An open source stack for your AI.
Core infrastructure, curated frameworks and apps, and everything in between.
Ecosystem of tools
- Nebari classic
Cloud-agnostic data science platform with environment management, role-based-access control, and curated app integrations for application deployment, scalability, monitoring, and more.
- Nebari core (early access)
New robust core infrastructure layer for platform deployment on popular cloud providers. Security, authentication, role-based access, and observability built-in by design.
- Nebi (early access)
Tools to manage, share, and collaborate on AI software lifecycle across your team. Includes future plans for SBoM generation and compliance checking.
- Usage-specific UIs (coming soon)
Multiple UI options available: Jupyter/VSCode for developers, chat & dashboard interfaces for AI users, and more.
- AI model serving pack (coming soon)
Serve and monitor different AI models for your development workflow or production applications.
- Agentic AI pack (coming soon)
Frameworks for building, deploying, evaluating, and monitoring AI agent-based workflows.
- Data orchestration pack (coming soon)
Tools for building data engineering pipelines, and governance and provenance of data & AI assets.
- Custom integrations
All Nebari projects are developed on an open and extensible architecture, that allows for quick integration of any libraries you need.
- Community hub (coming soon)
A space for community members to share their custom packs.
Deploy anywhere
Deploy Nebari on your own infrastructure, on your local machine or the cloud of your choice. It is designed to be flexible, extensible, and vendor-agnostic.
AWS, Azure, and Hetzner are supported today, with Google Cloud on the way.
Development principles
- Open source
All projects are developed under an open source license, and built using open source software.
- Community-oriented
All projects welcome community contributions and engagement on various project spaces and community meetings.
- Composable architecture
All projects have a modular design and integrate with each other, while also allowing for independent use and extensibility.