesn't just write code. It writes the script, generates the UI, runs it on real hardware, interacts with the buttons and sliders it created, reads the results, and iterates fully autonomously.

In minutes, an agent can build a complete dashboard for a temperature sensor, accelerometer, or any SPI/I2C module you attach, then validate the behavior on the real device instead of stopping at code generation.

Electronics Language Models
We're training ELMs — foundation models finetuned specifically for hardware control, bus protocols, and the EMWaver scripting ecosystem.
Agent workflow
prompt → script → test → iterate
You
"Build a UI for this RC522 module. Read cards, show UID, write blocks."
Agent
Writes the SPI init and RFID commands, builds the UI, runs it, scans a test card, verifies the UID appears, then refines the flow.
You
"Capture the IR signal from my TV remote and replay it."
Agent
Configures the sampler, captures the waveform, saves the artifact, and builds a one-tap retransmit control.
You
"Probe this I2C bus and build a dashboard for whatever you find."
Agent
Scans addresses, identifies the sensor, builds a bring-up UI with live readings, then tests the controls against hardware.

Why EMWaver over Flipper Zero or Arduino?

EMWaver is not a Flipper clone and not a traditional microcontroller workflow. By offloading UI and compute to the host, it avoids the tiny-screen constraints of handheld tools and the build-upload loop of Arduino-style development.

EMWaverFlipper ZeroArduino
DisplayFull host screen128x64 monochromeNone by default
StorageUnlimited (host)SD cardVery limited on-board
AI agentBuilt-inNoneNone
ConnectivityHost + cloudBLE onlySerial
DevelopmentInstant scriptsFirmware build/flashSketch compile/upload
PriceInexpensive~$170Inexpensive
Control from anywhere

Your lab, accessible from anywhere on Earth.

Plug an EMWaver into a $35 Raspberry Pi in your lab. Control it from your couch, from the office, or from another continent. Hosts controlling EMWaver devices can be controlled by other hosts — forming a fully connected cloud of hardware.

Remote host sessions
Cross-device control
Cloud script sync
How it works
1
Plug EMWaver into any host (phone, laptop, RPi)
2
Host connects to EMWaver Cloud automatically
3
Control from any other device — same account, any platform
4
AI agents can also connect and drive experiments autonomously
Get started

Ready to reimagine electronics?

Build a supported board, install the app, and start exploring. It's that simple.

Step 1
Open Build
Pick a supported board and open the build files.
Step 2
Install the app
Available on App Store, Play Store, and more.
Step 3
Start hacking
Run scripts, plug in modules, explore hardware.
Watch platform videoWatch hardware video