NSF Seeking Grantees for Research-Focused Cyberinfrastructure Improvements

digital hand holding sack of money

U.S. colleges and universities and other nonprofit education organizations have until Jan. 21, 2020 to apply for big grants from the National Science Foundation for improving multi-campus networking and cybersecurity infrastructure that specifically support science applications and distributed research projects.

The NSF said it expects to issue grants in fiscal year 2020 worth $14 million and $20 million to between 29 and 53 recipients.

The "Campus Cyberinfrastructure­Network Infrastructure and Engineering" (CC­NIE) program originally kicked off in 2012 and 2013 to focus on upgrading and redesigning campus networks to exploit new networking capabilities for supporting research. The "campus cyberinfrastructure" program eventually grew beyond data networking to also encompass funding for projects involving campus-level computing, storage, multi-institution integrated cyberinfrastructure and learning and workforce development.

Those same areas are covered in the latest grant program too, which has six categories of applications:

  • Data-driven networking infrastructure for the lone campus and its science researchers (up to $500,000 in total over two years);
  • Regional connectivity for small (read: "under-resourced") institutions willing to work with other small schools and "regional entities" that have experience in high-performance research and education (R&E) networking (up to $800,000 over two years);
  • Network integration that involves new networking capabilities for applied research (up to $500,000 or $1 million over two years);
  • Campus computing and "computing continuum" awards for projects that seek to share unused compute cycles and resources across multiple areas of the institution (up to $400,000 over two years);
  • Cyber team research and education regional facilitation awards for projects involving the sharing of expertise among professionals, researchers and students among groups of institutions for cyberinfrastructure (up to $1.4 million over three years); and
  • Planning grants and cyberinfrastructure research alignment awards for those schools that don't already participate in an R&E network (up to $100,000 or $250,000 over two years).

According to the instructions, all of the proposals need to cover the relevant cybersecurity issues and challenges related to their proposed activities, whether that's "data integrity, privacy, network security measures, federated access and identity management [or] infrastructure monitoring."

It's also expected that students will get the chance to participate in the projects in active ways.

Learn more about NSF 20-507 on the NSF website.

About the Author

Dian Schaffhauser is a former senior contributing editor for 1105 Media's education publications THE Journal, Campus Technology and Spaces4Learning.

Featured

  • central cloud platform connected to various AI icons—including a brain, robot, and network nodes

    Linux Foundation to Host Protocol for AI Agent Interoperability

    The Linux Foundation has announced it will host the Agent2Agent (A2A) protocol project, an open standard originally developed by Google to support secure communication and interoperability among AI agents.

  • cloud connected to a quantum processor with digital circuit lines and quantum symbols

    Columbia Engineering Researchers Develop Cloud-Style Virtualization for Quantum Computing

    Columbia Engineering's HyperQ system introduces cloud-style virtualization to quantum computing, allowing multiple users to run programs simultaneously on a single machine. Learn how it works, why it matters, and highlights from other recent quantum breakthroughs from leading institutions and vendors.

  •  laptop on a clean desk with digital padlock icon on the screen

    Study: Data Privacy a Top Concern as Orgs Scale Up AI Agents

    As organizations race to integrate AI agents into their cloud operations and business workflows, they face a crucial reality: while enthusiasm is high, major adoption barriers remain, according to a new Cloudera report. Chief among them is the challenge of safeguarding sensitive data.

  • stylized illustration of a desktop, laptop, tablet, and smartphone all displaying an orange AI icon

    Report: AI Shifting from Cloud to PCs

    AI is shifting from the cloud to PCs, offering enhanced productivity, security, and ROI. Key players like Intel, Microsoft (Copilot+ PCs), and Google (Gemini Nano) are driving this on-device AI trend, shaping a crucial hybrid future for IT.