Unstoppable Domains is a blockchain-based domain name system (DNS) that aims to provide censorship-resistant and decentralized domain names.

Centralized entities like domain registrars typically manage traditional domain systems and can be subject to censorship or control by governments or other authorities.

Unstoppable Domains leverages blockchain technology, specifically the Ethereum and Zilliqa blockchains, to offer a new way of registering and managing domain names.

Unstoppable Domains uses blockchain technology to store domain ownership information.

Each domain is represented as a non-fungible token (NFT) on the blockchain, providing a decentralized and tamper-resistant record of ownership.

Because domain ownership is recorded on a blockchain, it resists censorship.

This means that once a domain is registered on the blockchain, centralized authorities cannot easily take down or control it.

The decentralized nature of blockchain ensures that domain ownership is not concentrated in the hands of a single entity.

This reduces the risk of censorship, interference, or control by any central authority.

Unstoppable Domains simplifies cryptocurrency payments by allowing users to associate their domain with cryptocurrency addresses.

This enables users to receive payments in various cryptocurrencies using a human-readable domain name instead of a complex wallet address.

Unstoppable Domains supports interoperability with multiple blockchains.

Initially built on Ethereum, it expanded to Zilliqa, offering users more options for blockchain integration and flexibility in managing their domains.

Ownership of Unstoppable Domains is tied to private keys, giving users full control over their domain assets.

Users can transfer their domains to others by transferring the associated private keys.

In summary, Unstoppable Domains leverages blockchain technology to create domain names resistant to censorship and give users greater control over their online presence.

Blockchain ensures decentralization, transparency, and security in the domain registration process.