DAOTask/README.md

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DECA Architecture

Abstract

The project development will be done modularly and will be splitted into multiple subprojects which require the proper research and development.The Goal is to develop all the architecture require for the DECA Protocol

Project Overview

General Development

Note1: Testing should be developed for each smart contract Note2: Each Module requires its technical specification and references.

Future R&D

  • Use Cases List (Awesome DECA).
  • Payto DAO (SmartWallet)
  • Bounty Program
  • Zero Knowledge Proof Carbon Offset (Privacy and Fungibility).

Modules Description

Module 1: Decentralized infrastructure

This module its al related to the DECA Decentralized infrastructure model, from physical to session layer how to accomplish an easy to deploy and support the decentralization of the project by using technologies such as IPFS (Gateways, nodes and cluster), docker/incus images, alternative networks such as tor, i2p and using blockchain contract to ensure security of nodes listing.

Module 1 Specification

Module 2: R&D Decentralizable Architecture

This module is the presentation and aplication layers it comprise the whole development toolset and technologies that DECA will use for its dapps development (CI/CD, Helia, OrbitDB, Ethers, frameworks, and others) the goal is to have a decentralizable base architecture.

Module 2 Specification

Module 2 alternative WASM and Rust Research

Module 2 alt. WASM+RUST

Module 3 Decentralized Carbon Credits Backlog 2.0

Module 3 is an upgrade of the Decentralized Carbon Credits Backlog, by using ipfs helia, orbitdb, ethers and a smart contract to verify carbon credits approved/verified by the DAO.

Module 3 Specification

Module 4: ERC1155 or ERC404 Development and testing (cctokens, DECA2, SBT)

Module 5: R&D DECA DAO (Vaults, ranking/quadratic voting, whitelist, etc)

Module 6: R&D Upgradeable Tokenomics Ultrasound Model (Research and Dev)

Module 7: R&D Liquidity Pools DEFI Connector

Module 8: R&D Lending DEFI Connector

Module 9: Security and Testing

Module 10: Rebranding and Technical Marketing.

Note: The modules will not be organized in a sequential order necesarily but the design should consider the other implementations based on the General Diagrams and Use Cases Examples.

General Diagrams and Use Cases

LICENSE

Copyright (C) 2024  DECENTRALIZED CLIMATE FOUNDATION A.C.
Permission is granted to copy, distribute and/or modify this document
under the terms of the GNU Free Documentation License, Version 1.3
or any later version published by the Free Software Foundation;
with no Invariant Sections, no Front-Cover Texts, and no Back-Cover Texts.
A copy of the license is included in the section entitled "GNU
Free Documentation License".  

References