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Result

            • ▫️Governance Participation increased by 2.3x due to anonymous and gasless voting.
            • ▫️Grant Disbursement time reduced by 60% through Sablier-based automation.
            • ▫️Ragequit Feature used by 17% of early token holders, preventing conflict escalation.
            • ▫️Builder DAO Adoption: 14 DAOs deployed the framework within 3 months of launch.
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Building a Modular DAO Framework with Zero-Knowledge Voting

Client Overview

    •  Client: Confidential (An emerging L2 ecosystem DAO incubator)
    •  ▫️ Industry: Web3 Governance / DAOs
    •  ▫️ Engagement Duration: 10 months
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Objectives

    • To design and implement a plug-and-play DAO framework enabling:

      • ▫️Anonymous, secure voting via zk-SNARKs
      • ▫️ Decentralized treasury management with time-based streaming
      • ▫️Ragequit-enabled protection for minority stakeholders
          • ▫️Reputation-based participation through staking

Solution

    • TechSteck Solutions developed a modular DAO architecture combining the composability of OpenZeppelin’s Governor contracts with Aragon’s flexibility and the privacy guarantees of MACI (Minimal Anti-Collusion Infrastructure).

      Key Modules:

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      • ▫️ZK Voting Engine: Integrated MACI for anonymous voting with anti-collusion guarantees using SNARK proofs.
      • ▫️Treasury Streams: Leveraged Sablier contracts to create continuous token flows to contributors and grantees.
      • ▫️Ragequit Mechanism: Adopted Moloch v3’s exit framework to enable DAO members to exit with their proportional treasury share.

      ▫️Reputation Layer: Developed a staking mechanism to build dynamic reputation scores based on activity, verifiable via subgraphs.

       ZK Integration Details

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      • ▫️Utilized Circom circuits with Groth16 proving system for vote privacy.
              • ▫️Built a relayer layer for gasless zkVote submissions, preserving anonymity.
              • ▫️Verified ZK proofs on-chain within Governor logic to ensure trustless tallying.
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Implementation Highlights

                          • ▫️Composable Modules: DAO creators could enable/disable features (e.g., enable Ragequit but disable Streaming).
                          • ▫️Custom Governance Parameters: DAO instances could customize voting delay, quorum, and execution delay.
                          • ▫️Upgradeable Contracts: Framework built with UUPS proxies for upgradability.

                      ▫️SDK Toolkit: Developed React components and SDK for third-party dApps to launch DAOs via CLI or GUI.

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Conclusion

▫️TechSteck Solutions’ modular DAO framework bridged the gap between privacy, flexibility, and composability — empowering communities to govern transparently, securely, and equitably.

▫️Looking to upgrade your DAO with ZK tooling and modular governance? [Contact TechSteck Solutions]

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