[KongchangAI]
ModelLiquid Foundation Model / 液态基础模型

LFM

A series of foundation models developed by Liquid AI, based on liquid neural network and state-space model principles rather than the mainstream Transformer architecture. The series is optimized for inference efficiency and memory usage, making it suitable for deployment in resource-constrained environments such as edge devices.

Core Facts

Timeline (last 90 days)

Oct 29

LFM is Liquid AI's foundation model product line, positioned as a lightweight, efficient, locally deployable general-purpose model family; LFM3 is the third-generation version of the series, with significantly expanded multimodal capabilities compared with its predecessors.

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Oct 22

RIPL currently only serves the LFM series, and its range of model choices is far smaller than the open model library supported by vLLM.

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Oct 22

RIPL has tailored batch size, operator fusion, and memory layout to the LFM structure, which is where specialized engines easily achieve multiplicative advantages.

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Oct 22

The LFM series consists of small-parameter models designed for edge and on-device use, and the 1.2B size means it can only be optimized through extreme compression of the inference path.

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Oct 7

Liquid AI has announced it will release a new generation of LFMs (Liquid Foundation Models).

Expired60%
Oct 7

Current information remains quite limited; specific parameter scales, benchmark scores, license details, and comparisons with similar open-source models all await official confirmation.

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Oct 7

The teaser posed the question "what size do you want," implying that this release may include multiple model versions at different parameter scales.

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Oct 7

Liquid Foundation Models (LFM) is a class of foundation models launched by Liquid AI whose technical foundation differs from the mainstream Transformer architecture.

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Oct 7

LFM draws in its architecture from aspects of State Space Models (SSM) and liquid networks, aiming to reduce computational complexity when processing long sequences.

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All Facts (7)

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