CyVerse is a 10-year, 100 million dollar NSF project to develop and operate computational resources in support of grand challenges in the life sciences. In partnership with the University of Arizona and Cold Spring Harbor Laboratory, TACC unifies seamless identity management, petascale storage, cloud and distributed computing, web service APIs with expertise in application and workflow optimization to provide national-scale foundational cyberinfrastructure and tools to life sciences researchers across the United States and internationally.
How do we feed a growing world? The human population is increasing, while farmland decreases and food cultivation competes with fuel production. In addition, climate change and energy sustainability impact agriculture, ecology, and biodiversity. Developing solutions to these problems means understanding how the organisms that contribute to our food, fuels, and ecosystem are shaped by the interactions between their genetics and the environment. By enabling biologists to do data-driven science by providing them with powerful computational infrastructure for handling huge datasets and complex analyses, CyVerse fills a niche created by the computing epoch and a rapidly evolving world.
To deliver the most useful tools and cyberinfrastructure for life science research today, CyVerse depends upon community input. CyVerse is of, by, and for the community; community-driven needs and requirements shape and focus CyVerse's mission. CyVerse relies on your feedback to provide the cyberinfrastructure you need most to advance your science.
John Fonner, PhD Research Associate
Anne Bowen, PhD Research Engineering / Scientist Associate
James Carson, PhD Research Associate
Maria Esteva, PhD Research Associate
Chris Jordan Manager, Data Management & Collections
Dan Stanzione Executive Director
Joe Stubbs, PhD Research Engineering / Scientist Associate
Steve Terry Java Middleware and Web Developer
Weijia Xu, PhD Manager, Scalable Computational Intelligence