Salute, a data centre services company, has formed a strategic partnership with Phaidra to address challenges associated with AI computing in high-density data environments. The collaboration aims to support faster AI deployment by addressing operational barriers in these settings.
Traditional technologies and strategies may not fully address the requirements of high-density computing environments. They can face challenges in managing liquid cooling and continuous high-load computing, which can create obstacles for organisations deploying AI infrastructure at scale.
The partnership between Salute and Phaidra introduces an integrated approach designed to support performance, reduce energy use, and improve efficiency. Phaidra’s AI-driven data centre controls are combined with Salute’s Direct-to-Chip Liquid Cooling Operations, enabling data centres to scale AI operations.
Salute’s AI as a service is positioned as a comprehensive approach to challenges associated with liquid cooling, particularly as AI operations scale. It has been adopted by a growing number of operators and is used in AI operations.
Phaidra’s AI agents manage power and cooling systems and adapt in real time. This technology has demonstrated energy savings and improvements in thermal stability. Results have included a 70% improvement in thermal stability on NVIDIA platforms.
The integration of Phaidra’s AI-driven systems with Salute’s operational model is intended to support performance, reliability, and operational outcomes.
“Together, Phaidra and Salute are making it faster, simpler and safer for companies to scale their AI operations,” said Jim Gao, Phaidra’s CEO and Co-Founder.
In addition, Salute’s acquisition of Northshore and the integration of the Seastack sustainability platform add sustainability insights to its operations. Salute’s partner ecosystem supports operations in AI/HPC data centres, combining technology and expertise to support performance.
Salute and Phaidra are continuing to develop approaches to support AI operations in high-density computing environments.
