
Explore Atheros wireless chipsets, covering MAC, radio, RTC, and host interfaces. Dive into PHY, RF details, and advanced features for a comprehensive understanding of wireless technology.

Explore SDR techniques using hackrf, covering hardware design, RF interfaces, and RFID frequencies in this comprehensive wireless technology overview.

Learn essential hacking survival skills for various scenarios, including financial collapse and government failure. Explore technologies like ham radio, packet radio, and HSMM-MESH to stay connected in challenging times.

Analyze the Ukrainian power grid hack, exploring tools, techniques, and implications. Learn about ICS vulnerabilities, attack stages, and strategies to enhance critical infrastructure security.

Explore ancient Roman military strategies and their surprising parallels to modern network defense, offering innovative approaches to cybersecurity challenges.

Explore the surprising synergy between JavaScript and robotics, uncovering the potential of NodeBots and the unique advantages of using JS in robotic development.

Explore architectural patterns for building resilient distributed systems, focusing on adaptation, decomposition, consistency, and safety. Learn strategies for system evolution and testing.

Explore formal specifications for everyday system design, untangling assumptions and reworking designs. Learn to apply this approach to common technologies like load balancers and message queues.

Explore business capability mapping for effective microservice design, enhancing agility and product velocity through alignment with organizational capabilities and technical concerns.

Explore a systems engineering approach to reverse engineer legacy software in complex systems, focusing on understanding development reasoning and creating roadmaps for incremental improvements.

Explore customizing Qt for high-performance graphics on specialized hardware, including modifications for devices without GPUs and extending QML across multiple displays.

Explore sagas for modeling complex collaborative domains without distributed transactions, focusing on failure handling and eventual consistency in stateful systems.

Explore Apollo program's engineering innovations, project management techniques, and software development strategies that revolutionized space exploration and remain relevant in modern technology.

Explore Netflix's multi-region strategy for improved availability and latency, including algebraic models, incident management, and design considerations for efficient failovers and user steering.

Explore Lamphone, a novel optical side-channel attack that recovers sound from desk lamp vibrations, enabling passive eavesdropping from a distance with high-quality results.

Explore a novel programming model for intermittent computing on ultra-low-power microcontrollers, enabling efficient multithreaded processing and event handling with minimal progress loss during power failures.

Explores metastable failures in distributed systems, analyzing real-world incidents to categorize triggers and amplification mechanisms, aiding understanding and potential solutions for this prevalent issue.

Explore isolation mechanisms for high-speed packet processing pipelines, focusing on Menshen's approach to enforcing isolation between modules in programmable data planes.

Learn about creating and selling Solo, an open-source security key implementing U2F and FIDO2 protocols. Explore hardware design, crowdfunding, production challenges, and the benefits of open-source security devices.

Uncover the mysteries of IMSI catchers, their functionality, detection methods, and legal implications. Gain insights into cellular network fundamentals and cutting-edge research on unauthorized cell sites.

Explore hardware security threats, detection methods, and threat modeling with minimal equipment. Learn to identify unexpected features and understand the challenges of hardware implants and interdiction.