We are launching Ring-2.6-1T, a trillion-parameter flagship thinking model engineered for real-world complex tasks and production env: 🚀 - Adjustable Thinking Effort: dynamic compute mechanism to flexibly balance cognitive depth, token cost, and execution speed; - Agent-Optimized: Built for high-frequency workflows, delivering rapid multi-step execution and tool orchestration with SOTA stability; - Deep Thinking: Unlocks the model's maximum capability ceiling for rigorous mathematical logic and scientific research;


1/4 Not all tasks need equal compute Format conversion differs vastly from math olympiads.🧑🔬 Ring 1T delivers lower token overhead and rapid multi-step execution, making it the ideal production default for tool orchestration, coding, and multi-turn interactions. Benchmarks🫶

2/4 Agentic "high-ness" In real-world task execution benchmarks, Ring-2.6-1T 'high' demonstrates top-tier stability and API routing capabilities, suitable for general and coding agent use cases: - PinchBench: 87.60 (outperforming GPT-5.4 xHigh & Gemini-3.1-Pro high) @kilocode - ClawEval: 63.82 - Tau2-Bench Telecom: 95.32 📊
3/4 Intelligence "overload-xhigh" Built to provide thought space needed for rigorous logical analysis,🧠'xhigh' unlocks our highest capability ceiling for math, research, and multi-path exploration, suitable for planning and reasoning heavy use cases: - AIME 26: 95.83 - GPQA Diamond: 88.27 - ARC-AGI-V2: 77.78
Ring-2.6-1T offers a dial between reasoning depth and cost across 'high' and 'xhigh' modes, so builders can tune spend per task class instead of paying full reasoning overhead on trivial steps.
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