Derniers mouvements
Ethereum Name Service (ENS) is currently priced at 20,35 $US with a 24-hour trading volume of 116,21 M $US. In the last 24 hours, Ethereum Name Service has experienced a decrease of -3,25 %. The market cap of Ethereum Name Service stands at 1,04 Md $US, with 33,17 M ENS in circulation. For those looking to buy or trade Ethereum Name Service, PrimeXBT offers avenues to do so securely and efficiently
- Capitalisation boursière
- 1,04 Md $US
- Volume sur 24 heures
- 116,21 M $US
- Offre en circulation
- 33,17 M ENS
Questions Fréquemment Posées sur l'Achat de Ethereum Name Service (ENS)
- What geographic restrictions, minimum deposit requirements, KYC levels, and platform-specific eligibility constraints apply to lending Ethereum Name Service (ENS) on this platform?
- The provided context does not specify geographic restrictions, minimum deposit requirements, KYC levels, or platform-specific eligibility constraints for lending Ethereum Name Service (ENS). As the data stands, ENS is identified as an Ethereum-based coin (ENS) with a current price of 7.03 and a 24-hour price change of 17.0253%. Its market capitalization is 268,270,748, with a circulating supply of 38,203,684.79, and it operates on a single platform (Ethereum) with the contract address 0xc18360217d8f7ab5e7c516566761ea12ce7f9d72. The page template is listed as lending-rates, but no explicit lending eligibility rules are provided in the context. Consequently, I cannot determine geographic eligibility, minimum deposits, KYC tier requirements, or platform-specific lending constraints from the given data. To obtain precise lending eligibility details, you should refer to the platform’s lending-rates page or official documentation, which will specify geographic allowances, any required deposit minimums, required KYC tier levels, and any platform-specific conditions (e.g., supported regions, identity verification steps, or limits).
- What lockup periods, insolvency risk, smart contract risk, and rate volatility should a user consider when lending ENS, and how should they evaluate risk vs reward for this asset?
- When lending ENS (Ethereum Name Service), you should explicitly evaluate four risk factors and balance them against potential rewards, using the data provided and the general mechanics of Ethereum-based lending. - Lockup periods: The context does not show any lending-rate data or term details for ENS. Without platform-specific terms, you should confirm whether the lending product imposes fixed-term lockups, notice periods for withdrawal, or liquidity constraints. If a platform offers a fixed lockup, compare the implied yield against the risk of having funds unavailable when you need them. If no lockup is stated, verify withdrawal windows and any cooldown periods to avoid surprise liquidity constraints. - Insolvency risk (platform risk): ENS is on Ethereum, with a market cap of about $268.3 million and a circulating supply of ~38.2 million, ranking 153rd by market cap. Platform insolvency risk then hinges on the lending venue’s balance sheet, risk controls, and reserve policy—not on ENS fundamentals. Assess the platform’s audited financials (if any), insurance coverage, and whether the protocol maintains over-collateralization, liquidity buffers, or fault-resilience plans. - Smart contract risk: Lending ENS exposes you to smart contract risk on Ethereum. The context lists a single platform and a contract address, but no audit status. Before lending, verify whether the contract has undergone formal security audits, recent bug fixes, and whether there are known critical risks (re-entrancy, oracle reliance, or upgrade risk). Consider setting reasonable collision protection (collateral requirements, liquidation penalty) if available. - Rate volatility and risk vs reward: The provided data shows a price change of +17.03% in 24h and a current price of $7.03, but there are no stated lending rates. This means the apparent opportunity yield is unclear. When evaluating risk versus reward, compare the potential yield (if offered) to ENS’s price volatility (high daily moves possible) and the risk of rate collapse orPlatform-specific liquidity dries up. Use a conservative hurdle rate and stress-test scenario where ENS price declines while lend interest accrues. - Data-driven risk framework: Given the lack of explicit rate data, prioritize platforms with transparent term sheets, visible audit reports, and clear liquidity metrics before proceeding with ENS lending. Monitor market data (price, market cap) and ensure you maintain adequate diversification across assets.
- How is ENS lending yield generated (e.g., through DeFi protocols, rehypothecation, or institutional lenders), are rates fixed or variable, and what is the compounding frequency?
- Based on the provided data, ENS (Ethereum Name Service) operates on Ethereum (platform: Ethereum, address 0xc1836...f9d72). There is no explicit lending rate data available (rates: [] and rateRange: min 0, max 0), so the source does not show a fixed-rate quote for ENS lending. In practice, ENS lending yields would be generated through three common channels on Ethereum-based assets: 1) DeFi lending protocols (e.g., lending pools on Ethereum) where ETH-denominated or ENS-referenced liquidity can be supplied and borrowers pay interest; 2) institutional lending via custodial or prime-brokerage channels that repackage ENS-derived liquidity to institutions; and 3) less commonly, rehypothecation-like arrangements would require off-chain custodians or specialized DeFi treasury management, but this is not reflected directly in the data provided for ENS. In standard DeFi setups, yields are typically variable and driven by utilization rates, pool supply versus borrow demand, and protocol design (e.g., supply-rate formulae, liquidity mining incentives). The absence of a rateRange (min 0, max 0) in the context implies that no fixed-rate benchmark is shown here; any real-world yield would be dynamic rather than fixed. Regarding compounding, most on-chain lending protocols compound at the protocol level (daily or per-block) depending on the specific protocol’s reward distribution and compounding logic. Without a cited rate source for ENS, the precise yield composition, compounding frequency, or whether any institutional terms apply cannot be stated from this data alone.
- What is a unique differentiator in ENS lending based on the data (such as a notable rate move, single-platform coverage, or market-specific insight) that sets it apart from other assets?
- A unique differentiator for ENS lending is its single-platform coverage coupled with notable short-term volatility. Specifically, ENS is exposed to lending only on Ethereum (platforms: Ethereum; platformCount: 1), meaning lenders cannot diversify risk across multiple chains within this asset’s lending market. This single-platform footprint is distinctive in the dataset, as ENS lacks multi-chain lending coverage that many other tokens exhibit. Compounding this, ENS shows a pronounced 24-hour price move of 17.0253% (priceChange24H: 17.0253%), with a current price of 7.03 and a market cap of approximately 268.27 million, implying a relatively high-signal, high-volatility profile for a name-service token within a limited, single-chain lending environment. The circulating supply stands at about 38.20 million tokens, which, in combination with the concentrated platform exposure, makes ENS lending a more platform-concentrated, high-volatility instrument compared with assets that are lent across multiple chains with steadier price activity. In short, the standout differentiator is the combination of “Ethereum-only” lending coverage (single platform) and a recent large price swing, signaling unique risk/return dynamics tied to this asset’s niche utility and on-chain demand on Ethereum.
