
Innovative framework for optimizing network-wide monitoring in diverse, dynamic environments. Reduces resource overhead while maintaining performance, coverage, and accuracy through automated profiling and task allocation.

Explore DONAR, a system enabling anonymous VoIP over Tor with high quality-of-experience through innovative traffic management and performance optimization techniques.

Automated system for converting uncompilable P4 programs into compilable versions, addressing fitting issues in programmable switches and significantly reducing development time.

Automated tool for finding RFC compliance bugs in DNS nameservers. Generates test cases to uncover implementation differences and vulnerabilities, improving DNS software reliability and security.

Elastic data structures for optimal resource utilization in programmable networks. P4All extends P4, enabling modular switch programming and efficient resource allocation across various network applications.

Explore isolation mechanisms for high-speed packet processing pipelines, focusing on Menshen's approach to enforcing isolation between modules in programmable data planes.

Explore PCAT, a system addressing evolving network telemetry challenges at Facebook through change tracking, intent-based layering, and adaptive design for large-scale production environments.

Explore NetHint, a white-box networking approach for multi-tenant data centers. Learn how cloud providers and tenants can collaborate to enhance application performance through adaptive data transfer scheduling.

Explore FlexTOE, a high-performance TCP offload engine for SmartNICs. Learn about its flexible design, fine-grained parallelism, and performance benefits in various network scenarios and hardware architectures.

Edge-queued datagram service for datacenters moves queuing to sending hosts, enabling multiple protocols to coexist, improving performance, and facilitating future enhancements without modifying higher-layer stacks.

Scalable hardware acceleration architecture for stateful layer-4 load balancing, supporting high traffic rates, large concurrent flows, and numerous new connections without traffic pattern assumptions.

Explore the design of ultra-low latency wide-area networks using free-space microwave wireless connectivity, addressing practical challenges and demonstrating economic viability.

Innovative virtual switch solution preventing packet loss and improving network performance through dynamic queuing, doorbell queues, and overlay network techniques for enhanced application responsiveness.

Flexible multi-tenant persistent memory caching framework for efficient resource management, QoS guarantees, and performance isolation in cloud environments.

Explore packetdrill, a scripting tool for testing TCP/UDP/IP network stack implementations. Learn its design, usage, and impact on developing Linux TCP features and bug fixing.

Explore reconfiguring wireless environments with large arrays of inexpensive antennas to improve communication. Innovative approach achieves significant throughput and capacity gains in real indoor settings.

Explore Homa/Linux: a high-performance transport protocol outperforming TCP and DCTCP in latency and congestion control, with potential for further optimization through software overhead reduction.

Explore Project Everest's verified, high-performance secure communication components. Learn about F* programming, EverCrypt, EverParse, and EverQuic-transport, and their adoption in major projects.

Análisis de contribuciones anónimas a Wikipedia a través de Tor, comparando calidad y patrones con otros tipos de usuarios para evaluar el impacto de bloquear proxies de privacidad.

Explores security vulnerabilities when using Bitcoin with Tor, demonstrating how attackers can compromise user privacy, control information flow, and potentially identify users despite anonymization attempts.

Explore techniques to protect Tor against active routing attacks, including a new guard relay selection algorithm and a real-time BGP monitoring system for detecting routing anomalies.