Dashboard
See your connected Armorlink Nodes, status and available controls.
✦ Cosplay electronics · ESP32 software & tools
Your cosplay
electronics.
Your way.
Build your own cosplay controller without writing code — or integrate ArmorLink into your existing ESP32 firmware. Add adjustable settings, app controls and diagnostics to your build.
No code to get started. No limits when you write your own.
Meet the Companion App · iOS & Android beta →Interactive previewWeb-Setup Demo.
Action Builder Demo
Try If / Else. Make it yours.
Servos, RGB lights, GPIO and sound — ready to try with the real blocks.
Demo only · No hardware connected.
Demo only · No hardware connected · Changes stay in this preview.
See a complete build →ArmorLink Companion App
Your prop. In your hand.
Connect over Bluetooth to run Actions, adjust available settings and check live values.
Settings & control
Adjust exposed settings and run Actions from the same interface.
Pairing
Pair additional Armorlink Nodes through a Gateway when you expand your build.
Telemetry
Read live values and remote logs without opening the prop.
New project or existing build
Start simple. Keep full control.
No coding required · Click & Run
Build your first controller.
Install ready-to-use firmware on a supported ESP32. Set up your electronics and choose what happens, directly in your browser.
Choose hardware profiles. Build Actions visually. Adjust settings from the app.
See it in action →For developers · ArmorLink framework
Already built it? Add ArmorLink.
Integrate ArmorLink into your existing ESP32 firmware. Keep your own logic and decide which settings, controls and diagnostics to make available.
- Adjust settings without reflashing.
- Control your existing functions from the app.
- Read telemetry and remote logs.
Your architecture. Your hardware. Your code. Independent of Click & Run and its visual builder.
Integrate ArmorLink →Reuse a setup. Share your own.
Browse profiles →Find compatible setup, board and servo profiles in the community library.
Start with one Armorlink Node. Connect more when your build needs them.
A real setup, step by step
See what you’ll actually do.
A simple Iron Man helmet example: two servos, LED eyes, a hardware button and dedicated Actions to open, close and toggle the faceplate.
01 · Pick your hardware profile
Select your servo. Start with its settings.
Choose a servo template from the servo library to load its settings.
Browse servo profiles →
02 · Set the positions
Tell it how far to move.
Set your servo positions, then adjust them whenever you need to using Web Setup or the Companion App. Save the values to your Armorlink Node without recompiling and reflashing your firmware each time.
03 · Open Faceplate
Build your first Action.
Choose blocks and arrange them in the order you want. Here: turn off the eyes and open the faceplate.
04 · Close Faceplate
Add movements, lights and pauses.
Combine steps into another Action. Here: close the faceplate, wait, then turn on the eyes.
05 · Toggle Faceplate · If / Then / Else
Add a simple condition.
Use If / Else blocks to choose what happens. Here: if the faceplate is open, close it. Otherwise, open it. One button does both.
06 · Hardware button
Press a button. Run your Action.
Connect a physical button and choose the Action it triggers. Here, a single click runs Toggle Faceplate: press once to open the faceplate, press again to close it.
07 · Startup sequence
Choose what happens at startup.
Select an Action to run at startup or create a unique startup sequence from scratch.
Use your own servo values and keep mechanical limits in mind.
Your next build starts here
What will you bring to life?
Start without code or add ArmorLink to the firmware you already built.