
Explore the evolving embedded GPU landscape, including new standards, hardware changes, and software ecosystem demands, with insights on Linux support and driver comparisons.

Explore challenges and solutions for low-spec embedded Linux devices, focusing on innovation, cost-effectiveness, and collaborative problem-solving in the consumer industry ecosystem.

Comparing embedded system command line options: toybox, BusyBox, and GNU tools. Explores advantages and implications of each for building embedded systems.

Explore secure update methods for memory-constrained XIP systems, addressing challenges and providing real-world examples for IoT devices running Linux directly from flash memory.

Explore secure, scalable OSTree updates with Aktualizr-lite, eliminating the need for constant SD card reformatting and complex test automation in embedded device management.

Explore integrity measurement systems for embedded devices, overcoming challenges in security-enhanced Android and Linux to improve reliability without compromising user experience.

Explore diverse methods for provisioning embedded Linux images on IoT devices, covering bootloaders, storage options, and popular build systems like OpenEmbedded and Yocto.

Explore TPM 2.0's advanced authorization capabilities in resource-constrained devices. Learn policy design, calculation, and satisfaction, with practical use cases and a complex example.

Explore challenges and solutions for building secure IoT devices, covering provisioning, trust, integrity, connectivity, attestation, and firmware updates in the context of PSA and Trusted Firmware M.

Detailed analysis of Industroyer2 malware targeting Ukraine's power grid, comparing it to the original Industroyer and exploring its communication with ICS hardware using industrial protocols.

Explore recent UEFI firmware security changes, focusing on Intel CPUs. Covers firmware mitigations in SMM/DXE and new attacks on Intel PPAM, offering unique insights from an offensive security perspective.

Learn to create efficient release pipelines using GitHub Actions, with practical examples for deploying applications to various targets, including embedded systems.

Explore NeuroMANCER, an open-source library for integrating machine learning with scientific computing, solving optimization problems, and creating differentiable models with physics-based constraints.

Generate and search multimodal embeddings in BigQuery for enhanced data exploration, pattern recognition, and clustering, leading to faster insights and decision-making.

Explore multimedia processing using FFMpeg and Python. Learn to handle various codecs and formats efficiently, leveraging FFMpeg's powerful capabilities through Python integration.

Hands-on introduction to Arduino programming for IoT projects. Learn to control inputs, outputs, GPS, and essential components to kickstart your Arduino journey.

Explore strategies for building high-performance teams through collective effort, fostering trust, speed, and effective structures. Learn to navigate challenges and create a positive team culture.

Exploring the connection between activism and Open Data, proposing Open Analytics to transform data into actionable knowledge for social activists.

Comprehensive guide to performance testing Java applications, covering goals, environments, tools, and analysis techniques for robust server-side application benchmarking and optimization.

Explore IoT device hacking and beer brewing using JavaScript, microcontrollers, and serverless technologies. Learn to collect, process, and analyze fermentation data with open-source tools.

Explore the cutting-edge world of synthetic media, from photorealistic humans to virtual environments. Discover the technical aspects and societal implications of AI-generated content and virtual production.