Freename, a prominent multichain Web3 domain marketplace and namespace platform, has integrated with MetaMask Snaps in a development that enhances blockchain-based transactions. This collaboration, backed by ConsenSys, is expected to improve transaction speed and security across various blockchains. By addressing cross-chain complexities, the integration enables MetaMask to seamlessly resolve Freename domains into wallet addresses, streamlining the transaction process.
Well-regarded in the Web3 ecosystem, Freename specializes in launching decentralized domains compatible with multiple blockchain networks such as Base, Polygon, Solana, Chiliz, and SEI. These domains eliminate the need for lengthy and complex wallet addresses while ensuring multi-chain functionality, strong security measures, and data privacy.
Expanding Web3 Domain Name Services
As the first ICANN-accredited Web3 registrar, Freename has played a significant role in expanding decentralized web adoption. The integration with MetaMask Snaps marks an advancement toward managing domains from multiple providers. This improvement allows MetaMask Wallet users to directly resolve domain names from different providers into their on-chain addresses, making Web3 transactions more accessible.
MetaMask Wallet, by default, offers a limited range of built-in features. To enhance user experience, MetaMask introduced Snaps, a framework that allows third-party developers to contribute new functionalities. This initiative enables developers to create and integrate custom features such as transaction insights, interoperability enhancements, and in-wallet notifications.
As third-party developers continue to expand MetaMask Snaps with new tools and technologies, users gain increased flexibility in customizing their wallets. This enhancement not only enriches the Web3 experience but also promotes broader adoption of decentralized technologies by providing innovative solutions for both users and developers.
Addressing Wallet Address Complexity and Enhancing Privacy
One of the major challenges users face when transitioning from traditional Web2 platforms to Web3 is the complexity of wallet addresses. These addresses typically consist of long alphanumeric strings, making them difficult to remember or input manually. This complexity serves as a major obstacle to wider crypto adoption, as users may struggle with the risk of errors in transactions.
By integrating MetaMask Snaps with Freename domains, users no longer need to manually input complex wallet addresses. Instead, transactions can be conducted using domain names, simplifying the payment process. The “Pay with Domains” feature not only eliminates the need to enter long addresses but also masks them, maintaining user privacy while ensuring secure and efficient transactions.
Additionally, this feature facilitates cross-chain transactions, allowing users to send and receive payments across different blockchain networks without switching manually between them. The Freename Resolution Snap, which powers this functionality, prevents the need to copy and paste extensive wallet addresses, further enhancing security and usability.
Streamlining Domain Name Resolution in MetaMask Wallet
Freename Web3 Resolver, also known as Freename Resolution Snap, integrates seamlessly with MetaMask Wallet using the Freename Resolution API. This feature enables users to resolve multiple domain names from various providers, including Freename, Unstoppable Domains, and ENS, linking them directly to on-chain addresses.
Leveraging the official Snap SDK, this integration ensures smooth and efficient domain resolution, making it significantly easier for MetaMask Wallet users to manage and interact with blockchain-based domains. The streamlined approach not only simplifies transactions but also strengthens security, further enhancing the Web3 ecosystem.
By combining Freename’s domain resolution capabilities with MetaMask Snaps, this integration marks a crucial step in improving blockchain accessibility, security, and efficiency for users navigating the decentralized digital landscape.
