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AI Infrastructure & Training
L

Liquid AI

Liquid AI: Efficient foundation models designed for real-world deployment on any device, from wearables to enterprise systems with specialized AI capabilities.

Starting at$0 USD
Visit Liquid AI →
💡

In Plain English

Liquid AI: Efficient foundation models designed for real-world deployment on any device, from wearables to enterprise systems with specialized AI capabilities.

OverviewFeaturesPricingUse CasesIntegrationsLimitationsFAQAlternatives

Overview

Liquid AI is an AI Infrastructure & Training foundation model company that builds ultra-efficient multimodal AI models for on-device, cloud, and hybrid deployment, with listed model offers starting at $0 USD and broader production or enterprise pricing handled through custom commercial terms that are not fully published in the provided data.

Founded on 2023-12-06 and spun out of MIT, Liquid AI focuses on Liquid Foundation Models designed for real-world deployment rather than only large cloud inference. The website describes the company as building ultra-efficient multimodal AI models for privacy-critical, low-latency applications, including on-device, cloud, and hybrid environments. Its published model library lists 20 Liquid Foundation Models across text, vision-language, audio, and nano model categories, including LFM2-350M, LFM2-700M, LFM2-8B-A1B, LFM2-24B-A2B, and LFM2.5-1.2B-Base. Several listed model offers show a price of $0 USD and availability as InStock, although the website content provided does not expose a full commercial pricing table for enterprise deployments.

The main value proposition is hardware-aware AI deployment. Liquid AI explicitly targets CPUs, GPUs, and NPUs, which matters for organizations building AI into phones, laptops, cars, embedded systems, private enterprise environments, or other settings where cloud-only models may add latency, cost, or data governance concerns. The model lineup includes compact parameter counts such as 350M, 700M, and 1.2B, as well as larger mixture-of-experts style entries such as 8B-A1B and 24B-A2B, giving teams a range of options when balancing capability, memory footprint, and device constraints.

Compared to the other AI Infrastructure & Training tools in our directory, Liquid AI is most differentiated by its emphasis on efficient multimodal models deployable across edge, cloud, and hybrid settings rather than a general hosted chatbot or API-only assistant. Based on our analysis of 870+ AI tools, it is best evaluated as model infrastructure for teams with deployment constraints, not as a plug-and-play productivity app. Teams that need the broadest model ecosystem, mature developer tooling, or general-purpose hosted assistants may still compare it against OpenAI, Anthropic, Google Gemini, or Together AI; teams that need private, low-latency inference on CPUs, GPUs, and NPUs should put Liquid AI higher on the shortlist.

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Editorial Review

Liquid AI represents a significant advancement in foundation model efficiency, delivering enterprise-grade AI capabilities that can run on virtually any hardware. The MIT-backed technology is impressive, particularly for edge computing and privacy-sensitive applications. While still a young company, their approach to device-optimized AI addresses real limitations in current foundation model deployment.

Key Features

Liquid Foundation Models library+

The website lists a complete library of 20 Liquid Foundation Models. The catalog includes text, vision-language, audio, and nano models, giving teams options for different modalities and deployment constraints.

CPU, GPU, and NPU optimization+

Liquid AI explicitly states that its models are optimized for CPUs, GPUs, and NPUs. This is a practical advantage for teams deploying AI on edge devices, enterprise hardware, or hybrid infrastructure rather than only cloud GPU clusters.

On-device, cloud, and hybrid deployment+

The product positioning covers on-device, cloud, and hybrid AI deployment. That flexibility is useful when applications need to balance privacy, latency, connectivity, and compute availability across different environments.

Compact and efficient model sizes+

The published model examples include 350M, 700M, 1.2B, 8B-A1B, and 24B-A2B entries. These concrete size options help engineering teams evaluate tradeoffs between capability, memory footprint, inference cost, and target hardware.

