A hybrid quantum-classical signal processing method from Japan’s NICT supports massive 6G connectivity for drones, robots and XR devices.
TerraNova, ESnet’s new open-source mapping software, helps research networks create accurate, automatically updated network visualisations.
Japan’s NREN NICT, with JAXA and Nagoya Institute, demonstrates laser space communication overcoming turbulence for faster, reliable data links.
NICT and industry partners plan the first optical wireless link between space and the stratosphere, testing high-speed light-based communications via satellites and HAPS.
Researchers at Vrije Universiteit Amsterdam are using ultra-precise timing delivered over the SURF network to study molecular vibrations and explore a more resilient alternative to GPS timing systems.
At University of Bayreuth, students are using game design to explore storytelling, systems thinking and interactive learning, supported by the German research network DFN-Verein.
DOST-ASTI is developing AI tools tailored to Philippine roads, improving traffic monitoring, emergency vehicle priority and smarter transport planning.
NTRO is using Globus via AARNet to move and analyse large road survey datasets in near real time, helping improve safety and efficiency across transport networks.
BCNET, CANARIE and Internet2 enabled over 1 Tbps of scientific data transfer from Canada to the SC25 supercomputing conference, showcasing global research network collaboration.
High-resolution simulations on SURF’s Snellius supercomputer are modelling aeroacoustic noise to help engineers design quieter aircraft, drones and turbines.
NICT’s optical testbed shares network telemetry for AI and machine learning research, improving automation and resilience in modern optical networks.
High-speed broadband “islands” from KENET are connecting hospitals and universities in Kenya, improving access to online learning, telemedicine and digital research.
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