Public beta for Windows, macOS and Linux

AI coding tools forgot about hardware. We didn't.

InteJer is a desktop AI workspace for embedded and IoT engineers. It answers from the part's datasheet and cites the page, checks your firmware pins against the schematic, builds with PlatformIO, and drives your debug probe.

Get started free Watch the 1-minute demo

Free account, then download from your dashboard. Windows x64, macOS on Apple silicon, and Linux (.deb, .rpm, .AppImage).

Connected devices2 found

NUCLEO-F446REBoard

STM32F446RE · STM32F4 · Cortex-M4F

ST-LINK/V2-1 · COM5

ESP32 DevKitSerial

CP210x USB-UART · COM6

✓ ESP32-D0WD · rev 1.0 · 4 MB flash

Plug in a board and InteJer names it, down to the silicon.

Works with the boards and frameworks you already use, and any board PlatformIO supports.

ESP32
STM32
RP2040
nRF
Arduino
Zephyr
FreeRTOS
ROS
ESP32
STM32
RP2040
nRF
Arduino
Zephyr
FreeRTOS
ROS

One agent. Your whole hardware stack.

Everything here ships in the current beta. Describe the job in plain words, or type the command.

Parts and datasheets

Datasheet, pin tables and free CAD by part number
Answers that cite the datasheet page/datasheet
Rails and pull-ups checked against part limits/limits

Schematic and firmware

Firmware pins checked against the KiCad schematic/pins
Pin definitions generated from the schematic/gen-pins
A CI check that fails when the two drift apart/hw-ci

Bring-up and debug

A first power-up, one step at a time/bringup
Test firmware: LEDs, I²C scan, inputs/bringup-fw
Measured readings logged to Excel/bringup-log
Flash, halt, step and read registers¹
Boards, probes and serial ports named over USB

PCB and fabricationBeta

Schematic and layout in KiCad 9
A design-review report/review
Checked Gerbers, drill, BOM and placement for JLCPCB/fab
Circuit simulation in LTspice²/simulate

¹ Through probe-rs, with J-Link, ST-Link, DAPLink and CMSIS-DAP probes; on Windows for now. Builds and uploads use your PlatformIO install.
² Runs the LTspice installed on your computer.

Stays on your computer

Your project files, toolchains, boards and probes.

Goes to the AI model

The conversation and whatever the agent reads to answer it, through InteJer's gateway. DeepSeek runs the agents; Anthropic's Claude runs the advisor.

One standard. Every tool in your stack.

Wire tools together one pair at a time and the work multiplies with every tool you add. MDS gives the agent a single interface to your design tools, silicon, firmware toolchains, suppliers, and bench.

How one agent reaches fifteen tools through a single interface.Download video (MP4)

Beta

“Here's my quad spec. Design the board and the frame.”

InteJer read a full quadcopter design spec and produced a fabrication-ready power-distribution board — schematic, routed PCB, and 3D model — alongside a parametric, printable airframe.

●Schematic + routed 2-layer PCB in KiCad
●3D board preview and rendered assembly
●Parametric 290 mm frame + printable STLs in FreeCAD
●Fab pack: Gerbers + CPL + BOM + STEP

Built by the InteJer team in the app. Schematic, PCB & 3D-model generation is currently in beta.

power-board · 290 mm research quad

Built for the 290 mm autonomous research platform (Pi 5 companion, Pixhawk FC, DJI O4) — 66 × 36 mm with a Pixhawk-style power connector. Functionally complete: 47 components, routed, fab files generated, 0 DRC errors (15 cosmetic).

SchematicKiCad