About DeepWorm

DeepWorm is a pioneering project at the intersection of digital biology, blockchain technology, and artificial intelligence. By implementing a neural network inspired by C. elegans with 302 neurons, we're pioneering the development of the first verifiable digital life on-chain.

Our mission is to push the boundaries of what's possible at the convergence of digital biology and blockchain technology. By creating transparent and verifiable digital organisms, we're laying the groundwork for a new category of autonomous digital life that could revolutionize how we think about on-chain systems.

DeepWorm is unique in more than a few ways:

• Digital Biology: Creating self-informed digital entities that mimic biological neural systems

• Blockchain Integration: Ensuring full transparency and verifiability of all neural processes

• Biomimetic Design: Faithful reproduction of C. elegans neural architecture

• Autonomous Systems: Developing the foundation for autonomous money and smart contracts through evolved neural networks

The current iteration of DeepWorm runs the Nematoduino Model in a Marlin TEE on the Hyperliquid EVM testnet. The neural and muscular states of the worm and change in its coordinates can be directly queried from a web2 endpoint exposed by the TEE hosting the worm's simulation. Additionally, the worm regularly posts snapshots of this data onchain allowing third-party smart contracts to use the worm as a primitive to build more creative applications.

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Building an app on WORM

Build onchain apps or web services using state information exposed through contracts or APIs

DIY: WORM in a TEE

Whether to introduce another worm, address liveness or to fork, it is easy to deploy the worm in a TEE

API Reference

Detailed explanation of the smart contract interfaces and TEE-based APIs to interact with the worm