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Model details

Laguna M.1

Laguna M.1 is a large sparse mixture-of-experts transformer built specifically for agentic coding and long-running software workflows. Its 70-layer architecture pairs three dense SwiGLU layers at the input with 67 sparse MoE layers using 256 experts, top-16 routing, and an auxiliary-loss-free load-balancing scheme, yielding 225B total parameters while activating only 23B per token. The model uses global attention throughout, with 64 query heads and 8 key-value heads combined with softplus attention output gating, a design choice aimed at keeping context coherent across the kinds of multi-step, tool-driven sessions that coding agents run.

The release emphasizes practical agentic behavior: interleaved thinking that can be toggled between or within tool calls, and competitive results against state-of-the-art open-weight and frontier models on SWE-bench Verified, SWE-bench Multilingual, SWE-Bench Pro, and Terminal-Bench 2.0. Because the weights are published openly under an Apache 2.0 license alongside a detailed technical report and post-training recipe, teams can self-host and adapt Laguna M.1 for internal codebases, long refactors, and retrieval-heavy debugging pipelines where sustained multi-turn reasoning matters more than raw single-prompt fluency.

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Model key
laguna-m.1
Release date
Apr 28, 2026
Last updated
Jun 13, 2026
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Output modalities
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A provider subscription or plan supersedes token-based pricing for this model.

Limits

Output tokens
32,768 tokens
Context window
32,768 tokens

Latest news about Laguna M.1

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Coverage

The Poolside Team's arXiv technical report (arXiv:2605.27605) directly presents Laguna M.1 as a foundation model for long-horizon, agentic coding. M.1 is a Mixture-of-Experts model with 225.8 billion total parameters and 23.4 billion activated per token, trained from scratch end-to-end inside Poolside's integrated "Mod The same report details the Model Factory engineering methodology behind M.1's construction, including pre-training data and architecture choices, post-training stages, quantization, and lessons learned that were then applied to the quickly following XS.2 build. It situates M.1 as the larger, more capable sibling in th

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