Liquid AI introduces LFM3, a milestone 2B-class multimodal family featuring a tri-hybrid architecture and six specialized model instances on a shared backbone.

On October 27, 2026, Liquid AI marked a historical milestone in the evolution of efficient, local-first artificial intelligence with the release of LFM3. This new generation of Liquid Foundation Models represents a fundamental shift in how we approach multimodal intelligence at the edge, moving away from monolithic architectures toward a highly efficient, specialized, yet unified framework.
The LFM3 family is not just an incremental update; it is a complete architectural reimagining. By leveraging a new tri-hybrid design born from hardware-in-the-loop architecture search, Liquid AI has produced a suite of models that are specifically optimized for agentic use cases and local deployment across a massive variety of hardware environments.
At the heart of the LFM3 release is the 1.7B text backbone, which serves as the foundation for six distinct model instances. This shared backbone approach ensures that intelligence is distributed efficiently across text, vision, audio, omni, and decision-making modalities. The models are built on 22T tokens of pre-training, providing a depth of knowledge that was previously thought impossible for models in the 2B-parameter class.
The architecture is uniquely optimized for the modern computing landscape. Liquid AI has ensured that LFM3 is compatible with 14 different processor classes, spanning high-end GPUs, standard CPUs, and specialized NPUs found in mobile devices. This makes LFM3 one of the most versatile model families for developers building cross-platform applications.
The LFM3 family breaks down the barriers between modalities. The LFM3-VL-2B (Vision-Language) model is a standout, featuring a new flagship in-house vision encoder that enables video input processing. This allows the model to analyze recorded lectures, phone walkthroughs, and live camera feeds with step-by-step reasoning capabilities.
For audio-centric applications, the LFM3-Audio-2B introduces a custom in-house audio encoder and codec. It supports 18 languages and enables low-latency voice chat with streaming replies and integrated tool calling. Finally, the d1-2B and d1-Omni-2B decision models are designed for high-speed tasks like routing, triage, and verification, providing calibrated probabilities in a single pass within milliseconds.
LFM3 redefines the Pareto frontier of device intelligence. The LFM3-1.7B text model demonstrates incredible efficiency, outperforming the previous LFM2.5-2.6B model despite having 35% fewer parameters. For developers working with constrained memory, the text model features a massive 256K context window and can fit into approximately 1 GB of VRAM at 4-bit precision.
In multimodal benchmarks, the results are even more striking. The LFM3-VL-2B vision model ranks at least 7.4 points ahead of all other models in its size class. Remarkably, it matches the performance of Gemma 4 12B—a model over six times its size—and sits within just 2 points of the GPT-5.6 Luna. These evaluations were conducted using standardized vision-language reasoning benchmarks to ensure parity with industry leaders.
LFM3 is designed for the modern developer workflow. Every model in the family is fine-tunable on a single GPU, significantly lowering the barrier to entry for creating specialized agents. Whether you are building a RAG (Retrieval-Augmented Generation) system that requires a massive context window or a real-time voice assistant, LFM3 provides the necessary primitives.
Key use cases include: coding assistants that run locally, real-time video analysis for security or education, high-speed decision engines for app automation, and multilingual voice interfaces for mobile applications. The open-weight nature under the LFM 1.0 license allows for deep integration into private enterprise environments.
Developers can access the LFM3 family immediately through several channels. The open weights are available on Hugging Face for local deployment and fine-tuning. For those preferring a managed environment, the Liquid AI Playground offers a sandbox for testing different modalities, while the Liquid API provides scalable access for production-grade applications.