
Explore DNS vulnerabilities, attacks, and security measures. Learn analysis techniques and tools to detect and prevent malicious DNS activities in enterprise networks.

Explore MADFINGER Games' approach to building next-gen multiplayer mobile FPS using Unity's connected game tech, covering matchmaking, server hosting, and voice communications.

Practical insights on building elite cyber-teams, debunking myths and providing actionable strategies for network defense in Fortune 500 companies.

Explore live adversary simulation techniques, enhancing communication between red and blue teams for effective cybersecurity. Learn to perform threat simulations, map APT phases, and implement purple teaming strategies.

Discover hidden network access and vulnerabilities using free tools. Learn to identify and mitigate risks from vendor connections and IoT devices in your organization's infrastructure.

Explore subdomain takeover vulnerabilities and learn prevention strategies, including education, detection, and hardening techniques, based on Starbucks' experience and solutions.

Explore how DNS servers can be transformed from security targets into powerful security tools, implementing policies and using telemetry to identify malicious patterns.

Explore end-to-end honey networks for breach defense, combining honeypots, security sensors, and continuous monitoring. Learn open-source and enterprise options for networks of any size.

Explore ransomware's evolution and impact through the SamSam case study. Gain insights into cybercrime investigation, extortion tactics, and law enforcement's response to this growing threat.

Discover how to think like a hacker to protect your company's assets. Learn effective strategies for identifying vulnerabilities, preventing breaches, and implementing robust security measures.

Explore network vulnerabilities and attack techniques targeting first-hop protocols, including CDP, multicast, STP, VLAN hopping, and FHRP. Learn defensive strategies for securing Layer 2 infrastructure.

Learn to manipulate bus protocols through bit banging techniques, gaining control over hardware communication and exploring potential security implications in embedded systems.

Explore Erlang's suitability for building authoritative DNS servers, covering language features, development challenges, and performance optimization techniques for DNS server implementation.

Explore the parallels between wireless telegraphy and Apache Pulsar, uncovering design principles for distributed, low-latency messaging systems. Gain insights into Pulsar's architecture, features, and future potential.

Explore the enduring computing systems of NASA's Voyager probes, launched in 1977 and still operational. Learn about their design, adaptability, and resilience in space exploration.

Explore Facebook's innovative approach to network infrastructure, focusing on disaggregating hardware and software for large-scale data centers and the operational challenges encountered.

Explore enterprise-grade serverless solutions with Azure Functions 2.0, covering identity integration, containerization, workflow management, and cold start latency reduction for complex applications.

FreeFlow: software-based RDMA virtualization for containerized clouds, enabling high-performance networking with isolation, portability, and controllability. Achieves near bare-metal RDMA performance for applications like TensorFlow and Spark.

Innovative network architecture for disaggregated racks using fast circuit switches, offering high density and performance with lower power consumption. Addresses unique challenges in connecting dense clusters of compute, memory, and storage blades.

Active probing system for accurate failure localization in data centers. Detects device and link failures, integrates domain knowledge with machine learning for high accuracy and resilience to data inconsistency.

Runtime programmable switches enabling partial reconfiguration of network data planes without service disruption. FlexCore design allows flexible updates with consistency guarantees, demonstrating feasibility and benefits for future networks.