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Lets Hack It

Lucas Teske's blog about electronics, hardware hacking, SDR, satellites, reverse engineering and more.

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Connecting to ShadowNode with MeshChatX

Connect MeshChatX to the public ShadowLink TSK-0 Reticulum node, verify the uplink, browse its NomadNet page, and join its RRC hub.

Can an AI Write a Working Exploit?

Can an LLM autonomously develop a working exploit achieving RIP control from a vulnerability description? We tested GLM-5.1 against a real integer overflow in wsServer and got RIP control. Here is how it went.

Reverse Engineering the AIR105 Bootrom - A Deep Dive into the MH1903S Boot Process

Reverse engineer the AIR105 bootrom and MH1903S security architecture. Explore the boot process, UART download protocol, and firmware validation steps.

Running code in a PAX Credit Card Payment Machine (part1)

Explore reverse engineering a PAX credit card payment machine to run code via processor swap and bypass tamper protection.

NAND Flash Memory Analysis and Decoding - Unveiling ECC Scattering in Unknown Devices

Aprenda a analisar memórias NAND Flash, entender a arquitetura de blocos e usar binwalk para decodificar dados. Identifique algoritmos de correção de erro (ECC) em dispositivos.

TPM 2.0: Extracting Bitlocker keys through SPI

Learn how to extract BitLocker keys from TPM 2.0 using SPI bus sniffing. A guide to reverse engineering hardware security with logic analyzers.

STM32F0x Protected Firmware Dumper

A guide on dumping STM32F0 protected firmware using Raspberry Pi Pico and SWD glitching to bypass Read-Out Protection (RDP).

Antenna Rotor - Part 2

Build a satellite tracking antenna rotor. This guide covers modifying motors, 3D printing parts, and using ESP32 with TMC2209 drivers.

Antenna Rotor - Part 1

Transforme um rotor Pelco PT175-24P em um rastreador de satélites. Veja como substituir os motores AC por passo a passo neste tutorial.

Introduction to FPGA

Learn about Field-Programmable Gate Arrays (FPGAs). Explore digital design, logic gates, and hardware programming with Verilog or VHDL.