Privacy-critical and low-latency focus+

Liquid AI describes its models as enabling privacy-critical, low-latency, and security-critical applications. This positioning makes the platform especially relevant for regulated industries, embedded AI, and applications where network dependency is a product risk.

Pricing Plans

Listed model offers

$0 USD

    Production deployment

    Custom quote; no exact public production price published in the provided data

      Enterprise support and commercial terms

      Custom quote; no exact public enterprise price published in the provided data

        See Full Pricing →Free vs Paid →Is it worth it? →

        Ready to get started with Liquid AI?

        View Pricing Options →

        Best Use Cases

        🎯

        On-device product assistants: Build an AI feature that runs directly on phones, laptops, or embedded devices when cloud round trips would create latency, privacy, or reliability problems.

        ⚡

        Privacy-critical enterprise workflows: Deploy AI inside controlled infrastructure for teams handling sensitive documents, regulated data, or security-critical workflows where sending data to a third-party cloud model may be unacceptable.

        🔧

        Hardware-constrained AI applications: Select compact models such as 350M, 700M, or 1.2B-class options when the target device has limited memory, compute, or power budget.

        🚀

        Hybrid AI architectures: Use Liquid AI models in products that need to switch between on-device inference and cloud inference depending on connectivity, cost, latency, or sensitivity of the request.

        💡

        Multimodal edge applications: Evaluate Liquid AI for text, vision-language, audio, and nano model scenarios where AI needs to process different input types close to the device.

        🔄

        Enterprise model evaluation programs: Compare Liquid Foundation Models against larger cloud-first providers when the success criteria include CPU, GPU, and NPU optimization, not only benchmark accuracy.

        Integration Ecosystem

        9 integrations

        Liquid AI works with these platforms and services:

        🧠 LLM Providers
        Liquid AI
        ☁️ Cloud Platforms
        cloud deploymenthybrid deployment
        💬 Communication
        Email
        🔗 Other
        apion-device deploymentCPU deploymentGPU deploymentNPU deployment
        View full Integration Matrix →

        Limitations & What It Can't Do

        We believe in transparent reviews. Here's what Liquid AI doesn't handle well:

        • ⚠The provided website content does not include full enterprise pricing, usage limits, paid support levels, or SLA details.
        • ⚠Publicly visible model information in the scraped content does not include complete benchmark tables, latency metrics, memory requirements, or context windows for each model.
        • ⚠Teams without in-house ML engineering or deployment expertise may find Liquid AI less immediately usable than a hosted chatbot or fully managed API product.
        • ⚠As a company founded on 2023-12-06, Liquid AI may have a shorter public enterprise deployment history than older foundation model providers.
        • ⚠The listed alternatives have broader general-purpose assistant ecosystems, so Liquid AI may not be the best fit when the main requirement is end-user productivity rather than deployment-efficient infrastructure.

        Pros & Cons

        ✓ Pros

        • ✓Liquid AI was founded on 2023-12-06 as an MIT spin-out, giving it a clear research-oriented origin rather than being a generic model wrapper.
        • ✓The published model library lists 20 Liquid Foundation Models spanning text, vision-language, audio, and nano models for on-device, cloud, and hybrid deployment.
        • ✓The website explicitly states optimization for CPUs, GPUs, and NPUs, which is valuable for teams deploying AI outside standard cloud GPU environments.
        • ✓Several listed models, including LFM2-350M and LFM2-700M, show $0 USD offers in the website schema, making experimentation more accessible where those model terms apply.
        • ✓The model lineup includes specific compact and efficient options such as 350M, 700M, 1.2B, 8B-A1B, and 24B-A2B, giving developers concrete size choices for different hardware budgets.
        • ✓Liquid AI is positioned for privacy-critical, low-latency, and security-critical applications, making it a strong fit for regulated or edge-heavy deployments.

