xHAKT is a personal project developed to explore and demonstrate the benefits of blockchain technology in scientific research, specifically addressing the question: "Do different types of phytoplankton have different abilities to absorb and sequester CO2?"
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xHAKT enables researchers to easily document and source research data related to phytoplankton, ensuring that the data is accurate, complete, and consistent.
By using blockchain and decentralized storage solutions, we ensure that all data is secure and tamper-proof. The use of CO2.Storage further ensures that the system is environmentally sustainable and responsible.
xHAKT uses the following components:
- Vite front end for user interaction
- Node.js server to process UI requests and surface messages to the user
- CO2.Storage validation service and the carbon-neutral CO2.Storage
- Bacalhau for data ingestion
- Hedera for final data storage
- Create initial DAO smart contract
- Set up Vite front end for user interaction
- Integrate Hedera for data storage and transactions
- Implement DAO voting interface
- Enhance security features for smart contract
- Add member management (adding/removing members)
- Implement funding mechanism for approved proposals
- Develop comprehensive user authentication system
- Conduct thorough testing of the DAO functionalities
- Document all components and processes
- Deploy and test on Hedera mainnet
- Create detailed guides and tutorials for users