Microsoft's Copilot Cowork AI Agent Launches Out of Preview with Usage-Based Pricing
By
Laurent Giret
Baker's choice. Dense with flavour, light on filler.
Summary
Microsoft's Copilot Cowork, an autonomous AI agent developed in collaboration with Anthropic, is exiting preview and becoming generally available with usage-based pricing. The agent, which can perform complex tasks independently, was first offered through Microsoft's Frontier program and has been described as the "fastest-growing feature" in the program's history with high user satisfaction ratings.
Key quotes
· 2 pulledCowork has among the highest user satisfaction of any Copilot or agent experience we have shipped
the fastest-growing feature in the history of the program
You might also wanna read

Microsoft Testing OpenClaw-Style AI Agent Features for Copilot Assistant
Microsoft is exploring integration of OpenClaw-style AI agent technology into its Copilot AI assistant, aiming to create an always-on autono

Microsoft Edge Launches Copilot Mode with Enhanced AI Integration
Microsoft Edge is launching Copilot Mode, which integrates Microsoft's AI assistant more deeply into the browser. The feature combines AI-ge

Microsoft Adds AI Copilot Agents to Teams for Meeting Automation
Microsoft is introducing AI agents called Copilot assistants to Teams, which will be available in every channel, meeting, and community. The

Microsoft Previews Copilot Tasks AI for Automated Background Busywork
Microsoft is previewing a new AI system called Copilot Tasks that handles background busywork using its own cloud-based computer and browser
Microsoft Launches New AI Companion Copilot with Memory, Actions, and Vision Features
Microsoft introduces its new AI companion called Copilot, which features memory capabilities to remember details, action-taking functionalit
Microsoft Launches Enhanced Copilot AI Assistant with Memory, Actions, and Vision Capabilities
Microsoft introduces its new Copilot AI assistant with enhanced capabilities including memory retention, action execution, and visual recogn
