Best Site for Decentralized Domain
Summary
The best decentralized domain depends on the network. ENS (Ethereum Name Service) is the largest — .eth names issued via smart contract, used widely as Web3 handles, resolvable via gateways like eth.limo. Handshake is the protocol-level decentralized DNS root — register any TLD not in ICANN's table. Stacks BNS provides .btc names anchored to Bitcoin. Unstoppable Domains markets .crypto/.x/.nft/.wallet TLDs but the issuer is a centralized company — trust model differs from ENS. Decentralized domains are not directly resolvable in standard browsers without gateway, plugin, or resolver setup — the friction is real.
Top 5 at a glance
| # | Site | Best for | Price |
|---|---|---|---|
| 1 | ENS (Ethereum Name Service) | Ethereum-anchored decentralized names with widest Web3 support | Annual registration in ETH (typically $5-50 depending on name length) plus gas |
| 2 | Handshake | Protocol-level decentralized DNS root — register your own TLD | Auction-based registration in HNS tokens; varies wildly by name desirability |
| 3 | Stacks BNS (Bitcoin Name System) | Bitcoin-anchored decentralized names with .btc TLD | Registration in STX tokens; pricing varies by name length |
| 4 | Unstoppable Domains | Centrally-issued TLDs (.crypto, .x, .nft, .wallet, .blockchain) with one-time payment | One-time registration from $10-200 per name (no annual renewal) |
| 5 | Tor onion service (no domain at all) | Self-issued .onion address with no registrar and no chain | Free; you generate the address by running the service |
Detailed rankings
ENS (Ethereum Name Service)
Ethereum-anchored decentralized names with widest Web3 support
The default decentralized name in 2026. Useful as a crypto handle, IPFS site address, and Web3 identity layer.
Pros
- Smart-contract-issued — no central company can revoke your name
- Wide wallet support: most Web3 wallets resolve yourname.eth to your address natively
- DNS gateway resolution available — yourname.eth.link or yourname.eth.limo show your decentralized site in any browser
- Reverse records: associate one ENS name to your wallet address for cleaner UX
- IPFS site hosting via contenthash record
- Vibrant community and ecosystem
Cons
- Annual renewal in ETH — you can lose your name if you forget to renew
- Gas fees on Ethereum mainnet can be significant during congestion (Layer 2 ENS extensions reduce this)
- Privacy: ENS registration is on-chain — your wallet history is associated with the name
- Not natively resolvable in standard browsers without gateway domains
- ENS-only — does not replace your normal ICANN domain for general web use
Price: Annual registration in ETH (typically $5-50 depending on name length) plus gas
Sources: ens.domains, docs.ens.domains
Handshake
Protocol-level decentralized DNS root — register your own TLD
The right pick when you want to own a real TLD rather than a subdomain on someone else's chain. The browser-resolution friction is the real cost.
Pros
- Replaces ICANN at the root-zone level — you can register any TLD that is not already in ICANN's table
- Resolves at the DNS protocol level once your resolver supports HNS (HSD, NextDNS Handshake option, etc.)
- True decentralization — no central registry
- Cryptographically anchored to the Handshake blockchain
- Long-running since 2020
Cons
- Most browsers and resolvers do not handle HNS by default — users need NextDNS HNS option or HSD resolver
- TLD auction dynamics: desirable names go for tens of thousands of dollars
- Smaller user base than ENS
- Not directly compatible with ICANN domain ecosystem — you cannot bring your handshake TLD into a normal browser without gateway/resolver setup
- Limited tooling compared to ENS
Price: Auction-based registration in HNS tokens; varies wildly by name desirability
Sources: handshake.org, www.namebase.io
Stacks BNS (Bitcoin Name System)
Bitcoin-anchored decentralized names with .btc TLD
The right pick for Bitcoin/Stacks-aligned users who want a .btc handle. ENS remains the broader-utility choice.
Pros
- Anchored to Bitcoin via the Stacks layer-2
- Provides .btc handles useful for crypto identity
- Smart-contract issuance on Stacks
- Browser resolution via gateways and Bitcoin-friendly resolvers
- Smaller but active community in the Bitcoin/Stacks ecosystem
Cons
- Much smaller adoption than ENS
- Browser-resolution support narrower than ENS gateways
- Stacks ecosystem requirement (STX wallet) adds friction for non-STX users
- Less DeFi/wallet integration than ENS
Price: Registration in STX tokens; pricing varies by name length
Sources: btc.us
Unstoppable Domains
Centrally-issued TLDs (.crypto, .x, .nft, .wallet, .blockchain) with one-time payment
The right pick when one-time payment and no-renewal-risk matter and you accept the centralized-issuer model. Not 'decentralized' in the same sense as ENS or Handshake.
