WalletLabels - Open Source Labeling Platform

Bringing clarity and context to on-chain data and transforming addresses into meaningful labels.

Navigating through countless addresses and transactions can be daunting. WalletLabels proposes a mission to integrate with ENS (Ethereum Name Service) to provide a layer of clarity and context to on-chain addresses, making the Ethereum ecosystem more accessible and comprehensible.

Why WalletLabels? WalletLabels is an open-source platform dedicated to labeling and contextualizing blockchain wallet addresses. Our integration with ENS will allow users to see not just an Ethereum address or an ENS domain, but also a label providing context about the address's activity, type, and behavior.

How Will This Benefit ENS Users?

  • Enhanced User Experience: Users can easily understand who they are interacting with, whether it's a large exchange, a notable NFT collector, or a DeFi protocol.
  • Increased Trust and Transparency: By providing more information about addresses, users can make more informed decisions, enhancing trust in their transactions.
  • Encouraging Adoption: Simplifying the complexity of blockchain addresses will make Ethereum more approachable for new users, fostering broader adoption.

Integration Plan We plan to integrate WalletLabels directly with ENS, allowing any ENS user to benefit from enhanced address information. This integration will involve:

  • Developing a seamless API connection between WalletLabels and ENS.
  • Ensuring real-time label updates for maximum relevance and accuracy.
  • Collaborating with the ENS community for feedback and continuous improvement.

Roadmap and Funding The grant will support:

  • Technical development for integration with ENS.
  • Community engagement initiatives.
  • Continuous improvement based on user feedback.

Why Support Us? WalletLabels combines technical expertise with a passion for making blockchain technology more user-friendly. Our team's experience in blockchain data, AI, and user experience design positions us uniquely to contribute significantly to the ENS ecosystem.