
Explore practical applications of reinforcement learning in industrial systems, focusing on real-time control algorithms for supply chains, logistics, and energy management in non-stationary environments.

Explore rigorous analysis methods for fault tolerance in stabilizer channels, focusing on surface codes, LDPC codes, and Floquet codes for quantum computing applications.

Discover how KNX technology evolves in automation while maintaining backward compatibility, from its secure foundations to IoT integration, ensuring reliable and future-proof smart building solutions.

Discover how IoT data fuels generative AI innovation through real-world examples in automotive, smart home, and industrial sectors, exploring the synergy between IoT and AI for transformative business outcomes.

Discover how Lockheed Martin revolutionized manufacturing by implementing IoT and robotics for automated tool delivery, predictive ordering, and facility inspection using Boston Dynamics Spot robot.

Discover Ford's innovative journey towards Industry 5.0, exploring cutting-edge technologies like IoT, AI, robotics, and blockchain that are revolutionizing automotive manufacturing and shaping a more sustainable future.

Learn to build battery-powered mobile beehive scales using Eclipse/Californium and Eclipse/tinydtls, with hands-on guidance for DIY IoT construction and implementation.

Discover how to develop stateful realtime C++ applications using Art language in Theia, featuring state machines, capsules, and events with both textual and graphical notations for optimized code generation.

Discover how open-source hardware and RISC-V technology enable IoT applications through Eclipse Foundation and OpenHW's ecosystem, featuring CORE-V cores and practical MQTT protocol demonstrations.

Discover how to build Linux-capable SoCs using Intel Pathfinder for RISC-V and OpenHW CORE-V CVA6, exploring pre-silicon development environments and open-source hardware integration for efficient system design.

Discover how to build an IoT operating system using Oniro's stack, exploring standards integration, compliance processes, and innovative solutions for device interoperability and management.

Discover how Zenoh-Flow structures complex applications into computing units, demonstrated through an Autonomous Driving platform implementation with focus on deployment automation and business logic development.

Discover how to modernize Eclipse IDE's browser technology through Chromium integration, exploring different implementation approaches and their practical applications in development projects.

Explore the vulnerabilities of modern access control systems through live demonstrations, understanding fundamental design flaws and historical attacks on card-based security mechanisms.

Discover how to bypass airgapped systems and execute wireless payloads using affordable Arduino hardware and basic coding techniques for penetration testing medical devices.

Discover how to build Fly Catcher, a Raspberry Pi-based device using neural networks to detect spoofed aircraft signals through ADS-B monitoring and analysis in real-time.

Delve into the discovery of RingHopper, a critical UEFI vulnerability affecting billions of devices, exploring exploitation techniques and elevation methods across Windows and Linux systems.

Explore running Windows 11 ARM on Orange Pi 5 SBC using WoR project. Learn setup process, hardware requirements, and performance of ARM and x86 apps on this unique configuration.

Explore Tesla's AI innovations with Andrej Karpathy, delving into cutting-edge deep learning applications in autonomous driving and computer vision.

Explore Chaos Mesh, a popular open-source platform for cloud native chaos engineering. Learn implementation, best practices, and how to enhance observability in chaos experiments for improved efficiency.

Explore GitOps-based lifecycle management for cloud-native 5G core networks, focusing on automation, CICD practices, and infrastructure upgrades in Deutsche Telekom's implementation of Mavenir's 5G SA platform.