
Explore Intel microcode reverse engineering and customization techniques, uncovering CPU vulnerabilities and enhancing processor functionality.

Explore techniques for hacking Shannon baseband from a phone, uncovering vulnerabilities and potential exploits in mobile communication systems.

Explore ASN.1 parser vulnerabilities in cellular baseband, uncovering security risks and exploitation techniques in mobile communication systems.

Explore the attack surface and security implications of eSIM technology through a comprehensive deep dive into embedded threats.

Explore WISCANet: Simplify SDR network implementation for large-scale experiments using GNURadio and other programming languages. Learn about flexible multi-channel phase coherence and open-source capabilities.

Explore an experimental setup for collecting nRF2.4 and LoRa device signatures using software-defined radio, aimed at machine learning-based device authentication.

Explore real-time indoor intrusion detection using Wi-Fi signals and GNU Radio. Learn about leveraging internal radio receiver signals for physical channel monitoring and system implementation.

Unlock hidden features of a vintage oscilloscope through reverse engineering, exploring obsolete hardware, and firmware disassembly. Discover the journey of hacking and enhancing old tech.

Hack Switch controllers to play Taiko rhythm games using a homemade drum, microphone, and Teensy microcontroller. Explore signal processing and creative gaming solutions.

Explore Reso, a graphical logic circuit design language inspired by Piet and Conway's Game of Life. Learn to create and execute bitmap circuits using your favorite graphics editor.

Explore geometric harmonic analysis of 1-parameter sets with insights from D. Dominique Kemp's research at the Institute for Advanced Study.

Explore digital quadrature amplitude modulation using real signals from a software defined radio. Visualize wireless transmission and gain insights into digital communication systems.

Explore the Radxa X4 N100 single board computer, comparing its performance with Raspberry Pi 5 and demonstrating Windows 11 and Linux Mint capabilities. Learn about cooling solutions and temperature management.

Explore open-source code linting techniques for chip design and verification, enhancing quality and efficiency in semiconductor development processes.

Explore how OpenTitan's Silicon Commons is transforming chip design, revolutionizing the industry with open-source hardware and collaborative innovation.

Explore building ML accelerators on affordable FPGAs using Python-based tools. Learn about open-source and proprietary options for FPGA development and the broader silicon landscape.

Overcome electronics project fears with beginner-friendly guidance. Learn to build basic sensors, use microcontrollers, and gain confidence in DIY electronics without special tools or coding.

Explore novel algorithms for geographic decomposition in large-scale power systems, addressing inefficiencies in inter-regional interconnections using JuMP and PowerSimulations.jl.

Explore the intricacies of MOSFET bypassing in electronics repair, focusing on a Lenovo X1 laptop case study. Learn when this technique is appropriate and how to troubleshoot charging issues effectively.

Explore AI voice cloning and its impact on voice authentication systems. Learn voice cloning techniques and discuss trends in voice security.

Explore control synthesis for cyber-physical systems through discrete abstractions and dynamic simplification via lifting, with insights on Koopman embeddings and potential applications.