Application backend for Plutus smart contracts on Cardano

Table of contents

• 📋 Documentation
• 🚀 Features
• 📝 Contributing
• ✨ Credits
• ⚖️ License

Documentation

You can find the complete documentation here.

⚡ Learn how to leverage Atlas by building a complete end-to-end dApp: Getting Started.

We welcome the community to help us improve the documentation by opening pull requests in Atlas Docs repository. To dive deeper into the Atlas implementation, see its Haddock.

Features

Easily build transactions

Use an intuitive API to abstract away the complexity around building transactions, balancing UTxOs, and interfacing with Plutus smart contracts.

Leverage first-class Haskell

Avoid code duplication between on-chain and off-chain code, interoperate with advanced functionalities offered by IOG's Cardano/Plutus libraries, and easily convert between Atlas and Cardano/Plutus types.

Utilize modular data providers

Query ledger state information from Maestro, a local node or Cardano DB Sync. You can also build and contribute your own data provider!

Test extensively

Use Atlas' test harness to write realistic unit tests that correspond to on-chain behavior, and execute integration tests against cardano node in a private network.

Stay up to date

Benefit from Cardano's latest innovations such as Reference Inputs, Inline Datums and Reference Scripts.

Contributing

We welcome all contributors! See contributing guide for how to get started.

Credits

Atlas has been made possible through support and expertise from:

Organization	Homepage
	Genius Yield
	MLabs
	Well-Typed
	Plank
	Maestro

License

Apache-2.0 © GYELD GMBH.