Pros
- One-time fee — no annual renewal risk like ENS
- Wide range of TLDs marketed as Web3 handles
- Integration with Brave Browser for native resolution
- Strong marketing presence in crypto
- Owns the .crypto namespace via partnership/acquisition history
Cons
- Unstoppable Domains is a centralized company — they issue, they could in principle revoke (though not yet observed at scale)
- Lawsuit with ENS over a 2022 trademark dispute showed corporate-friction risk
- Brand 'unstoppable' is questioned by purists — the company controls the registry, not a blockchain
- Resolution outside Brave requires plugins or gateways
- Smaller crypto-wallet support than ENS
Price: One-time registration from $10-200 per name (no annual renewal)
Sources: unstoppabledomains.com
Tor onion service (no domain at all)
Self-issued .onion address with no registrar and no chain
The right pick when the goal is self-issued cryptographic identity reachable over Tor. Different category from ENS/Handshake — complementary, not competing.
Pros
- Address is the cryptographic identity — generate your own keypair
- No registrar, no chain, no fee, no renewal
- Built-in privacy: traffic is Tor-routed end to end
- Vanity addresses possible (with mkp224o for v3 onions)
- Truly self-sovereign — you alone control the keypair
Cons
- Long random string of base32 (e.g. duckduckgogg42xjoc72x3sjasowoarfbgcmvfimaftt6twagswzczad.onion)
- Reachable only via Tor Browser or Tor-enabled resolver
- Not a 'domain' in the DNS sense — different category
- Loss of the v3 onion private key means loss of the address forever
Price: Free; you generate the address by running the service
Sources: community.torproject.org
How we chose
- Protocol-level decentralization — is the issuer a smart contract, or a company?
- Browser resolution path — standard browser, gateway, or plugin required?
- Use case fit — crypto-handle, full website, or decentralized identity?
- Cost — annual fee vs one-time vs gas-only.
- Honest framing — some 'decentralized' brands are centralized issuers.
- Distinct from [[anonymous-domain-registration]] (ICANN with privacy whois).
Frequently asked questions
Can I use a decentralized domain instead of a regular .com?
Only with significant caveats. Standard browsers do not resolve .eth, .btc, .crypto without a gateway, plugin, or resolver change. Most users worldwide will see 'site not found' for a yourname.eth URL. The practical pattern is: register both an ICANN domain (for reachability) and a decentralized name (for crypto identity), and point the ICANN domain at the same content. ENS gateway domains (yourname.eth.limo) bridge partially.
Is Unstoppable Domains actually decentralized?
Architecturally, the TLDs are managed by Unstoppable Domains the company. The records are stored on Polygon/Ethereum, which provides resilience against the company's database vanishing — but the issuance, registration policies, and TLD-level control sit with the company. ENS is meaningfully more decentralized in that .eth issuance is a public smart contract. Unstoppable's one-time-fee model is a real product advantage; the 'decentralized' branding is partial.
Can ENS names be censored?
The smart contract that issues .eth names cannot be censored by the ENS team — it is on Ethereum. But ENS names depend on Ethereum nodes to resolve; if a particular DNS gateway (eth.limo, eth.link) chose to filter, that gateway-resolved view of a name could be affected. The underlying contract data is uncensored; the user-facing tooling could be. Run your own gateway for resistance.
How does Handshake actually work?
Handshake runs its own blockchain that maintains the root zone of the DNS — the table that says which servers are authoritative for which TLDs. ICANN's role is replaced by the consensus of Handshake nodes. To use Handshake names, your DNS resolver must consult the Handshake chain (via HSD or a gateway service like NextDNS with HNS enabled). Once resolved, normal DNS works under your TLD — you can run a website at anything.yourtld.
What about IPFS as the storage layer?
IPFS is content-addressed peer-to-peer storage, not a domain system. Pair it with ENS or Handshake: set the contenthash record of your ENS name to an IPFS hash, and gateway resolvers serve the IPFS content under yourname.eth.limo. The full Web3 stack is: ENS or Handshake name → IPFS content hash → distributed file storage → gateway-rendered for non-Web3 visitors. Each layer is decentralized in its own way.