decodedDataJson: [{"name":"json","type":"string","signature":"string json","value":{"name":"json","type":"string","value":"{\"proposalURL\":\"https://explorer.gitcoin.co/#/round/10/57/17\",\"title\":\"Token Engineering the Superchain\",\"description\":\"\",\"payoutAddress\":\"0xC07E21c78d6Ad0917cfCBDe8931325C392958892\",\"programId\":\"57_10\",\"questions\":[{\"type\":\"paragraph\",\"query\":\"Vision Statement and Impact: Describe the long-term vision of your project and its intended impact on the Optimism and broader Superchain ecosystem, including both qualitative and quantitative benefits\",\"explanation\":\"We explore innovative models for DCA that move beyond a simple fee for service model. Our long term vision is to create systems that can sustain themselves without extract rent from it's users. As Optimism and the Superchain Ecosystem grows, users will seek the lowest fees for DCA and the best experience. Our impact will be to produce the low fees for users and high yields for liquidity providers. Balancing these two will produce a sustainable system for DCA that does not rely on extracting a fee from users to operate. \"},{\"type\":\"paragraph\",\"query\":\"Initial Strategy: Outline a high-level strategy for how you will achieve your intended impact and key goals for the next 3-6 months\",\"explanation\":\"Our first goal is to set up benchmarks. We will begin with benchmarking Mean Finance, CoW Swap, and Super DCA. The results of this will be a benchmark report similar to [this one we made in 2022](https://docs.google.com/presentation/d/1vFU1lYvmhheihHrcrm5ptBvCBu8sZzHkblBiGdPYwTw/edit?usp=sharing).\\n\\nSecond, we have found a method to further reduce the fees required to perform DCA that uses Uniswap V4 hooks. We are deeply integrated with Uniswap V3 so we will double down on this and work on having Super DCA ready for when V4 goes live. Being ready to go live with Uniswap V4 is important to us. \\n\\nThird, the Super DCA liquidity network will be set up on more networks. DCA tokens will continue to be sold to liquidity providers who are willing to take part in this research project. \"},{\"type\":\"paragraph\",\"query\":\"Team Expertise: Provide a brief summary on the team’s background and relevant expertise in token engineering and/or OP\",\"explanation\":\"Michael Ghen is an adjunct professor of computer science and has been researching blockchain networks since 2019 as part of a post-graduate fellowship at Drexel University, funded by a government grant for students studying areas of national need (cyber security).\\n\\nHe has an undergraduate degree in computer engineering and a graduate degree in analytics. His research into DCA systems started in 2021 after winning a prize from Superfluid Finance for implementing the first “streaming exchange method” for swapping on Uniswap.\"},{\"type\":\"paragraph\",\"query\":\"Existing Work: Provide evidence of any existing work, such as prototypes, research papers, or previous projects. If you have already done work within OP/ Superchain, please include that here too\",\"explanation\":\"You can find our existing work in our Github repo: [https://github.com/Super-DCA-Tech/](https://github.com/Super-DCA-Tech/)\\n\\nThis includes:\\n- Super DCA White Paper\\n- Super DCA Backend (Solidity)\\n- Super DCA Frontend (Nextjs)\"},{\"type\":\"paragraph\",\"query\":\"Returning grantees: If your project has received prior funding from the Token Engineering Grants Program, please describe the impact that funding has had on the project\",\"explanation\":\"Funding from GG20 has allowed our development team to get the contracts deployed to mainnet, publish the application to IPFS and ETH.limo, and test its performance. This project would still be on testnet without the support we received in GG20. \"}],\"type\":\"grant-details\"}"}}]