Anthropic is locking in massive TPU capacity on Google Cloud—up to one million chips over the life of the deal—mirroring its ...

Where will the power come from? As AI workloads explode and U.S. data center power demand races toward 134 GW by 2030, the industry faces a fundamental constraint: the grid ...

The rapid advancement of AI and high-performance computing continues to transform the demands placed on data center ...

Rudy Null of emb-papst explores the untapped potential hiding in how cooling systems are controlled, coordinated and ...

Microsoft’s second Fairwater campus in Atlanta showcases a new model for AI infrastructure, linking mega-sites into a unified ...

Standardized blueprints enable rapid deployment by allowing data center operators to replicate proven configurations across multiple sites, reducing design complexity and ...

Mike Obradovitch of Ecolab explains why smart water management is ultimately a combination of planning, technology, and ...

The company is rapidly scaling its global footprint with giga-scale campuses in Texas, Ohio, APAC, and Italy, focusing on ultra-high-density racks, liquid cooling, and sustainable energy, positioning ...

Fission Forward is a new periodic feature tracking the nuclear projects reshaping AI-era power - from brownfield restarts to microreactors and next-gen gigawatt builds - as backed by new federal ...

Google’s Project Suncatcher and NVIDIA’s Starcloud initiatives mark the opening chapters of orbital AI compute. From solar-powered satellite constellations in low-Earth orbit to radiation-hardened GPU ...

Mike Obradovitch of Ecolab explains why smart water management is ultimately a combination of planning, technology, and continuous optimization. Ben Sutton of CoolIT Systems, explains how to engineer ...