
Explore the top 6 single board computers of 2023 for makers and enthusiasts, featuring detailed reviews and comparisons of innovative models from various manufacturers.

Learn techniques to measure and optimize battery runtime for ESP32 boards, including current measurement, power profiling, and software optimization for IoT applications.

Learn to add custom board support in nRF Connect SDK. Covers hardware hierarchy, drivers, naming conventions, board files, and special considerations for nRF91/nRF53 Series. Includes practical demo and resources for developers.

Explore cutting-edge developments in RF and wireless technologies for ubiquitous computing at this ACM UbiComp/ISWC 2023 panel session, featuring expert discussions on innovative applications and future trends.

Explore the security vulnerabilities and potential threats in embedded SIM technology, uncovering risks and implications for mobile communications and IoT devices.

Explore the use of ferrite beads in power rails with expert Eric Bogatin. Learn about power distribution networks, inductance issues, and practical solutions through demonstrations and measurements.

Techniques for extracting and analyzing firmware from automotive internet modules, focusing on Qualcomm MDM-based units. Covers extraction methods, image analysis, and file system exploration.

Learn to design and create custom electronic attack devices, from circuit boards to complete Linux systems, for personalized and efficient security testing and penetration tasks.

Expert panel discusses the future of ultra-low emission vehicles, sustainable battery production, and the transition to zero-emission technologies, exploring challenges and opportunities in the evolving automotive industry.

Learn techniques for efficiently enabling new hardware to run Linux, from schematic review to successful upstreaming of bootloader and kernel patches, with real-world examples.

Explore statistical quality assurance for embedded Linux systems, covering best practices, automated testing, and data evaluation using R. Learn to avoid common pitfalls in interpreting results.

Explore Mender's open-source project for OTA updates to embedded systems. Learn about challenges, solutions, and future developments in this informative session.

Explore asymmetric multiprocessing systems, combining MCU responsiveness with application processor power. Learn motivations, use cases, and practical interprocess communication techniques.

Explore recent Buildroot enhancements for embedded Linux systems, including toolchain updates, architecture support, and infrastructure improvements for efficient development and customization.

Comprehensive security architecture for critical infrastructure, addressing nation-state cyber threats. Covers hardware roots of trust, secure boot, and integrity measures across various systems and networks.

Explore GCC/Clang optimizations for embedded Linux, covering size, performance, and architecture-specific tuning. Learn compiler-friendly coding and command-line options for power, performance, and size trade-offs.

Learn to simulate resistors in parallel using VPython, troubleshoot issues, and explore circuit behavior in this hands-on coding tutorial for physics enthusiasts.

Measure actual current in a circuit builder, using more electrons and fast-motion videography. Includes code for simulating electron movement in wires using VPython.

Explore capacitor behavior using a Drude-model circuit simulation. Learn to code and visualize physics concepts with VPython in this hands-on tutorial.

Explore innovative manufacturing security using Zero Trust, Machine Learning, and 5G in this research-driven presentation on building a smart, secure testbed for the future of industrial operations.

Explore strategies for widespread decarbonisation in transportation with experts discussing appropriate methods, challenges, and future prospects for sustainable mobility solutions.