@berryxia: Small model, big wisdom? It's now real! A 7B small model now acts as the boss of top large models like GPT-5, Claude Sonnet 4, Gemini 2.5 Pro. A new paper shows an RL-trained 7B model learned to write natural language subtasks, assign them to different models, precisely...

X AI KOLs Timeline Papers

Summary

A new paper proposes training a 7B small model via reinforcement learning as a task scheduler, automatically decomposing subtasks and assigning them to top models like GPT-5 and Claude. It surpasses individual frontier models on several hard benchmarks, demonstrating that end-to-end reward learning can effectively replace manual prompt engineering and multi-agent pipeline design.

Small model, big brains? It's now a reality! A 7B small model now directly acts as the boss of top-tier large models like GPT-5, Claude Sonnet 4, and Gemini 2.5 Pro. In a new paper, a 7B model trained with reinforcement learning learned to write natural language subtasks, allocate them to different large models, and precisely specify context. Ultimately, it comprehensively outperformed single frontier models on hard benchmarks such as GPQA Diamond, LiveCodeBench, and AIME25, while calling large models only three times per question on average—more efficient than manually designed multi-agent systems. The most striking part: it proves that the hand-tuned prompt engineering and pipeline design in current commercial AI products can be learned end-to-end through reward signals. People used to think intelligence was about model size, but now it's clear that the real differentiator is "who is better at orchestrating." This is the most underrated truth of AI's next phase.
Original Article

Similar Articles

@mylifcc: This is not an ordinary large model, but a Multi-Agent Orchestration System—a small model itself that intelligently and dynamically coordinates multiple cutting-edge models such as GPT, Claude, and Gemini, autonomously assigning roles, decomposing tasks, and completing comp...

X AI KOLs Timeline

Sakana AI has released a Multi-Agent Orchestration System that uses a small model to intelligently coordinate cutting-edge large models like GPT, Claude, and Gemini to autonomously assign tasks and handle complex workloads.

Meet GPT-5.6

Reddit r/singularity

OpenAI releases the GPT-5.6 model series, delivering more intelligence per token, stronger directional consistency, and introducing programmatic tool calling, sub-agent delegation, and new reasoning tiers, significantly improving autonomous development efficiency.

@FinanceYF5: Everyone is hyping up the million-token context, but a Prime Intellect engineer spoke the truth: GPT-5.5 has 80% retrieval accuracy at 256k, but when extended to one million, it drops to 36%. The model doesn't fail to hold it—it fails to reason over it—the so-called context rot. Why more...

X AI KOLs Timeline

A Prime Intellect engineer pointed out that large language models like GPT-5.5 see retrieval accuracy drop from 80% at 256k tokens to 36% at one million tokens, indicating the 'context rot' problem—the model can accommodate but cannot effectively reason over long contexts, posing a challenge to agent applications.

@cuisitekp: A 9B model outperforms models several times larger. The team behind OLMo/Tülu from Ai2 and the University of Washington released a new paper called Tmax, claiming it's the strongest open-source RL training recipe for 'terminal agents'. Result: A 9B model on Terminal-Be…

X AI KOLs Timeline

Ai2 and the University of Washington released a paper titled Tmax, proposing the strongest open-source terminal agent RL training recipe to date. A 9B parameter model outperforms larger models on Terminal-Bench 2.0, with the key being low-cost generation of vast amounts of verifiable training data, not model size or algorithm.