
Explore the real-world impact and consequences of implementing IPv6 in a network environment, as shared through firsthand experiences and insights.

Explore IPv6: its history, challenges, and implementation. Learn about addressing, network sizes, protocols, security implications, and transition strategies from IPv4.

Explore cable broadband architecture, DOCSIS technology, and network components. Learn about modulation, provisioning, and security in cable systems.

Explore the concept of a universe transmitted over IP, delving into innovative ideas for digital connectivity and virtual worlds.

Explore anonymous networks Tor and I2P, learn setup, usage, and hidden services. Analyze real-world cases to understand security risks and best practices for maintaining anonymity online.

Learn to build and use Ubertooth One, a low-cost device for Bluetooth sniffing and wireless security research. Explore open source hardware for 2.4 GHz wireless development and experimentation.

Explore the evolution of 802.11ac Wi-Fi technology, its advancements, and implications for wireless networks in this Defcon Wireless Village presentation.

Learn to build a secure, encrypted network using Raspberry Pi for covert communication and data exfiltration. Explore tunneling, darknet setup, proxy pivoting, and creative hardware modifications.

Explore challenges and strategies for service providers transitioning from IPv4 to IPv6, covering consumer issues, hardware compatibility, and regulatory considerations.

Learn to set up and manage Headscale, an open-source Wireguard control server for Tailscale networks. Covers server configuration, reverse proxy setup, user management, and web UI installation.

Explore Istio's multicluster networking modes for connecting Kubernetes clusters across networks. Learn about single/flat and gateway/multi-network approaches, their pros and cons, and how to choose the best option for your use case.

Explore VPN behavior under packet loss, examining OpenVPN, IPSec, and netcat. Learn about packet timings, kernels, and algorithms to understand network queues and VPN fingerprints.

Dialogue-based AI system for efficient network diagnosis in data centers, reducing manual oncalls and improving issue resolution through natural language interactions and automated workflows.

Netcastle: A comprehensive CI/CD network testing system addressing reliability challenges in complex infrastructures. Supports various use-cases across multiple teams, running 500K+ daily tests for firmware, control planes, and controllers.

Explores ACK-driven congestion control for lossless Ethernet, improving flow completion time and addressing issues like congestion spreading and head-of-line blocking through packet conservation principles.

Automated testing tool for BGP implementations, generating 150K tests to identify correctness bugs in popular routing software. Addresses challenges in stateful protocols and complex structures.

Innovative compiler integrating query-driven telemetry and sketch algorithms for efficient network monitoring, balancing expressiveness, accuracy, and resource usage through automated optimization.

Secure system enabling smaller networks to optimize Internet routing without relying on large providers. Exposes diverse paths, collects telemetry, and dynamically reroutes traffic to improve performance.

Innovative key-value storage system using lock-free design for concurrent updates, achieving higher throughput and lower latency than state-of-the-art alternatives.

Introduces FLM, a language for network monitoring that recognizes packet sequences. Compiles to P4 code for switch ASICs, enabling efficient implementation of various monitoring tasks.

Innovative framework for scaling sketching algorithms across multiple cores, enhancing network monitoring accuracy and performance with continuous, change-based aggregation mechanism.