Guides

Find the right tool, by what you're replacing, what you're building, or who you are.

Alternatives

8 Arduino Alternatives: From Learning Boards to Working Devices

Arduino still has you writing sketches and wiring boards. Compare 8 alternatives — including Palpable, where PAL writes the code and runs your device on a Pi.

7 Particle Alternatives: IoT Platforms Without the Lock-In

Particle centers on its own hardware and per-device pricing. Compare 7 alternatives, including Palpable — PAL writes the firmware and runs it on open Pi hardware.

8 EAGLE Alternatives: Find the Right Fit After the Shutdown

Autodesk retires EAGLE on June 7, 2026. Compare 8 alternatives — from KiCad and Fusion Electronics to Palpable, which skips board design and runs your device on a Pi.

7 Flux.ai Alternatives: AI ECAD and Beyond

Flux.ai designs PCBs with an AI copilot for users with some experience. Compare 7 alternatives — including Palpable, which skips board design and runs your device on a Pi.

7 Schematik Alternatives: AI Hardware Tools Compared

Schematik is in closed beta and outputs code you still run. Compare 7 alternatives — including Palpable, where PAL runs the device on a Pi, not just generates code.

7 Snap Circuits Alternatives: Electronics Kits Kids Won’t Outgrow

Snap Circuits teaches circuit basics but has no real coding. Compare 7 alternatives for kids and classrooms — including Palpable, where teens build real devices with AI.

By use case

Prototype an AgTech sensor node in a weekend

Build a soil, temperature, and humidity sensor node without firmware or wiring. Describe it to PAL and it runs on a Pi — offline-first, with open APIs.

Validate a HealthTech hardware concept fast

Build a HealthTech sensing demo fast: describe it to PAL, run it on a Pi, stream to your app. For concept/MVP validation only — not FDA or clinical use.

Build a smart-home device by describing it

Describe a smart-home device and PAL runs it on a Pi with plug-and-play modules. Offline-first, open APIs, OTA updates — no firmware or wiring required.

Prove an industrial IoT idea before you build it

Stand up an edge monitoring POC in days: describe it to PAL, run it on a Pi, stream to your stack. For prototypes and proofs-of-concept, not certified production.

STEM electronics for the classroom, without the soldering

Solder-free Qwiic modules and a guided AI tutor let students build real sensing devices by describing them. An emerging product — join the waitlist.

By audience

Rapid hardware prototyping for startups

Hardware founders: describe a device and PAL runs it on a Pi — no embedded hire. Iterate over the air, demo to investors. A prototype tool, not production.

Hardware for industrial designers

Embed sensors and a display in your concept, describe the interaction, and PAL runs it on a Pi. Prove the experience without leaving the design loop.

Faster prototypes for hardware consultancies

Turn around feasibility prototypes and client demos fast: describe it to PAL, run it on a Pi, integrate via open APIs. Frees engineers for production work.

For makers who’d rather skip the board

When a project just needs to sense and react, skip the PCB: plug in Qwiic modules and let PAL run it on a Pi. Open TypeScript, APIs, and a CLI are yours.

An electronics curriculum students can actually finish

Solder-free Qwiic hardware and a guided AI tutor help every student build and understand real devices. An emerging product — join the waitlist to shape it.