Etherium Name Services Info
Discover $ENS: a decentralized naming protocol on Ethereum transforming blockchain addresses into human-readable names.
- Ticker
- $ENS
- Listing Price
- $43
- Total Supply
- 100,000,000
- Niche
- Others
- TGE Date
- 2021-11-08
- Website
- https://ens....domains
- Tokenomics Source
- https://ens....eNXeUuY
- Tokenomics Source 2
- https://docs...7499821
Tokenomics
Audited
Information
Tokenomics Rating
- Rank
- #86
- Percentile
- Top 13%
- Category Score
- 80 out of 100
- Percentile
- Top 11%
Inflation
Measures the rate at which new tokens are added to the circulating supply, from yearly and monthly perspectives.
Yearly Inflation
Monthly Inflation
- Category Score
- 100 out of 100
- Percentile
- Top 1%
Supply Shock
Measures the strength of sudden changes in token supply, impacting the market at a given period.
Monthly Unlocks
Monthly Supply Shock
- Category Score
- 86.67 out of 100
- Percentile
- Top 8%
Risk of Dilution
Measures the long-term price stability of a token as new tokens are vested throughout the vesting period, evaluating the potential risk of dilution that might occur.
Risk of Dilution Rating
Token Unlock Schedule
Vesting Release Schedule
- Category Score
- 98.87 out of 100
- Percentile
- Top 1%
Distribution Fairness
Measures how fairly and evenly the tokens are distributed among different stakeholders, taking into account the proportion of tokens allocated to each group.
Distribution Fairness
Allocation Distribution
Individual Allocation Scores
- Community
Allocation - Insiders
Allocation - Investors
Allocation - Foundation
Allocation
Token Control (YoY)
- Category Score
- 9.52 out of 100
- Percentile
- Top 88%
Supply Metrics
Measures the difference between circulating and unlocked token supplies in the vesting schedule, highlighting discrepancies that may impact token liquidity and market dynamics.
Supply in Circulation (MoM)
Circulating vs Unlocked Supply
About Etherium Name Services
Ethereum Name Service (ENS) revolutionizes digital interactions by transforming complex blockchain addresses into human-readable names, enhancing usability across decentralized platforms. ENS bridges the gap between blockchain-based applications and end-users by mapping machine-readable identifiers, like Ethereum and other cryptocurrency addresses, to user-friendly names such as ‘alice.eth’. This decentralized, open, and extensible naming system elevates blockchain functionality, broadening accessibility and simplifying navigation within Ethereum's ecosystem. Unlike traditional DNS, ENS leverages Ethereum's blockchain capabilities to offer a highly secure and flexible architecture. It employs a system of dot-separated hierarchical domains, enabling domain owners complete control to create and manage their subdomains. This structure not only facilitates seamless integration with various decentralized applications but also enables robust data associations through its reverse resolution feature. Users can link metadata, canonical names, and interface descriptions directly to their Ethereum addresses, enriching the contextual framework for developers and users alike. The $ENS token serves as the backbone of the ENS ecosystem, playing a pivotal role in governance and incentivization. Token holders can participate in decision-making processes, impacting the protocol's future direction through decentralized governance models. This empowers the community, fostering innovation and ensuring the protocol adheres to its ethos of decentralization and open governance. With its strategic market positioning, ENS stands out as an indispensable tool in the expanding blockchain infrastructure. It not only streamlines digital identity management but also supports the seamless operation of decentralized applications (dApps), offering a unified naming protocol across blockchain environments. As digital landscapes evolve, ENS's robust architecture and utility token model position it as a cornerstone of decentralized internet services, poised to scale with the growing demands of blockchain technology and its global user base.