
Explores Tor's congestion issues, proposing KIST algorithm to improve network performance by optimizing socket management using real-time kernel information, reducing latency and increasing throughput.

Explores k-fingerprinting, a robust website fingerprinting technique using random decision forests, demonstrating high accuracy in identifying visited web pages through encrypted connections.

Learn to quickly estimate system performance using base rates and napkin math, enabling informed decision-making in technical discussions and design processes without building systems first.

Explore a privacy-preserving protocol for detecting exposed credentials, its implementation as a cloud service, and its effectiveness in prompting users to update compromised passwords.

Explore DNSControl, a DNS DSL and compiler enabling DevOps practices for DNS management. Learn how StackOverflow.com automates complex configurations, simplifies updates, and enhances reliability.

Explore Microsoft Azure's Virtual Filtering Platform (VFP), a programmable virtual switch for host SDN in public clouds. Learn its design, API, flow language, and real-world performance in large-scale deployments.

Programmable system for adaptive, performance-aware network routing across various topologies and policies. Compiles network-wide policies into switch-local programs, implementing specialized distance-vector protocols for optimized path selection.

Explores TCP adaptation for modern reconfigurable datacenter networks, proposing dynamic queue resizing and explicit circuit state feedback to improve circuit utilization and performance.

Explores MALT, a multi-layer topology representation for network management, covering its benefits, implementation challenges, and lessons learned in creating a comprehensive topology model.

Innovative network design for datacenters combining low-latency delivery and high-bandwidth efficiency through dynamic reconfiguration, outperforming static topologies for various workloads.

Explore DDoS attacks: structure, evolution, and countermeasures. Learn about botnet creation, recent high-profile incidents, and ongoing efforts to combat this cybersecurity threat.

Discover how Facebook's active probing system detects network faults in real-time, even in deep layers. Learn to build a similar system using open-source tools and see a live demo.

Comprehensive exploration of TCP architecture, enhancements, and tuning, covering core concepts, connection establishment, flow control, congestion avoidance, and performance optimization techniques for network engineers.

Explores vulnerabilities in Bluetooth Low Energy protocol implementations, presenting a systematic fuzzing framework that discovered 11 new vulnerabilities across various devices and IoT products.

Innovative consensus protocol leveraging RDMA for microsecond-scale replication and rapid fail-over in latency-sensitive applications, significantly outperforming existing systems.

Explores Frenzy, a novel programmable NIC design with high-performance switching interconnect and hybrid push/pull packet scheduler, addressing limitations in multi-tenant networks and diverse offloads.

Discover Facebook's innovative load balancing techniques for handling billions of users, improving performance, managing capacity, and enhancing reliability at a global scale.

Unveils critical API vulnerabilities in 4G/5G networks, exposing risks for AI, MEC, and IoT applications. Explores attack vectors, security misconfigurations, and potential exploits in commercial providers' systems.

Explore new lateral movement techniques in Azure AD joined machines, including Pass-The-Certificate attacks and hunting solutions for enhanced network security.

Explore innovative techniques for IPv6 scanning, uncovering vulnerabilities and effective methods to obtain IPv6 addresses despite the vast address space.

Explore the rise of VPN exploits amid increased remote work, focusing on Pulse Secure vulnerabilities, incident response challenges, and threat actor tactics in cyber espionage campaigns.