
Delve into the mysterious world of ethernet protocols, exploring obscure ethertypes across industrial, medical, and transportation networks, with practical demonstrations and security implications.

Explore the fundamental principles of network functionality and operation in this comprehensive introduction to networking concepts.

Comprehensive network design training covering OSI model, protocols, technologies, design principles, WAN, IPv4/IPv6, routing, security, voice/video systems, and wireless LANs for IT professionals seeking expertise.

Explore network communication in OS development, focusing on sending/receiving data and building a TCP/IP stack. Gain hands-on experience in implementing crucial networking components.

Explore Greybus protocol adaptation for IoT, its benefits, and limitations. Learn about remote bus control and device support in modular systems.

Explore network protocols, focusing on TCP/IP, sliding windows, congestion control, and denial of service attacks. Includes practical demonstrations and packet tracing exercises.

Comprehensive overview of networking protocols including ARP, HTTP, TCP/IP, UDP, SMTP, SNMP, and POP, covering their functions and applications in computer networks.

Explore Docker container networking, from basics to advanced concepts, covering connectivity, design challenges, tools, and deployment patterns for efficient application communication.

Develop a low-level TCP/IP server from scratch, gaining in-depth knowledge of network protocols and operating system internals.

Explore Single-Pair Ethernet and Zephyr OS for secure, real-time connectivity in industrial IoT. Learn how this combination enables flexible, high-data-rate links and IP connectivity to field devices.

Explore the Internet's history, TCP/IP protocols, and future developments with Vint Cerf, a pioneer in the field. Gain insights into AI's impact and the concept of interplanetary internet.

Comprehensive guide to TCP/IP fundamentals for developers, covering IP addresses, subnets, DHCP, DNS, and networking concepts essential for modern programming and web development.

Explore secure input handling techniques to prevent vulnerabilities in network protocols. Learn to implement robust recognizers using parsing libraries for safer data processing.

Explore network exploitation using Scratch programming language, extending its capabilities to create exploits and fuzz vulnerable services through custom TCP/IP function blocks.

Explore iOS/macOS networking vulnerabilities, focusing on mbuf processing in XNU kernel. Learn about network packet structures, vulnerability discovery techniques, and PoC exploit development.

Exploring security vulnerabilities in DNS implementations due to complexity and ambiguity in RFC 1035, focusing on message compression and its impact on TCP/IP stacks.

Explore TCP/IP, IPv6, routing, and internet architecture. Learn about BGP, ISPs, and internet exchanges to understand how the global network remains functional.

Explore Tortilla, a new tool for securely routing all TCP/IP and DNS traffic through Tor on Windows, enabling anonymous use of any program without additional hardware or VPNs.

Explore techniques for building a blind IP spoofed portscanning tool, covering TCP/IP basics, traditional scanning methods, and advanced concepts like raw sockets and stateful firewalls.

Exploring the evolution of FOSS, its economic impact, and the importance of full engagement in collaborative development for maximizing value and ensuring project longevity.

Discover how to leverage dperf, a DPDK-based network load tester, to generate massive traffic for L4 load balancer testing with capabilities reaching 100Gbps throughput and billions of concurrent connections.