SCNR

SCNR, also known as the "Scalable Networked Research" project, was an initiative focused on developing advanced network infrastructure and services for research and scientific communities. The primary goal of SCNR was to create a flexible and high-performance network that could support the increasing demands of data-intensive research, such as genomics, high-energy physics, and climate modeling. This involved exploring new network architectures, protocols, and management techniques to enhance scalability, reliability, and security.

The project investigated various technologies, including software-defined networking (SDN) and network function virtualization (NFV), to enable dynamic resource allocation and on-demand service provisioning. SCNR aimed to facilitate seamless connectivity between distributed research centers, large-scale computing facilities, and experimental instruments. By fostering collaboration and resource sharing, SCNR sought to accelerate scientific discovery and innovation. Its findings and developments contributed to the broader understanding of next-generation network capabilities for scientific endeavors. The project emphasized the importance of interoperability and open standards to ensure widespread adoption and integration within the research ecosystem.