
Explore DOE's project integrating cloud tech into the electric grid, enhancing resilience and supporting decarbonization through consequence-driven approaches.

Explore Codesys V3 SDK, its use in ICS devices, forensic artifact collection, and the discovery of 31 zero-day vulnerabilities affecting millions of devices worldwide.

Explore strategies for securing legacy systems in critical infrastructure when modern security practices are unavailable. Learn to integrate older technologies into a robust security posture.

Explore bottom-up manifold learning techniques for creating low distortion embeddings, enhancing data visualization and dimensionality reduction in signal processing applications.

Learn to enhance DIY projects with displays: LCD, OLED, 7-segment, and more. Step-by-step guide for connecting to ESP32, configuring with ESPHome/Arduino, and displaying data from various sources.

Insightful analysis of 2023 OT vulnerabilities, focusing on risk-based management, critical disclosures, and emerging trends in operational technology environments.

Explore printer vulnerabilities and exploit chains for Canon and Lexmark models. Learn about firmware analysis, debugging closed systems, and network security implications of office printers.

Explore key frameworks for assessing software vulnerabilities, including VEX, EPSS, CVSS, and SBOMs. Learn to enhance security through automated policy and GitOps practices.

Explore WebAssembly's potential for accelerating ML/AI workloads on diverse hardware outside browsers, enabling transparent performance boosts without code changes.

Explore testing automation systems for embedded environments, comparing strengths and use cases to enhance reliability and efficiency in development processes.

Explore Boeing's approach to measuring Linux kernel code coverage for safety-critical avionics, focusing on RTCA DO-178C requirements and the enhancement of LLVM coverage tools.

Explore safety engineering limitations in software development through practical examples and the "Cinderblock Problem," gaining insights for critical systems design.

Explore the transition from C to Rust in embedded systems, covering learning curves, migration strategies, compiler integration, cross-compilation, testing practices, and code size optimization.

Learn best practices for configuring SSH authentication on embedded Linux devices, exploring various mechanisms and their effectiveness in protecting against security threats.

Explore the latest developments in Rust integration with Zephyr, including the current RFC and challenges related to device-tree implementation.

Explore ARM's role in 5G O-RAN, focusing on real-time kernel implementation for enhanced network performance. Learn about testing and tuning RT latency on ARM server cores using cyclictest.

Explore Golang integration in Yocto Project for embedded systems, covering dependency management and software integration techniques for efficient development.

Explore efficient delta update techniques for embedded devices, focusing on reducing update sizes and improving transfer speeds, especially for mobile connections.

Learn to configure and build heterogeneous systems using Yocto Project's multiconfig feature, integrating various environments like Linux, FreeRTOS, and Zephyr with System DeviceTree and lopper tool.

Explore security incidents from 2023 in embedded Linux, revealing development patterns and anti-patterns. Learn from real-world examples to improve embedded system security and avoid common pitfalls.

Explore security challenges in 5G networks, attack vectors, and mitigation strategies for telco workloads in the cloud era. Learn about automated security measures for distributed networks.