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Community Reviews across funding rounds
MuesliSwap Team Proposals (19)
Market making bots on Cardano
Solution: Develop an open-source framework and templates to use trading bots like market-making, arbitrage, and liquidity mining on Cardano.
Off-chain SC interaction tooling
Solution: Continuously developing such components ourselves, we want to provide templates and tutorials for building them to the community and thereby enable non-experienced users to make their contribution.
Secure off-chain community voting
Solution: Development of an open-source off-chain solution specifically tailored for conducting Cardano community elections enabling the formation of DAO structures for many projects in the ecosystem.
A standard for token verification
Solution: Establishing a verification standard that is easily accessible by users and developers and protects the Cardano community from fake projects.
Open analytics standard for DeFi
Solution: We develop a common API standard that will make it easier for information aggregators to include Cardano DeFi protocols and ensure that all protocols deliver the necessary information.
Multi-hop swaps for more liquidity
Solution: We want to develop an implementation for multi-hop trading on Cardano.
Bridgeless atomic cross chain swaps
Solution: We aim to create a scalable protocol that can be used to trade assets between Cardano and other blockchains, not based on a bridge. This can be realized in multiple variants of so-called atomic swaps.
Sharing liquidity between DEXs
Solution: We want to develop an open order book that can be used by any DEX to fill orders. This meta-dex protocol allows users to place limit orders and use the liquidity of all participating DEXs.
Liquidity Efficient DEX models
Solution: We will research and propose novel liquidity provision models in order to address problems like inefficient use of liquidity and impermanent loss. The solution will use the unique Cardano EUTXO model.
Imperator - Secure, Imperative SCs
Solution: Imperator is a language for SCs that looks and feels like well known imperative languages popular among developers. It is a specialized language that focuses on security and intuitivity.
DAO Treasury & Protocol Parameter Management via On-Chain Governance - By MuesliSwap
Solution: We will develop a treasury smart contract, and protocol parameter update mechanisms, and integrate both with on-chain voting solutions, including necessary SCs, backend infrastructure, and frontend.
Efficient atomic cross chain swaps between Cardano and other blockchains
Solution: This can be realized in multiple variants of atomic swaps proposed over the past years in the BTC community. The approach is generic and doesn't require smart contract support on the other blockchain.
Simple Node Sharing on Cardano
Solution: We will develop a toolchain to enable the sharing of the Cardano Node Socket between different machines over various channels (SSH,HTTP,UDP,etc).
Open Transaction Chaining tooling to speed up Cardano dApps - By MuesliSwap
Solution: We will implement tooling required to support fast transaction submission (within seconds) using transaction chaining in the cardano-node, PyCardano and Nami wallet.
Cardano DEX Protocol with DIDs Layer
Solution: Our solution is to develop a new DEX protocol by integrating Atala Prism's digital identity system. This integration will enable seamless and privacy-preserving DIDs verification for users.
Liquidity Efficient DEX Models for Cardano
Solution: Research and propose liquidity provision models optimized for Cardano's eUTXO model to address inefficient liquidity use and impermanent loss in DEXs.
Market Making and High Frequency Trading on Cardano
Solution: We will provide an open-source bot framework for Cardano to improve MuesliSwap's liquidity. This flexible tool will enable user customization to decentralize market-making on Cardano.
OpShin Bug Bountys - Squashing Bugs in Python Smart Contracts
Solution: We offer bug bountys to developers that resolve Issues on the OpShin project. This allows for dynamic, need based additional development effort for critical infrastructure.
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After researching the best structure for our voting tool and defining the security properties we started defining the technical components needed etc. in the last month. This month we continued in the planning of the technical infrastructure/components and started developing the first components. As a first step we looked into a secure off-chain storage for votes (through a database). Based on this database we started developing a backend infrastructure with the capabilities of taking snapshots, starting a vote and closing a vote. As a next step we want to extend our backend infrastructure such that we will be able to case votes during the governance window.
When performing a digital vote different properties of the vote need to be defined. That includes properties like privacy, integrity and verifiability. As we are planning on launching an open-source solution we have talked to different projects on Cardano that require off-chain governance to better understand their requirements and what features they would like to see in a voting system. Based on these talks we started planning the voting solutions technical structure. This means we started defining the technical requirements for a voting setup which includes: a voting frontend, storage backend, Cardano wallets and a setup to make the votes verifiable. We are planning to soon make a first repository public that contains the technical requirements defined for the voting system. We hope to then collect additional feedback from community members and projects based on these inital findings. After this initial phase has been conducted we are planning to start the implementation based on the requirments defined.