Ghidra PowerPC Fundamental.
Read the algorithm. Not just the maps.
8 chapters. Firmware structure, PowerPC Book E assembly, registers, code flow, data tracking — taught on real PowerPC ECU dumps from chapter one. Ghidra-only workflow. No IDA Pro license. No prior coding required. Final project: write a speed limiter from scratch — without touching a single map.
8 chapters. From opening a binary to writing your own code.
Every chapter on real Continental SID208 / SID807 and Delphi DCM6.x firmware. No textbook examples. No simulated dumps.
Before you touch the ECU
Why reading code beats hunting maps when DAMOS runs out. The mental model that separates engineers from file flashers — and the community + safety setup before chapter 01.
Introduction to firmware analysis
Re-addressing rules, base registers r1 / r2 / r13 (sp / TOC / small-data area), memory layout of a PowerPC ECU image. The orientation step every reverse engineer does before opening the disassembler.
Orientation in the disassembler
Listing, Graph, and Hex views. Navigation, bookmarks, function renaming. Direct copy / paste workflow between Ghidra and WinOLS — how the two tools talk to each other.
Firmware structure inside the disassembler
Functions, labels, cross-references. Improving disassembly quality on raw binaries — defining functions Ghidra missed, fixing wrong instruction boundaries, naming what matters.
Understanding code flow
PowerPC Book E assembly that matters: mr / li / lis / lwz / stw / b / bl / blr. Jump types, references (J / C / R / W), memory areas. Reading code flow like you read a map — by what it does, not what it says.
Registers — PowerPC Book E register file
r0–r31 GPRs with EABI conventions: r1 (sp), r2 (TOC / sda2_base), r3–r10 (function args/returns), r13 (small data area), r14–r31 (non-volatile). LR, CTR, CR, XER. Function calling convention per EABI, where parameters live, how OEM firmware uses each register class. The architecture that decides what’s safe to change.
Firmware code reading practice
Conditional logic via jumps. Disabling a speed limiter without map changes — by writing your own code over the relevant function. The first time you make the ECU do what you want, not what the maps allow.
Preparing for certification
Final review and PowerPC reverse engineering certification — 2-stage exam. Pass and your name appears on certifiedtuners.com — the public registry clients use to verify real reverse engineers.
The differentiator
The only structured Ghidra curriculum for ECU firmware. Not generic binary analysis. No IDA Pro license.
Every other reverse engineering course either teaches generic binary analysis (CTF malware, embedded games) or assumes you already have a paid IDA Pro license. This course is built entirely on Ghidra — free, open-source, NSA-developed — and every lesson works on real Continental / Delphi / Denso firmware. The tool cost is zero. The methodology is the part you pay for.
Everything to open any PowerPC firmware.
- 8 chapters covering firmware structure, PowerPC assembly, register architecture, code flow, and data tracking — in the order every reverse engineer learns them.
- Real Continental SID208 / SID807 and Delphi DCM6.x firmware samples — no textbook examples. Every exercise on production ECU dumps you’ll see in client work.
- Ghidra-only workflow — no IDA Pro license needed. The tool is free; the methodology is what this course delivers.
- Pre-configured Ghidra project files — base registers set for each ECU type, so you start with the disassembler tuned to PowerPC, not generic ARM.
- Direct copy / paste between Ghidra and WinOLS — the practical workflow that makes the two tools talk to each other on a real job.
- PowerPC RE Certificate — verified on certifiedtuners.com, the public registry clients use to find real reverse engineers.
- Lifetime access + community support (Telegram + forum) + mentor feedback on chapter tests.
Taught by a working reverse engineer.
Thomas Pirowski
6 years at Volkswagen Racing as software engineer. First to develop DPF-off solutions. First to crack ECU checksums on Trionic8, BMW EDC17, Tesla, Volvo. Creator of the only structured Ghidra curriculum for ECU firmware across PowerPC, Renesas, and PowerPC.
Full instructor bio on PowerPC track →From a Ghidra Fundamental graduate
I expected infoscammers. Got genuinely useful content. Zero regrets. The quality is mega-pro.
Before you enroll
I’m not a programmer. Can I handle this?
This course doesn’t teach programming. It teaches you to read ECU logic using Ghidra as a tool. 80% follows a clear algorithm. If you can navigate WinOLS, you can learn Ghidra. No prior coding experience required.
Do I need Diesel or Gasoline Fundamental first?
Recommended but not required. Ghidra works at the firmware level — below maps. If you already calibrate in WinOLS and understand basic ECU structure, you can start here. If you’re completely new to ECU work, start with Diesel or Gasoline first.
Why Ghidra and not IDA Pro?
Ghidra is free, open-source, and developed by the NSA — fully featured for ECU firmware analysis. IDA Pro costs thousands of euros per year. This course uses Ghidra exclusively, so the tool cost is zero. The methodology is what the course teaches — Ghidra is the vehicle.
What ECUs does this course cover?
PowerPC architecture: Freescale / NXP MPC5xx family cores, Book E instruction set. Covers Continental SID208 / SID807 / SID307 in GM, Ford, Stellantis petrol passenger cars, plus Delphi DCM6.x and Denso truck ECUs in Scania, MAN, Volvo, Cummins ISB / ISC / ISL commercial platforms. For Bosch TriCore ECUs see the TriCore track. For Japanese OEMs and motorcycles see the Renesas track.
How long does it take?
About 5–6 weeks at ~1 hour per day across 8 chapters. Self-paced with lifetime access. Every chapter ends with hands-on practice on real Continental / Delphi / Denso firmware — not slides, not simulated dumps.
Two ways to go further.
Most Fundamental students take Practice too. Bundle now and save the upgrade later.
Open any Continental / Delphi / Denso firmware. Understand the algorithm.
8 chapters. 5–6 weeks. The methodology that turns you from calibrator into reverse engineer.