Anthropic launches Claude Haiku 5.5 with sharply lower token prices
Claude Haiku 5.5 targets high-volume and latency-sensitive work, with prompt-length-based pricing starting at $0.10 per million input tokens.
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AI / NEWS BRIEF
Google Cloud introduces a persistent Gemini agent for enterprise work
The new Gemini agent can operate across business systems, Workspace and developer tools, with persistent execution, subagents and enterprise controls.
One agent across work surfaces
Google Cloud has introduced Gemini as a universal work agent that can answer questions, handle knowledge work, generate media, and write and run code. Google says it can be reached through web and mobile devices, Windows and Mac desktops, command-line tools, Google Workspace, Microsoft 365 and Slack, or embedded headlessly in other applications. It can continue cloud-based tasks after a user closes a laptop and can create temporary subagents for multi-step work.
Context, models and controls
The agent can work inside Gmail, Drive, Docs, Slides, Sheets, Chat and Calendar while carrying shared memory and controls. Google says it can route jobs across Gemini models and Anthropic’s Claude models, with other private and open models planned. Enterprise controls include dedicated agent identities, role-based permissions, action logs, sandboxed execution, a policy-enforcing Agent Gateway and project-level spending caps.
Why it matters
OUR ANALYSISThis is a bid to make one persistent agent the operating layer across workplace applications rather than another isolated assistant. That wider reach also increases the importance of permission boundaries, auditability and recovery when an autonomous action is wrong. Google’s post describes product architecture and customer examples, not independent proof of reliability across every connected system. Real deployments should verify access controls, task success, failure handling and total cost before granting broad operational authority.
More to follow
DARPA moves four more quantum-computing approaches into final verification
Atom Computing, Diraq, IBM and IonQ have entered Stage C of DARPA’s effort to test credible paths to utility-scale quantum computers by 2033.
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