Sept. 6, 2024 — AI cloud hyperscaler CoreWeave announced an integration with AI workload and GPU orchestration company Run:ai that the companies say is designed to offers AI enterprises and labs options for deployment of AI inference and training. The integration enables CoreWeave customers to manage workloads on its high-performance infrastructure using the Run:ai platform. […]
Vultr and Run:ai Partner on NVIDIA GPU Orchestration
West Palm Beach, FL. – July 30, 2024 – Privately held cloud platform Vultr, the world’s largest, privately held cloud computing platform, today announced that Run:ai, a leader in AI optimization and orchestration, is the latest ecosystem partner to join its Cloud Alliance. Run:ai’s advanced AI workload orchestration platform, coupled with Vultr’s robust, scalable cloud infrastructure — including Vultr […]
NVIDIA to Acquire Run:ai GPU Orchestration Software Vendor
Nvidia today announced it has agreed to acquire Run:ai, a Kubernetes-based workload management and orchestration software provider. Terms were not released but TechCrunch reported the price of the acquisition was approximately $700 million, according to sources.
VAST Data and Run:ai Announce AI Solution with NVIDIA Accelerated Computing
NEW YORK – February 13, 2024 – VAST Data, the AI data platform company, today announced a partnership with Run:ai, a company focused on compute orchestration for AI workloads. This collaboration offers a full-stack AI solution encompassing compute, storage, and data management. Together, VAST and Run:ai are addressing the critical needs of enterprises embarking on […]
Exxact Partners Offers Run:ai for GPU Clusters in AI Workloads
FREMONT, CA — Nov. 30, 2022 — Exxact Corporation, a provider of high-performance computing (HPC), artificial intelligence (AI), and data center solutions, now offers Run:ai in their solutions. This groundbreaking Kubernetes-based orchestration tool incorporates an AI-dedicated, high-performant super-scheduler tailored for managing GPU resources in AI clusters. Run:ai dynamically optimizes hardware utilization for AI workloads, enabling clusters […]