Cycle Computing is a company that provides software for orchestrating computing and storage resources in cloud environments. The flagship product is CycleCloud, which supports Amazon Web Services, Google Compute Engine, Microsoft Azure, and internal infrastructure. The CycleCloud orchestration suite manages the provisioning of cloud infrastructure, orchestration of workflow execution and job queue management, automated and efficient data placement, full process monitoring and logging, within a secure process flow. History Cycle Computing was founded in 2005. Its original offerings were based around the HTCondor scheduler and focused on maximizing the effectiveness of internal resources. Cycle Computing offered support for HTCondor as well as CycleServer, which provided metascheduling, reporting, and management tools for HTCondor resources. Early customers spanned a number of industries, including insurance, pharmaceutical, manufacturing, and academia. With the advent of large public cloud offerings, Cycle Computing expanded its tools to allow customers to make use of dynamically provisioned cloud environments. Key technologies developed include the ability to validate that resources were correctly added in the cloud (patent awarded in 2015), the ability to easily manage data placement and consistency, the ability to support multiple cloud providers within a single workflow, and other technologies. On August 15, 2017, Microsoft announced its acquisition of Cycle Computing. Large runs In April 2011, Cycle Computing announced “Tanuki”, a 10,000 core Amazon Web Services cluster used by Genentech. In September 2011, a Cycle Computing HPC cluster called Nekomata (Japanese for "Monster Cat") was renting out at $1279/hour, offering 30,472 processor cores with 27TB of memory and 2PB of storage. An unnamed pharmaceutical company used the cluster for 7 hours, paying $9000, for a molecular modeling task. In April 2012, Cycle Computing announced that, working in collaboration with scientific software-writing company Schrödinger, it had screened 21 million compounds in less than three hours using a 50,000-core cluster. In November 2013, Cycle Computing announced that, working in collaboration with scientific software-writing company Schrödinger, it had helped Mark Thompson, a professor of chemistry at the University of Southern California, sort through about 205,000 compounds to search for the right compound to build a new generation of inexpensive and highly efficient solar panels. The job took less than a day and cost $33,000 in total. The computing cluster used 156,000 cores spread across 8 regions and had a peak capacity of 1.21 petaFLOPS. In November 2014, Cycle Computing worked with a researcher at HGST to run a hard drive