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Lamini

Lamini is an enterprise platform for fine-tuning and deploying large language models, helping engineering teams build accurate, hallucination-resistant LLM applications on their own data.

Tags
AI APIlarge-language-models-llmsai-developer-tools
Last Updated Nov 10, 2026

About

Lamini is an enterprise software platform for training, fine-tuning, and deploying large language models (LLMs). The company, co-founded by former Stanford professor Sharon Zhou, addresses a common problem for organizations adopting generative AI: general-purpose models frequently hallucinate when asked questions about proprietary data. Lamini's platform lets engineering teams adapt open models to their own documents and knowledge bases so responses are grounded in accurate, organization-specific facts.

At a high level, Lamini provides infrastructure and APIs that cover the model customization workflow: loading data, tuning models to improve factual recall on that data, evaluating accuracy, and serving the tuned models at scale. The company has emphasized "memory tuning," a technique aimed at embedding specific facts into a model to reduce errors on domain-specific questions. Pricing is not publicly listed on the pages we reviewed; check the official site for current plans.

Key Features

LLM fine-tuning: Tools and APIs for adapting open large language models to an organization's proprietary data, improving relevance and factual accuracy compared with generic models.
Memory tuning: A tuning approach focused on making a model reliably recall specific facts, which the company presents as a way to reduce hallucinations in production.
Model serving and APIs: Infrastructure for deploying tuned models behind APIs so applications can query them like any other hosted LLM service.
Support for open models: The platform works with open-weight model families, giving teams flexibility in choosing a base model rather than being locked to a single vendor.
Evaluation tooling: Capabilities for measuring whether tuned models answer questions about the training data correctly before rollout.
Data privacy controls: Enterprise deployments designed so that proprietary company data is not used to train shared public models.

Pricing & Fees

  • Pricing: Not publicly listed on the pages we reviewed; check the official site for current plans.
  • Deployment model: Aimed at enterprise teams that need to run customized models against private internal data.
  • Openness: Built around open-weight LLMs rather than a single proprietary model.

Who It's For

Lamini is designed for machine learning engineers and software teams at enterprises that need LLM applications to answer questions accurately from internal, proprietary knowledge. Typical users include platform engineers building internal Q&A assistants, developers creating customer-facing bots that must cite company facts correctly, and technical leaders evaluating AI infrastructure that keeps sensitive data private. It is a developer-oriented platform rather than a no-code consumer tool, so it suits organizations with engineering resources to integrate APIs and manage model tuning workflows.

FAQ

What is Lamini?Lamini is an enterprise platform for fine-tuning, memory tuning, and deploying large language models on an organization's own data to improve factual accuracy and reduce hallucinations.

Is Lamini free to use?Pricing details are not publicly listed on the pages we reviewed; interested teams should consult the official Lamini website for current plans and options.

Which models does Lamini support?Lamini is built around open-weight large language models, allowing teams to select and customize an open base model rather than relying on a single proprietary option.

Can Lamini be compared with using a hosted model API directly?Hosted generic APIs answer from broad training data and often guess on company-specific questions, whereas Lamini's tuning process is specifically intended to make models accurate on an organization's proprietary facts.

How does Lamini handle private data?The platform is designed for enterprise use cases where proprietary data stays under the customer's control and is not used to train shared public models.