Description
Models.dev serves as a comprehensive open-source database that provides detailed specifications, pricing, and features of AI models. It includes a wide range of models from renowned labs such as OpenAI, Google, Meta, and others. The platform is designed to assist users in comparing and selecting AI models based on their specific needs. Models.dev covers various aspects of AI models, including context length, output capabilities, reasoning abilities, and pricing structures. For instance, the GPT-6 Astra model from OpenAI is highlighted for its complex reasoning and coding capabilities, with a context length of 1,050,000 tokens and an output limit of 128,000 tokens. The database also includes models like Gemini 3.8 Flash from Google, known for its long-horizon software engineering capabilities, and Muse Spark 1.3 from Meta, which focuses on multimodal reasoning. Pricing details are provided for each model, allowing users to evaluate cost-effectiveness. Models.dev is particularly useful for developers, researchers, and businesses looking to integrate AI models into their workflows. It offers a transparent view of the AI landscape, enabling informed decisions based on model performance and cost. The platform's open-source nature encourages contributions and updates, ensuring that the database remains current and comprehensive. Overall, Models.dev is a valuable resource for anyone involved in AI development and deployment, providing essential information to navigate the rapidly evolving AI model ecosystem.
Models.dev's Core Features
Open-source database
Comprehensive model specifications
Pricing details
Model comparison
Context and output capabilities
Reasoning and coding abilities
Provider information
Regular updates
How to use Models.dev?
Explore: Browse the database for AI models
Compare: Evaluate models based on specifications
Select: Choose models that fit your needs
Integrate: Use selected models in your applications
Models.dev's Use Cases
- Model Comparison
- Research
- Development
- Cost Evaluation
- Feature Analysis




