opencsg/Agentic-27B
OpenCSG Agentic-27B is a 27.36 billion parameter language model developed by OpenCSG, based on Qwen/Qwen3.8-27B. It is specifically optimized for agentic capabilities, tool use, and private execution scenarios, featuring a 32,768 token context length. The model excels at multi-step task completion, understanding system constraints, and handling complex workflows, making it suitable for enterprise-grade agent deployments.
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OpenCSG Agentic-27B: An Agent Model for Real-World Tasks
OpenCSG Agentic-27B is the second public release in the OpenCSG Agentic series, built upon the Qwen/Qwen3.8-27B dense base model. It has been fine-tuned using LoRA DPO on a significantly expanded dataset (5,857 samples, nearly double the previous version) generated by the OpenCSG platform's data flywheel. This model is engineered not for single-turn Q&A, but for robust performance in real working environments, focusing on complex, multi-step task execution.
Key Capabilities and Enhancements
- Superior Agent Execution: Achieves an Agentic Eval mean score of 0.83 (up from 0.46) and
pass@3of 96/119 (up from 37/119), demonstrating significant improvements in handling multi-step tool-use tasks. - Enhanced General Performance: Simultaneously boosts performance on general hard prompts and creative writing, with
hard_promptscores improving from 26.6 to 57.68 andcreative_writingfrom 48.2 to 68.39 on Arena-Hard-v2.0. - Real Tool Execution Data Loop: Training data emphasizes tool selection, argument construction, result reading, failure recovery, and final verification, ensuring practical applicability.
- Single-GPU Deployability: The BF16 weights can be loaded on a single NVIDIA A800 80GB GPU, requiring 51.1 GiB of memory, making it accessible for private deployments.
- Long Context Window: Supports a vLLM context of 32,768 tokens, enabling processing of extensive inputs and complex task sequences.
Ideal Use Cases
- Enterprise Agent Deployments: Suited for local agents, platform Skills, structured tool use, and cross-system workflows within private enterprise environments.
- Complex Task Automation: Excels in scenarios requiring understanding system constraints, selecting appropriate skills, generating valid parameters, and handling execution feedback.
- Tool-Augmented Applications: Designed for applications that leverage external tools and APIs, focusing on robust interaction and verifiable outcomes.