
Design efficient, secure networks for distributed cloud apps across regions, enhancing performance and reliability. Explore modern architectures, product demos, and case studies.

Explore key networking innovations, design guidelines, and case studies for building modern networks in hybrid/multicloud environments with generative AI integration.

Master OSPF authentication with key rotation, keychains, and HMAC-SHA. Enhance network security through practical demonstrations and configuration examples for seamless key changes.

Explore OSPF topology reconstruction using only the Link State Database. Analyze LSAs, understand router relationships, and compare single vs multi-area OSPF configurations.

Dive deep into TCP with 12 key concepts, exploring sequence numbers, acknowledgements, window size, flow control, connection establishment, and termination. Master the intricacies of this crucial Internet protocol.

Learn AJAX fundamentals through hands-on coding, building a simple application to understand its practical implementation and benefits in web development.

Learn to write simple eBPF programs, exploring their potential in Linux kernel observability, networking, and security. Gain hands-on experience with this powerful technology.

Explore CoAP's versatility in networking across various protocols and platforms, enhancing IoT communication efficiency and interoperability.

Explore network-based time synchronization protocols, their trade-offs in accuracy and security, and practical applications in embedded systems and robotics.

Add Bluetooth functionality to nRF9160/nRF9161 devices using Zephyr RTOS. Learn implementation techniques, sample code, and best practices for cellular-Bluetooth integration.

Develop a custom BLE service for nRF9160 Feather using Zephyr RTOS, enhancing IoT device connectivity and functionality.

Explore routing in networks, routing tables, ISP network organization, router components, and design goals for enhanced network performance.

Explore IP addressing, CIDR, route prefixes, and trie-based data structures for efficient route lookup performance in IP networks.

Explore routing fundamentals, network organization, and router components in ISP networks. Learn key concepts for efficient network design and operation.

Explore advanced IP table lookup techniques using Multi-Bit Trie and Level Compressed Trie, with a focus on hardware route lookup optimization.

Explore IP layer services, packet classifiers, and trie-based data structures for efficient packet classification in computer networks.

Explore Quality of Service (QoS) concepts, including its necessity and implementation methods, with a focus on the Integrated Service Model.

Explore IP layer services, packet classifiers, and trie-based data structures for efficient packet classification in network systems.

Explore traffic policing, scheduling, and shaping techniques to optimize network performance and ensure quality of service.

Explore OpenFlow as a key SDN southbound interface, understanding its principles and applications in network management.

Master P4 programming essentials, from key abstractions to custom actions and control flow, enhancing your network programming skills.