Chart Mode:
OVERVIEW:
| Time Frame: | 15m | 1h | 4h | 24h | 1W |
|---|---|---|---|---|---|
| Golden Cross: | None | None | None | None | None |
| Death Cross: | 26/05/2026 19:45 (UTC) | 27/05/2026 12:00 (UTC) | 23/05/2026 00:00 (UTC) | 04/10/2025 00:00 (UTC) | 16/03/2026 00:00 (UTC) |
| Signal: | None | None | None | None | None |
| Change: | %-0.327 | %-0.489 | %-0.653 | %-1.456 | %-2.247 |
| RSI: | 47.42 | 39.97 | 40.83 | 44.15 | 36.85 |
| RSI DIV.: | %1.67 | %3.49 | %-0.07 | %-0.37 | %4.93 |
| BB State: | 1.29% above lower band | 0.64% above lower band | 0.84% above lower band | 6.73% above lower band | 44.23% above lower band |
| Pattern: | Engulfing Pattern (27/05/2026 13:45) |
Matching Low (27/05/2026 14:00) |
Engulfing Pattern (27/05/2026 08:00) |
None | Matching Low (18/05/2026 00:00) |
INFO:
| Symbol / Name: |
 ENS / Ethereum Name Service
|
|---|---|
| Rank: | 123 |
| Market Cap: | $244.18M |
| Volume(24 hours): | $639.09M |
| Circulating Supply: | 67.03K |
| Maximum Supply: | 38.2M ENS |
| Total Supply: | -- |
| Total Value Locked (TVL): | $639.12M |
| Market Cap / TVL Ratio: | |
| Launch Date: | 2021-11 |
| Website: | https://ens.domains/ |
| Twitter: | https://twitter.com/ensdomains |
| About: |
Ethereum Name Service (ENS) is a distributed, open, and extensible naming system based on the Ethereum blockchain. ENS converts human-readable Ethereum addresses like john.eth into the machine-readable alphanumeric codes you know from wallets like Metamask. The reverse conversion -- associating metadata and machine-readable addresses with human-readable Ethereum addresses -- is also possible.The goal of Ethereum Name Service is to make the Ethereum-based web easier to access and comprehend for humans - similar to how the Internet’s Domain Name Service makes the internet more accessible. Like DNS, ENS also uses a system of dot-separated hierarchical names called domains with domain owners fully controlling their subdomains.ENS launched with a highly successful retroactive airdrop in November 2021 that rewarded users who had registered addresses before the project launched its token. However, in February 2022, it faced criticism over apparently homophobic tweets by its director of operations. ENS was initially a part of the Ethereum Foundation, but spun off as a separate organization in 2018. Its Lead Developer is Nick Johnson, a software engineer from New Zealand that previously worked at Google and the Ethereum Foundation. The ENS team is nine people strong and its treasury is governed by a 4-7 multi-signature root with the following members:Nick Johnson - ENSSergey Nazarov - ChainlinkDan Finlay - MetamaskTaylor Monahan - MyCryptoAron Fischer - ColonyJason Carver - Ethereum FoundationMartin Swende - Ethereum FoundationAlthough ENS has no investors, it is supported by the Ethereum Foundation, Binance_X, Chainlink, Ethereum Classic Labs, and Protocol Labs. Ethereum Name Service has a one-of-a-kind value proposition due to being the first service that transfers the Domain Name Service to the decentralized Web3.ENS is not a company but an open-source project that calls itself “an open public utility that belongs to the company.” Essentially, it aims to become a piece of infrastructure as vital to Web3 as the DNS is to the internet. Moreover, ENS does not have a single point of failure thanks to blockchain technology and is, by design, more censorship-resistant and secure.One of the main obstacles to the mass adoption of blockchain technologies has been their accessibility and ease of use, which ENS aims to remedy. Instead of using machine-readable albeit inconvenient alphanumeric codes, users can receive any crypto or NFT to a short and easy-to-remember link. This simplifies the user experience and makes blockchain technology less technical.Under the hood, ENS is built on two smart contracts. The first is an ENS registry recording domains registered on ENS and stores the following information about each of them:The domain ownerThe domain resolverThe caching time for all records under the domainThe second smart contract is the resolver. Its purpose is to translate the machine-readable addresses to domain names and vice versa and match each domain to its corresponding user, website, or address.
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