DeepWorm Docs
  • About DeepWorm
  • How does DeepWorm work?
  • Getting Started
    • The Nematoduino Model
    • Marlin's TEE network
  • THE WORM'S LIFECYCLE
    • v0. Autonomous Mobility
    • v1. Onchain Verifiability
  • DEVELOPER GUIDES
    • Building an app using the WORM
    • Deploying the WORM in a TEE
    • Requesting an attestation
    • Verifying attestations
  • RESOURCES
    • API Reference
    • Contracts & IP Addresses
    • Disclaimers
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  1. THE WORM'S LIFECYCLE

v0. Autonomous Mobility

The first phase of the experiment lets the worm do what it does best, move

PreviousMarlin's TEE networkNextv1. Onchain Verifiability

Last updated 4 months ago

The worm brain as encoded in the Nematoduino model is simple. It is attracted to food and turns away when it senses collision. So, the experimental deployment of the worm model just tests out the codebase for what it is. Random inputs are passed to the worm's brain which trigger the chemotaxis and noseTouch functions as described earlier. This fires up the worm's muscles making it move.

The simulation runs on a simple CPU. You may be trusting the developer's claims on the worm's movement, but hopefully you aren't using the worm's coordinates for anything more than killing time.