Solana Name Service
A decentralized naming system on Solana enabling secure, user-owned, and privacy-preserving digital identities.
Overview
Solana Name Service (SNS) is a decentralized naming protocol built on the Solana blockchain that enables users to create and control human-readable names as digital identities. These names serve as secure, pseudo-anonymous identifiers that can be used across Web3 applications to authenticate reputations and simplify interactions. SNS aims to bridge the gap between traditional web identities and blockchain-based identities by providing a user-owned naming system that preserves privacy and supports decentralized identity management.
The platform offers a suite of tools for registering, managing, and trading domain names on Solana, with features designed to foster mass adoption of decentralized identities. SNS supports cross-chain domain experiments and integrates with various Web3 projects to enable seamless identity verification and reputation building. Its architecture emphasizes user control over data and names, enabling users to establish on-chain reputations without sacrificing privacy.
Developers can integrate SNS into their applications using comprehensive documentation and SDKs, allowing them to leverage SNS domains for user authentication, profile management, and social identity features. The project is supported by an active community and governance programs such as community voting, referral incentives, and anti-squatting measures. SNS also maintains a bug bounty program to ensure security and reliability. Getting started involves registering a domain through the SNS interface or programmatically via its APIs, with detailed guides available for developers and end users.
The Problem
Web3 applications lack a standardized, user-friendly naming system that enables secure and privacy-preserving digital identities. Users face difficulties in establishing recognizable reputations and managing decentralized identities across multiple platforms without exposing sensitive data.
The Solution
Key Features
Domain Registration and Trading
Users can register, manage, and trade human-readable domain names on Solana.
Profile and Reputation Management
SNS supports managing user profiles and building on-chain reputations linked to domain names.
Developer SDKs and APIs
Comprehensive developer tools enable easy integration of SNS domains into Web3 applications.
Key Strengths
How Developers Use Solana Name Service
Simplifying Wallet Address Management
Developers use SNS to replace complex wallet addresses with readable names, improving user experience.
Building Decentralized Social Profiles
SNS domains serve as identity anchors for decentralized social platforms and reputation systems.
Cross-Platform Identity Verification
SNS enables interoperable identity verification across multiple blockchain networks and dapps.
Works Well WithSolana
Power your next build
Discover trusted tools and services in the QuickNode Marketplace. Everything you need to launch faster and scale smarter.
Solana Name Service Alternatives
Explore web3 competitors and apps like Solana Name Service.
World Chain
A blockchain designed for humans that prioritizes scalability, accessibility, and Sybil resistance through World ID verification.
Fractal Account
Fractal is a decentralized identity platform focused on privacy-preserving user authentication and data ownership.
ENS
Ethereum Name Service (ENS) provides decentralized, human-readable names for Ethereum addresses and other resources, simplifying blockchain interactions.
Passport
Human Passport is a privacy-preserving identity verification and Sybil resistance protocol with over 2 million users, enabling proof of personhood for fair and secure web3 interactions.
Pricing
Standard | |
|---|---|
| Price (Monthly) | Free |
| Price (Annual) | Free |
| Messaging | N/A |
| Support | Community support via Discord and Telegram |
| Analytics |
Resources
SNS provides extensive documentation, developer guides, community channels, and security programs to support adoption and integration.