[KongchangAI]
ModelFlint 模型

Flint

A model that is sensitive to numeric types and schema ordering, supports the NVFP4 quantization format, and requires a specific conversion process to load weights correctly.

Timeline (last 90 days)

Oct 21

Recursive released Flint, an Apache 2.0-licensed coding model.

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Oct 21

Flint's Apache 2.0 license means it can be freely used in commercial scenarios and redistributed.

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Oct 21

Flint is positioned as a coding agent rather than a general-purpose chat model.

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Oct 21

Flint achieves a generation speed of 125+ tokens per second on an M4 Pro MacBook Pro.

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Oct 21

Flint's officially announced SWE-bench Verified score is 74.2%.

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Oct 21

Flint has 40B total parameters and uses a MoE architecture, activating only 2.5B parameters during inference.

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Oct 21

Flint is a free coding model that can run locally on a laptop.

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Oct 21

Recursive is a startup that has released a coding model called Flint.

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Oct 21

Most of Flint's development process was completed by Recursive's own AI research system.

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Oct 21

Recursive views Flint as an early test of AI self-improvement.

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12 more timeline events

All Facts (20)

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Flint has 40B total parameters and uses a MoE architecture, activating only 2.5B parameters during inference.

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Flint's Apache 2.0 license means it can be freely used in commercial scenarios and redistributed.

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Unverified

Flint is positioned as a coding agent rather than a general-purpose chat model.

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Unverified

Flint achieves a generation speed of 125+ tokens per second on an M4 Pro MacBook Pro.

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Unverified

Flint's officially announced SWE-bench Verified score is 74.2%.

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Flint is a free coding model that can run locally on a laptop.

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Unverified

Recursive is a startup that has released a coding model called Flint.

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Most of Flint's development process was completed by Recursive's own AI research system.

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Recursive views Flint as an early test of AI self-improvement.

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The original article does not detail which specific parts of Flint's R&D the AI system participated in (such as architecture search, training hyperparameter tuning, data filtering, or code implementation).

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There are already many open-source options for local code models, and Flint faces real competition; its competitiveness depends on metrics such as code completion quality, multilingual support, and editor integration experience.

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The commit message does not disclose the source of the Flint model, its parameter count, or benchmark data.

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The v0.40.8 update makes targeted adaptations for Flint at three levels: data serialization, quantized weight import, and the attention mechanism.

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During safetensors import, the MLX framework assembles the ModelOpt expert banks for Flint.

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The MLX framework refuses to directly create Flint's NVFP4 weights before conversion; Flint's NVFP4 weights require a specific conversion process rather than being instantiated directly at the import stage.

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In the prompt construction stage, this version preserves the source tool JSON alongside the decoded API values, so that Flint can retain numeric types and schema order in the prompt.

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The current information comes from a single commit description and lacks benchmark data and detailed specifications of the Flint model, so the actual performance gains remain to be verified by the community.

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Existing attention callers still use the old path with no sinks and a host-side mask, and only Flint enables the new behavior.

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This version adds optional learned sinks and a device-side causal mask to the shared MLX attention mechanism.

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This version refuses to directly create Flint's NVFP4 model before conversion is complete.

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