Kimi Unveils 'OK Computer' Agent Mode for AI Tasks

Kimi Launches Revolutionary 'OK Computer' Agent Mode

Moonshot AI has unveiled "OK Computer," a groundbreaking Agent mode designed to harness the full potential of its Kimi K2 model. The feature entered gradual testing on September 25, 2025, marking a significant advancement in AI-driven task automation.

Intelligent Task Execution

The new mode embodies the "model as Agent" concept, enabling users to delegate complex workflows through simple instructions. Image demonstrates how OK Computer autonomously handles:

  • Website development
  • Data analysis pipelines
  • Multimedia generation (images/videos)
  • Professional presentation creation

"This eliminates tedious manual steps," explains Moonshot's technical documentation. "Users achieve enterprise-grade outputs through conversational commands."

Technical Foundation

The system builds upon July's Kimi K2 release, which features:

  • 1T total parameters (32B activated)
  • Mixture-of-Experts architecture
  • Benchmark-leading performance in:
    • Autonomous programming (Agentic Coding)
    • Tool calling integration
    • Mathematical reasoning

Early testers—primarily existing Kimi supporters—are providing crucial feedback during this phased rollout. "Their insights will shape the public version," confirms Moonshot's product team.

Industry Implications

Analysts highlight three transformative aspects:

  1. Democratization of technical workflows: Non-coders can now execute development tasks
  2. Time compression: Projects requiring days can complete in hours
  3. Quality standardization: AI ensures professional-grade outputs consistently

The testing phase reportedly focuses on reliability across:

  • Edge-case scenarios
  • Multi-step workflow integrity
  • Security protocols

Key Points:

🌟 OK Computer enables AI-driven task automation through natural language commands
💻 Handles complex technical workflows including coding and data visualization
🚀 Powered by Kimi K2's 1T parameter MoE architecture with specialized activation pathways

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