Cloud Computing

In today’s cyber threat landscape, U.S. state and local governments find themselves under continuous attack, with bad actors leveraging AI to act with greater speed and sophistication. The need to secure mission-critical workloads has never been greater. In light of these challenges, we are proud that Google has been named a Leader in the IDC

Every time you boot up your PlayStation and your game library loads — every Final Fantasy title, every Crash Bandicoot remaster, every indie gem you impulse-bought at 2 A.M. — there’s a system working behind the scenes to confirm you own what you own.  Sony Interactive Entertainment calls this the Entitlements service. It covers more

Hey builders! Stop typing, and start interacting! We are moving beyond the text box. The future of AI is all about immersive, real-time experiences. To celebrate multimodal AI, we’re challenging you to build the next generation of agents that can help you see, hear, speak, and create in the Gemini Live Agent Challenge. Build multimodal

As organizations scale their AI workloads, two major challenges often emerge: the high cost of underutilized GPUs and the operational complexity of managing isolated environments for multiple teams. Traditionally, assigning a whole GPU to a single pod is inefficient, but managing separate clusters for every team is operationally heavy. In this post, we’ll demonstrate how

Written by: Matthew McWhirt, Bhavesh Dhake, Emilio Oropeza, Gautam Krishnan, Stuart Carrera, Greg Blaum, Michael Rudden Background Threat actors leverage destructive malware to destroy data, eliminate evidence of malicious activity, or manipulate systems in a way that renders them inoperable. Destructive cyberattacks can be a powerful means to achieve strategic or tactical objectives; however, the