Reverse Hardware Engineering

Mon, 19 Jan 2026 22:06:02 +0100

STM32F4 Firmware Extraction & Protocol Analysis. See PDF Report

Project Description

This project focused on hardware reverse engineering and the study of embedded systems. We dissected an STM32F4-based device to understand its internal logic and communication:

Firmware Extraction: Interfaced with the STM32F4 microcontroller via debug ports to successfully dump the internal memory and retrieve the binary payload.
Protocol Analysis: Identified and decoded TLV (Type-Length-Value) command structures used by the firmware to exchange data with external peripherals.

Reverse Software Engineering

Sat, 20 Dec 2025 18:06:05 +0100

Deep binary analysis of Command & Control components and malicious documents. See PDF Report

Project Description

This project focused on software reverse engineering and the study of complex infection chains. I dissected malicious components to understand their internal mechanics:

Binary Analysis: Used Ghidra and Binary Ninja to reverse-engineer a C2 component, analyzing its communication mechanisms and persistence capabilities.
Malicious Document Analysis: Investigated compromised XLS and PDF files, including macro flow analysis to identify execution vectors.
Infection Chains: Reconstructed the complete attack lifecycle, from document delivery to the execution of the final payload.

Added Value & Professional Objectives

This experience allowed me to develop a rigorous approach to static analysis and a deep understanding of malicious software architectures:

Reverse on Hello Friend

Reverse Hardware Engineering

Project Description

Reverse Software Engineering

Project Description

Added Value & Professional Objectives