The Best Free Resources to Learn Hardware Hacking
Free resources to learn hardware hacking: books, YouTube channels, CTF platforms (Hackropole, Microcorruption, RHme), European conferences and a 3-month plan.
The best free way to learn hardware hacking is to combine one reference book, a few practice platforms that actually include hardware (Hackropole, Microcorruption, the public RHme challenges) and a community where you can borrow tools and ask questions. This list, checked in October 2026, covers books, videos, platforms and European events, then turns them into a three-month plan.
Most of it costs nothing. To move from reading to doing, a little hardware goes a long way: an 8-channel USB logic analyser at €19.90 is enough for your first captures. We're a French shop, so we also point out the best French-language resources along the way; they're marked (FR).
Books
| Book | Price | Who it's for |
|---|---|---|
| The Hardware Hacking Handbook, Jasper van Woudenberg and Colin O'Flynn (No Starch Press, 2021) | Paid | The reference: hardware interfaces, side-channel analysis, fault injection, with hands-on labs |
| Practical IoT Hacking, Fotios Chantzis et al. (No Starch Press, 2021) | Paid | Connected devices end to end: network, hardware, radio |
| Hacking the Xbox, Andrew "bunnie" Huang (No Starch Press) | Free PDF | A readable classic on taking apart a console |
The Hardware Hacking Handbook is the one to read if you only read one. It covers threat modelling, interfaces (UART, SPI, JTAG), power analysis and fault injection, with real case studies. The level climbs quickly after the halfway mark: read the early chapters first and come back to the rest after some practice.
Hacking the Xbox is offered as a free PDF by the publisher in memory of Aaron Swartz. The target hardware is old, but the approach (observe, measure, understand a bus, reason about a system's security) hasn't aged.
For French readers, the specialist magazines MISC (security) and Hackable (electronics and embedded), published by Éditions Diamond, regularly cover electronics and embedded security (FR).
YouTube channels and podcasts
- LiveOverflow: security explained clearly, including a well-known series on the challenges of Riscure's RHme hardware CTF. Great for watching a player's reasoning unfold.
- Joe Grand: electronics engineer and long-standing figure of hardware hacking, known for his videos on recovering locked cryptocurrency wallets.
- stacksmashing: microcontrollers, consoles and embedded reverse engineering on affordable hardware.
- Matt Brown: hacking off-the-shelf IoT devices, from opening the case to extracting the firmware.
- The SSTIC archives (FR): papers, slides and videos from the Rennes conference going back many years, with plenty of talks on embedded systems, radio and hardware security.
- NoLimitSecu (FR): a French-language cybersecurity podcast with more than 550 episodes and an IoT category. Fairly general, but useful for understanding the profession.
Platforms and CTFs
| Platform | Language | Free | Hardware? | Why go there |
|---|---|---|---|---|
| Hackropole (ANSSI) | FR/EN | Yes | Yes, a dedicated category | France Cybersecurity Challenge problems, replayable all year, with solutions |
| Microcorruption | EN | Yes | Yes, emulated | An electronic lock on an MSP430 microcontroller, analysed in the browser |
| RHme 2016 | EN | Yes | Yes | Riscure's hardware CTF challenges, to flash onto your own Arduino Nano or Uno |
| ChipWhisperer (NewAE) | EN | Yes (the hardware is paid) | Yes | Open-source Jupyter notebook tutorials on side-channel analysis and fault injection |
| picoCTF (Carnegie Mellon) | EN | Yes | No | Beginner-friendly challenges, now part of the CyLab Security Academy |
| Root-Me | FR/EN | Yes (separate pro offer) | Little | The long-standing French platform for the basics: networking, systems, crypto, reverse engineering |
| CyberCTF | EN | Yes, open source | No | Our sister project: free, open-source, realistic pentest labs you run on your own machine |
Three notes on using this table.
Hackropole is the best free hardware entry point. Its hardware challenges often ship as files (logic analyser captures, memory images), so you can start without buying anything, then reproduce the steps on your own hardware.
RHme 2016 is the best free physical challenge. An Arduino Nano costs a few euros, the binaries are public and write-ups are plentiful. The first step, connecting to the board's serial console, is exactly what our UART tutorial covers.
CyberCTF is not a hardware platform. It's a set of pentest labs (web apps, networks, Windows environments) that you run locally, on your own server or in the cloud. It's a good complement if you're aiming for a pentesting career, where hardware is only part of the job.
For a broader look at game-based learning beyond hardware, read learn ethical hacking by playing.
Communities: conferences, CTFs, hackerspaces
As a French shop, we know the French scene best. If you can travel to France, these events are worth the trip.
| Event | City | When | What you'll find |
|---|---|---|---|
| Le Hack | Paris | June | The oldest large event on the French scene, with a hardware village (leLAB): badge soldering, NFC/RFID, IoT workshops |
| SSTIC | Rennes | June | The reference French-language technical conference, with a yearly challenge and online archives |
| Pass the SALT | Lille | Summer | Free software and security, talks in English, archives (slides and videos) since 2018 |
| BreizhCTF | Rennes | May | According to its organisers, the largest in-person CTF in France, free to enter |
| Barbhack | Toulon | Late August | A friendly, human-sized hacking conference |
| GreHack | Grenoble | November | Ethical hacking conference and CTF |
Dates change every year, so check each event's site.
Hackerspaces are the other pillar: community workshops where people share tools, machines and know-how. The Electrolab near Paris is one of the largest in France, and the wiki.hackerspaces.org directory lists spaces worldwide. It's often where you borrow an oscilloscope or a soldering station before buying one, and where someone helps you get unstuck.
Our recommended 3-month plan
This plan assumes a few hours a week and a modest hardware budget.
Month 1: the basics, buying nothing
- Solve ten or so easy challenges on picoCTF or Root-Me to get comfortable with the terminal and Python.
- Read the early chapters of The Hardware Hacking Handbook, or download Hacking the Xbox.
- Open the easiest hardware challenges on Hackropole and read the solutions for the ones you can't crack.
Month 2: first hardware, first captures
- Buy a USB-UART adapter and an 8-channel logic analyser, around thirty euros in total.
- Find the serial console on an old router you own.
- Flash RHme 2016 onto an Arduino Nano and solve the first challenges.
- Work through Microcorruption alongside it to get used to embedded assembly.
Our guide to getting started with hardware hacking details three hardware setups at €60, €125 and €150.
Month 3: get out of the house
- Visit a hackerspace or a conference: Le Hack for its hardware village, BreizhCTF for the competition atmosphere.
- Pick one discipline (radio, NFC, firmware) and go deeper.
- Write up your own solutions: it's the best way to consolidate what you've learned, and the start of a portfolio.
Practising on a real object
Between competitions, a physical puzzle built to be attacked, with three levels and an official solution published 60 days after delivery, lets you practise at your own pace. That's what we're building with our CTF puzzles, designed in France with nothing to solder: the first, a Bluetooth beacon to decode, is planned for summer 2027. Join the waitlist to hear when it launches.
We'll refresh this list every quarter. Know a resource we've missed? Let us know.