        ✗ Cons

        • ✗The provided website content does not show a complete public pricing table for enterprise, cloud, or support plans, so budgeting may require contacting sales.
        • ✗Liquid AI is relatively young, with a founding date of 2023-12-06, so buyers may want to validate production references and long-term support maturity.
        • ✗The website emphasizes model infrastructure rather than an out-of-the-box end-user assistant, so teams may need engineering resources to integrate and deploy it.
        • ✗Although the model library lists 20 models, that is still narrower than the model and tooling ecosystems around larger providers such as OpenAI, Anthropic, Google, or Together AI.
        • ✗The scraped content does not provide public benchmarks, latency numbers, supported context lengths, licensing terms, or deployment SLAs for every model, which may slow procurement and technical evaluation.

        Frequently Asked Questions

        What does Liquid AI actually provide?+

        Liquid AI provides Liquid Foundation Models, a library of efficient multimodal AI models intended for on-device, cloud, and hybrid deployment. The website describes the company as building models optimized for CPUs, GPUs, and NPUs, with use cases that include privacy-critical, low-latency, and security-critical applications. The listed model catalog includes 20 models across text, vision-language, audio, and nano categories. This makes Liquid AI more of an AI infrastructure and model provider than a simple chatbot product.

        Is Liquid AI free to use?+

        The provided website schema lists several model offers at a price of $0 USD, including entries such as LFM2-350M, LFM2-700M, LFM2-8B-A1B, LFM2-24B-A2B, and LFM2.5-1.2B-Base. However, the scraped content does not include a complete pricing page with all commercial tiers, enterprise support pricing, usage-based API rates, or deployment fees. For this directory entry, pricing should be treated as free for listed model offers and custom for broader enterprise usage. Organizations should confirm licensing, hosting, support, and production terms directly with Liquid AI.

        What hardware can Liquid AI models run on?+

        Liquid AI says its models are optimized for CPUs, GPUs, and NPUs. That is important because many AI deployments depend on non-cloud environments such as laptops, phones, embedded systems, vehicles, or enterprise-controlled hardware. The website positions the models for on-device, cloud, and hybrid deployment rather than only centralized GPU inference. Teams should still test the exact model size, memory usage, and latency on their target hardware before committing.

        How many models does Liquid AI offer?+

        The website schema lists 20 Liquid Foundation Models in the complete library. Examples from the provided content include LFM2-350M, LFM2-700M, LFM2-8B-A1B, LFM2-24B-A2B, and LFM2.5-1.2B-Base. The catalog spans text, vision-language, audio, and nano models, which suggests Liquid AI is building a model family rather than a single flagship model. This variety is useful for teams that need to match model size and modality to device constraints.

        Who should consider Liquid AI instead of OpenAI, Anthropic, or Gemini?+

        Liquid AI is most relevant for teams that need efficient models deployed close to the user or inside controlled infrastructure. If the priority is privacy-critical, low-latency, or security-critical inference on CPUs, GPUs, or NPUs, Liquid AI fits better than a cloud-only assistant workflow. OpenAI, Anthropic, and Gemini may be better choices for teams that primarily want mature hosted APIs, broad ecosystem tooling, or general-purpose assistant capabilities. Based on our analysis of 870+ AI tools, Liquid AI should be evaluated as deployment-focused model infrastructure rather than a general productivity assistant.
        🦞

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        What's New in 2026

        The provided data does not identify a distinct 2026 product release or dated 2026 announcement. As of the enrichment timestamp, the most concrete visible updates are the listed Liquid Foundation Models catalog, $0 USD offers for selected model entries, and positioning around on-device, cloud, and hybrid deployment.

        Alternatives to Liquid AI

        Together AI

        AI Models

        cloud platform for open-source model inference, fine-tuning and training

        Gemini

        AI Models

        Google's flagship AI assistant combining real-time web search, multimodal understanding, and native Google Workspace integration for productivity-focused users.

        View All Alternatives & Detailed Comparison →

        User Reviews

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        Quick Info

        Category

        AI Infrastructure & Training

        Website

        liquid.ai
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