精选85DAIR.AI(RSS)模型发布/更新多源精选 ×9
GLM-5.3-Flash 以 MIT 协议发布,多项 Agent 基准领先
🤖 AI Agents Weekly: GLM-5.3-Flash, Hy4 Preview, Qwen3.8-Flash, Claude's Built-In Browser, Terminal-Bench-Science, Jalapeño, Skild S1, and More
推荐理由
做 Agent 和推理优化的同学注意,GLM-5.3-Flash 在多个 Agent 基准上全面超越前代,且 MIT 协议加低价长上下文,适合直接跑长链路 agent 轨迹,建议立刻上手压测。
In today’s issue:
- GLM-5.3-Flash ships under MIT
- Tencent opens Hy4 preview weights
- Qwen previews the Qwen4 architecture
- Claude gets its own browser
- Terminal-Bench-Science scores agents on science
- OpenAI reports first Jalapeño results
- Skild S1 learns from one video
- Headlong keeps agents always thinking
- X launches Chat Agents
- MCP publishes its next roadmap
- AI4AI-Bench tests recursive self-improvement
- Agents close 81.7% of the speedrun gap
- Repo-wide migrations survive 5.4% of runs
And all the top AI dev news, papers, and tools.
Top Stories
GLM-5.3-Flash Ships Under MIT
Z.ai released GLM-5.3-Flash, a natively multimodal 320B-A18B model with a 1M-token context window, published under the MIT license. It was previously previewed as Ox Alpha.
- Agentic benchmarks: 84.3 on Terminal Bench 2.1, 63.4 on DeepSWE v1.1, 48.8 on AutomationBench v1.0.6, 55.3 on HLE with tools, and 1773 on GDPVal-AA v2, ahead of GLM-5.2 on every one.
- Coding performance: On Z.ai Code Bench v1.0, run through Claude Code, GLM-5.3-Flash beats GLM-5.2 at every effort level and at max effort comes within half a point of Claude Opus 4.8 at 29.0 against 29.5.
- Priced to run in a loop: $0.15 per 1M input tokens, $0.50 per 1M output, and $0.03 for cached input, which makes long agent trajectories cheap to iterate on.
- Hybrid attention carries the efficiency: Linear attention captures local dependencies while sparse attention retrieves global context through a lightweight indexer, cutting attention compute 3.0x and KV cache 4.4x against GLM-5.3. Against GLM-4.5 it nearly halves both activated parameters (18B against 32B) and layers (45 against 92).
- Served on Chinese silicon: Z.ai ran the model anonymously as ox-alpha on OpenCode and OpenRouter before release and served all of that traffic on Chinese AI chips, reporting 3x better end-to-end serving performance than its own earlier baseline on the same hardware.
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