Research and learning without limits - Composable Infrastructure in higher education

Researchers and faculty can spin up or tear down environments quickly, fostering agility in academic and research projects.

IT teams can easily provision and manage resources for diverse research initiatives, streamlining operations and enhancing collaboration efficiency.

By directly connecting resources over high-speed fabric networks, composable systems reduce latency and increase throughput, crucial for tasks like deep learning, genomic sequencing, and climate simulations.

As research demands increase, composable infrastructure allows universities to scale up by simply adding new hardware to the pool, eliminating the need for disruptive infrastructure overhauls.

Instead of over-provisioning or underutilizing hardware, resources are optimized across multiple departments and projects, reducing waste and maximizing ROI.

Researchers can easily reconfigure and test new setups without needing dedicated hardware, accelerating the pace of discovery and innovation.