Teaching Networks to Think: AI-Driven Traffic Engineering on FABRIC Published: April 22, 2026 When large-scale science moves across networks, it is rarely a simple point-A-to-point-B journey. High-energy physics datasets,...
Thread the Needle: Infrastructure Framework enables High-Speed Secure Streaming between Federated Scientific Instrument Networks FABRIC testbed used to evaluate the data streaming performance over SciStream across various network configurations Researchers use distributed scientific instruments...
Thread the Needle: Making Intelligent Networking More Accessible Virtual labs deployed on FABRIC are making it easier to learn and experiment with programmable switches and smart network interface...
Thread the Needle: Does L4S have a path to deployment? This is a user-contributed blog post by Fatih Berkay Sarpkaya, a PhD student in the Department of Electrical and Computer...
Thread the Needle: Accelerating Big Data Processing for Particle Physics Experiments Using the FABRIC testbed, researchers reduce data processing time from a week to minutes, enhancing efficiency and reducing costs for...
Thread the Needle: Improving Climate Models without Moving Massive Amounts of Data FABRIC used to test federated learning approach across geographically distributed data sites Climate models are vital for understanding how natural...
Thread The Needle: Harnessing AI-Powered Image Analysis to Transform Pain Diagnosis FABRIC testbed helps researchers optimize machine learning and data transfer for real-time ultrasound image processing To treat pain, current medical...
Thread the Needle: Extending Local 5G Slicing for Seamless, Secure Remote Global Connectivity FABRIC testbed used to simulate local 5G hotspots set up across transcontinental distances Whether traveling or working from home, remote...
Thread the Needle: Making Programmable Networks More Secure Researchers use FABRIC to test new attestation-capable software network switch Programmable network hardware devices such as switches, routers or network...