vote pending
FluiDeFi - EVM/BTC wallets with any Cardano DApp
Current Project Status
vote pending
Amount
Received
₳0
Amount
Requested
₳484,000
Percentage
Received
0.00%
Solution

You can control a Cardano-based smart account using Bitcoin or EVM wallets, allowing any Web3 user to access Cardano without needing a new wallet, starting with FluidTokens Dapp

Problem

Image file

Cardano ecosystem is offering opportunities for users, however the user base is small due to the lack of compatibility with popular wallets of EVM/BTC chains

We fix this by using plutus V3 and CIP69

Team

2 members

FluiDeFi - EVM/BTC wallets with any Cardano DApp

Please describe your proposed solution

The problem we aim to solve is the friction for Web3 users to experience Cardano's blockchain. Currently, users need to create new wallets, which adds complexity and limits adoption.

Our approach leverages cross-chain wallet compatibility, allowing users from Bitcoin or EVM chains to control a Cardano smart account without needing to create a new wallet. This reduces onboarding barriers and enhances interoperability, tapping into a larger, existing Web3 audience.

This is the evolution of the concept of Catalyst F12 project

The concept is now working and is being reviewed and it's possible now to apply in the product section because:

"Product is for established blockchain projects and teams looking to enhance existing applications and propositions by significantly extending current features and capabilities. "

The final output of this catalyst is to have Fluid Dapp, our project to integrate Bitcoin and EVM wallets natively.

We will demonstrate the impact by tracking the number of users interacting with Cardano through their native wallets and monitoring transaction volume across multiple chains.

Please define the positive impact your project will have on the wider Cardano community

  • User Adoption: Track the number of users from Bitcoin, Ethereum, and other EVM-compatible chains who successfully interact with Cardano smart accounts.
  • Transaction Volume: Monitor the volume of cross-chain transactions initiated via external wallets (Bitcoin, EVM) into the Cardano ecosystem.
  • Onboarding Time: Measure the reduction in onboarding time for new users, compared to creating a dedicated Cardano wallet.
  • dApp Activity: Analyze the increase in user interactions within Cardano’s decentralized applications (dApps) from cross-chain wallets.

What are the key milestones you need to achieve in order to complete your project successfully?

Milestone 1: Integration of Frontend & Wallet Compatibility

  • Objective: Complete the integration of the frontend with wallet support for Metamask, Phantom, and Xverse, allowing users to generate Cardano addresses using any of these wallets.
  • Deliverable: Users can link their wallets, generate a Cardano address, and access the Cardano network.
  • Timeline: 2 months

Milestone 2: Top-up via ETH/MATIC/BTC

  • Objective: Enable users to fund their Cardano smart accounts using assets from external chains like Ethereum (ETH), Polygon (MATIC), and Bitcoin (BTC).
  • Deliverable: Successful transactions from ETH/MATIC/BTC wallets to a Cardano smart account.
  • Timeline: 1 month

Milestone 3: Off-ramp from ADA to Any Chain

  • Objective: Implement the ability to convert ADA back to assets on other chains, like Ethereum or Bitcoin, facilitating easy withdrawal and liquidity movement.
  • Deliverable: Cross-chain offramp functionality that allows ADA to be transferred into other chains.
  • Timeline: 1 month

Milestone 4: Interaction with Cardano DEXes (e.g., Minswap, SundaeSwap)

  • Objective: Enable users to interact with decentralized exchanges on Cardano, such as Minswap and SundaeSwap, through their connected wallets from other chains.
  • Deliverable: Successful interaction with DEXes, including swaps and liquidity provision.
  • Timeline: 2 months

Milestone 5: Interaction with DeFi Protocols (e.g., FluidTokens, Liqwid, Lenfi, Optim)

  • Objective: Allow users to engage with Cardano DeFi protocols for lending, borrowing, and staking using their linked cross-chain wallets.
  • Deliverable: Successful interactions with DeFi protocols such as FluidTokens, our project
  • Timeline: 1 month

Final Milestone: Project Close-Out Report & Video

  • Objective: Submit a comprehensive project report and accompanying video detailing the achievements, challenges, and future opportunities for growth. The report will include metrics on user adoption, transaction volumes, and cross-chain activity.
  • Deliverable: Project Close-Out Report & Video shared with the Cardano community and relevant stakeholders.
  • Timeline: 1 month

Please provide a cost breakdown of the proposed work and resources

1) Development Costs

  • 2 Engineers (Full-Time, 10 months)
  • Salary per engineer: $7,000/month
  • Total cost for 2 engineers (10 months): $7,000 * 2 engineers * 10 months = $140,000

2) Smart Contract Audit

  • Audit of the smart contracts for security and functionality: $30,000

3) Platform Maintenance

  • Hosting, infrastructure, and ongoing platform support (10 months)
  • Estimated at $2,000 per month
  • Total cost: $2,000 * 10 months = $20,000

4) Contingency & Miscellaneous Costs

  • To cover unexpected expenses, testing, user support, and other minor costs.
  • Total allocation: $10,000

This leads to a total cost of 200,000$ that with current ADA price is about 484,000 ADA

No dependencies

How does the cost of the project represent value for money for the Cardano ecosystem?

By allowing users from other blockchains (e.g., Ethereum, Bitcoin, Polygon) to interact with Cardano without needing a new wallet, the project significantly reduces barriers to entry. This brings more users, liquidity, and activity to Cardano, which is critical for ecosystem growth. The ability to top-up and off-ramp between chains increases Cardano's attractiveness as a truly interoperable platform.

In short: Let's make Cardano the chain of EVERYONE

close

Playlist

  • EP2: epoch_length

    Authored by: Darlington Kofa

    3m 24s
    Darlington Kofa
  • EP1: 'd' parameter

    Authored by: Darlington Kofa

    4m 3s
    Darlington Kofa
  • EP3: key_deposit

    Authored by: Darlington Kofa

    3m 48s
    Darlington Kofa
  • EP4: epoch_no

    Authored by: Darlington Kofa

    2m 16s
    Darlington Kofa
  • EP5: max_block_size

    Authored by: Darlington Kofa

    3m 14s
    Darlington Kofa
  • EP6: pool_deposit

    Authored by: Darlington Kofa

    3m 19s
    Darlington Kofa
  • EP7: max_tx_size

    Authored by: Darlington Kofa

    4m 59s
    Darlington Kofa
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