Today, the
@deepwormxyz team officially released the documentation for
#DeepWorm. The content of the document:
docs.deepworm.xyz/deepworm According to the content of the document, it can be roughly summarized as follows:
#DeepWorm is an innovative project that combines digital biology, blockchain technology and AI.
$WORM 🧠🪱 is not only a "Brain on Chain", but also a framework that combines digital biology and blockchain technology, bringing "intelligence" and "life" to the decentralized world. It is a framework that combines digital biology and blockchain technology, bringing new possibilities of "intelligence" and "life" to the decentralized world. 🧠🪱🧠🪱🧠🪱🧠🪱🧠🪱🧠🪱🧠🪱
Then its main functions are realized as follows:
1. Digital biology model
Based on the 302 neurons model of C. elegans neural network, it realistically reproduces its nerve and muscle activities.
2. Blockchain Integration
The simulation results are uplinked using the Hyperliquid EVM test network to ensure transparent and verifiable operation.
3. Trusted Execution Environment (TEE)
Run simulations in a TEE on the Marlin network to isolate external interference and ensure data privacy and trusted execution.
4. Remote Proof and Zero Knowledge Verification
Ensure the reliability of TEE through remote proof, and utilize zero-knowledge proof to verify the execution results on the chain, significantly reducing the cost of on-chain computation.
On-chain verification contract address 1:
evm.hyperstats.xyz/address/0…
On-chain verification contract address 2:
evm.hyperstats.xyz/address/0…
5. Dynamic environment input
Call the
$WORM token price data on Solana to simulate the worm's real response to external environmental stimuli.
6. Data uplinking and open interface
The
$WORM state (position change, muscle state and environmental inputs) is stored on the chain through signed transactions, and a Web2 interface is provided for query and integration.
On-chain contract address:
evm.hyperstats.xyz/address/0…
With the core components provided by
#DeepWorm, developers can play creatively to build rich application scenarios, personal perspective can be cited as an example:
1. through the Web2 query interface provided by
$WORM, the neural network output data as a robot action control signals to drive the movement of physical devices or intelligent hardware.
2. Use the
$WORM state data as the input to the AI art generator, so that every dynamic reaction of the worm is turned into a unique artistic creation, such as painting or audio.
3. Introduce
$WORM movement data into decentralized financial (DeFi) protocols, design new incentive mechanisms or dynamic revenue models, and enhance the innovation and interactivity of the protocols.
Of course, the above is just the tip of the iceberg, and future applications depend entirely on the developers' infinite imagination.
BTW: The team plans to deploy
#DeepWorm product today, welcome to stay tuned. Let's witness how this innovative project combining digital biology and blockchain technology will push the boundaries of the decentralized ecosystem.yap yap
$WORM 🧠🪱🧠🪱🧠🪱🧠🪱🧠🪱🧠🪱🧠🪱