
Explore the first real-world Slim Fly network installation, offering cost and power advantages over traditional topologies. Learn about deployment, management, and performance analysis of this innovative low-diameter network.

Innovative system for optimizing live video streaming quality, reducing latency and computational costs while enhancing viewer experience through dynamic bitrate ladder configuration.

Innovative packet loss recovery mechanism for edge-based interactive streaming, reducing bandwidth costs and improving video frame delivery while maintaining low latency requirements.

Innovative network emulation platform for preventing incidents, utilizing container-based switch images and efficient scaling techniques to enhance data center network reliability.

Innovative congestion control algorithm for cloud gaming, reducing frame delay and stall rates while increasing bitrate, enhancing player experience through near-zero queuing and high link utilization.

Innovative approach to enhance encrypted transport protocols using sidekick connections, improving performance without compromising security. Introduces quACK for efficient packet acknowledgment in opaque connections.

Explore DINT, a high-performance distributed transaction system using eBPF for kernel-level optimization, offering improved throughput and latency while maintaining security and debuggability.

Explores framework for designing congestion control algorithms with provable performance across diverse network scenarios, synthesizing algorithms and uncovering fundamental impossibility results.

Explore a novel datacenter architecture that guarantees congestion-free message delivery, offering bounded queueing and delays without sacrificing network utilization or performance.

Innovative hardware-assisted solution for RDMA performance isolation in multi-tenant clouds, enhancing resource sharing and preventing interference between tenants.

CHISEL: A system for dynamic wide-area network slicing, enabling end-to-end optical paths with guaranteed bandwidth and low latency, optimizing spectrum allocation in cloud networks.

Innovative Wi-Fi direct transport solution achieving near-Gbps speeds for efficient peer-to-peer file transfers, optimizing buffer management and reducing resource consumption on smartphones.

Explore network isolation strategies for multitenant Kubernetes clusters, focusing on secure traffic separation between tenants and infrastructure using multiple network interfaces and IP addresses.

Discover how to secure Kubernetes DNS and prevent unauthorized access to service information, exploring the implications and solutions for tightening cluster security.

Explore service discovery challenges in large-scale Kubernetes environments and learn solutions for efficient multi-cluster communication, including global DNS architecture and native VPC IP allocation using Cilium.

Explore Cilium Hubble for enhanced cloud-native network observability. Learn its eBPF-powered features, real-time monitoring capabilities, and how to implement it for improved visibility and security in your systems.

Explore OpenTelemetry Android's disk-buffering feature for robust data delivery in mobile environments. Learn implementation, configuration, and real-world application in Android apps.

Explore Istio's complex relationship with DNS, focusing on security, interception, and integration options for modern DNS features in cloud-native environments.

Explore eBPF's application in observability, focusing on capturing encrypted TLS traffic in JVM apps. Learn about limitations, alternative strategies, and a Datadog PoC for overcoming challenges in cloud native observability.

Innovative approach to extend RDMA-attached memory with SSD, enhancing storage capacity while maintaining high performance. Introduces techniques to optimize CPU and network resource usage in RDMA-based systems.

Explore NATS.io for seamlessly connecting AI applications across cloud and edge, enabling distributed computing and fostering organizational agility in the era of generative AI and edge computing.