
Comprehensive review of Khadas VIM 4 single-board computer, showcasing its features, performance, and versatility through Ubuntu and Android demonstrations, with a focus on its HDMI input capability.

Comprehensive comparison of five ARM single-board computers as alternatives to Raspberry Pi 4, highlighting their features, performance, and use cases for makers and tech enthusiasts.

Comprehensive review of Orange Pi 800 ARM keyboard computer, including unboxing, specs, internal components, and performance tests with Ubuntu and Manjaro operating systems.

Learn to build a combinational logic circuit for decoding 4 bits into a one-digit hexadecimal display, exploring the complexities and challenges of digital circuit design.

Explore the master-slave JK flip-flop: its design, functionality, and construction. Learn how this solution addresses the "racing" problem in digital circuits.

Explore the logic behind an 8-bit computer clock module, combining 555 timers and logic gates to create a functional timing system for digital circuits.

Explore the construction of a computer clock using 555 timers, focusing on the bistable multivibrator for debouncing the toggle switch in manual and oscillator modes.

Explore deep submicron backdoors in hardware security, examining vulnerabilities and potential exploits at the microscopic level of integrated circuits.

Explore ML-based detection for IIOT gateways, focusing on embedded Linux security architecture and instant attack detection from device and network vectors.

Exploring Boole's algebra for circuit analysis, covering logic gates, negations, and practical examples. Provides a unique approach to understanding and simplifying complex circuits.

Explore latches and flip-flops in digital circuits, covering RS latches, D flip-flops, and JK flip-flops. Learn about state storage elements and programmable logic devices.

Explore code forensics techniques for analyzing high-level languages, compilers, and architectures. Learn debugging and tracing methods to uncover hidden software behaviors and vulnerabilities.

Explore code forensics techniques, from high-level languages to virtualization, obfuscation, and network analysis. Learn practical skills for investigating and analyzing software systems.

Explore live forensics techniques, architecture, and core concepts for digital investigations, covering topics from high-level languages to virtualization and emulators.

Hands-on workshop on breaking encrypted 3D printer firmware, covering techniques like frequency analysis, known-plaintext attacks, and ARM architecture exploitation using tools such as Matplotlib and SciPy.

Explore real-time video analytics acceleration using CPU+FPGA platforms. Learn about performance optimization, latency reduction, and cost-effective solutions for industrial applications like fraud detection and surveillance.

Explore Kali Linux, the evolution of BackTrack, featuring improved infrastructure, Metasploit integration, and ARM support. Learn about its development, new features, and community-driven enhancements.

Explore TrustZone technology for securing sensitive data in ARM CPUs, its potential applications, and the open-source OP-TEE implementation for Linux, with insights on current limitations and future possibilities.

Efficient video streaming on embedded systems using open-source components: capturing, encoding, streaming, decoding, compositing, and displaying with hardware acceleration on i.MX6 SoC.

Explore cryptographic system protection on ARM processors, from bootloader to root file system. Learn about FOSS components, implementation challenges, and lessons from a large-scale project.

Explore EFL, a UI toolkit for embedded systems offering stable API, efficiency, and versatility. Learn its features, concepts, and applications in various devices and platforms.