- Acquisition aims at providing additional storage functionality for high-performing computer solutions
- Altair is planning to integrate Altair PBS with Ellexus’s Mistral and Breeze
- Altair will also deepen its technical ranks with Ellexus’s founder and chief executive officer
Altair has announced the acquisition of Ellexus, a leading input/output (I/O) analysis tool, which helps customers find and address issues quickly, improving speed accuracy and cloud readiness. The Ellexus software products, Mistral and Breeze, are used for I/O diagnostics, optimization, and dependency detection by HPC administrators of large enterprises. Altair plans to integrate them into the storage aware scheduling functionality of Altair PBS Works.
‘Growing the business and Stretching technology’
“Altair continues to expand its reach and capabilities for HPC environments to support important modern workloads including for data analytics, AI and ADAS,” said James Scapa, Altair’s chief executive officer and founder. “The acquisition of Ellexus is particularly relevant in these domains as storage aware scheduling for big data applications is critical.”
“There is no better place for Ellexus’ products to get into the hands of global customers who can immediately benefit,” said Francis. “Altair’s growing leadership in HPC is exciting and exactly where I want to be to help grow the business and stretch technology to its limits.”
Better resource utilization
The recent acquisition of Univa positions Altair as the leading scheduling and resource optimization solution provider for both massively parallel and high-throughput, single-core jobs. Ellexus nicely complements Altair’s scheduling technology by providing per-job storage agnostic file and network I/O real-time monitoring to identify I/O latencies and bottlenecks for faster job execution times and better resource utilization.
Altair will also deepen its technical ranks with the addition of Dr. Rosemary Francis, Ellexus founder and chief executive officer. Francis earned a PhD in computer architecture from the University of Cambridge and an undergraduate degree in math and computer science. She is a regular guest lecturer at Cambridge University and is a member of the Raspberry Pi Foundation.