Fluidkey, a privacy-focused project, is tackling one of the most discussed about concerns about transaction transparency on Ethereum Virtual Machines (EVM) chains

By integrating Ethereum Name Service (ENS) domains with stealth addresses, Fluidkey enables users to maintain financial privacy without compromising functionality or traceability.

Fluidkey, a privacy-focused project, is tackling one of the most discussed about concerns about transaction transparency on Ethereum Virtual Machines (EVM) chains.

The project announced that it has launched its stealth address integration with Ethereum Name Service (ENS) domains, enabling users to maintain financial privacy without compromising functionality or traceability.

Essentially, blockchain transactions are tied to public addresses, making them very easily traceable. Fluidkey solves this by automatically generating unique stealth addresses for every transaction. These addresses are linked to a user’s ENS name but remain unlinkable to external observers.

Unlike mixers, the project ensures that the transaction traceability for compliance purposes, such as tax reporting, while breaking the linkability of payments.

Key Features

Stealth Addresses: Each incoming payment creates a smart account, which ensures privacy.

Centralized Dashboard: Users manage all transactions under a single ENS subname for convenience.

Self-Custodial: Full control of funds remains with users through the private keys.

Offchain Resolver: Reduced fees and processing times when enhancing privacy feature.

Benefits

Fluidkey eliminates the need for manually managing multiple wallets and avoids pooling funds with others, reducing risks of mixing legitimate and illegal funds. It also supports DNS records, allowing users to share browser links for payments.

Its integration with ENS domains provides a user-friendly interface for setting up and managing stealth addresses.

This feature is available now on Optimism and integration with Ethereum Mainnet, Arbitrum, Polygon, Base, and Gnosis Chain is planned for the future. Its innovative approach positions it as a key player in shaping privacy standards in decentralized ecosystems.