Me - Profiling Suite

zkMe's zkTLS capability enables users to bring their personal data (e.g. credit scores, social network statuses) to the chain. Web3 protocols can then use this data to create tailored features that meet users' needs and preferences. For instance, a DeFi protocol can determine loan eligibility based on credit scores, while a social network can recommend content based on social network status. With zkMe's identity oracle, a more personalized and efficient digital world is made possible for each user.

Available Me Credentials

Key Benefits

Build more secure, privacy-preserving, and trustworthy protocols with zkMe.

Trusted identity data

Unlocks richer protocol functionality by enabling identity-based logic.
Enables computational trust for people-powered networks: identity attributes can be issued as claims (attestations) and composed into verifiable proofs.
Facilitates reputation systems without exposing sensitive identity details.

Protect users' privacy

Identity reputation can be cryptographically verified on-chain in a privacy-preserving way, enabling trustless execution without revealing raw data.
Eliminates the need for intermediaries, users interact directly with smart contracts.
Supports privacy-preserving validation with smart contracts or NFTs, maintaining composability while protecting personal information.

Why choose zkMe?

Private-by-Design: Built with zero-knowledge proofs at its core to ensure maximum privacy for users and protocols.
Reliable: Proven technology used across production environments and trusted by industry leaders.
Multi-chain Support: Compatible with EVM, SVM, Move, and Cosmos ecosystems — enabling true interoperability.
Seamless API Integration: Instantly connects to any Web2 or Web3 data source via flexible and modular APIs.
Scalable: Designed to handle millions of verifications with low latency and minimal cost.

How does it work?

zkMe transforms sensitive off-chain data through zkTLS into verifiable zero-knowledge credentials that can be used across chains and dApps. The process happens entirely client-side, ensuring that no personal data is ever exposed or stored.

User retrieves data from a Web2/Web3 source (e.g. CreditKarma, Discord, Steam)
zkTLS proof is generated locally on the user’s device
Credential is issued on-chain as a verifiable SBT or off-chain claim
Protocols verify the claim without ever seeing the raw data

zkMe Web Data Attestation Use Cases

zkCredit Score: zkMe can be used to develop a credit scoring system for decentralized finance (DeFi) applications. This system could allow individuals to obtain credit loans without the need for traditional credit checks or collateral.
zkSocial Network: zkMe can enable trustless interactions between users, as no party needs to rely on a central authority to verify the other's claims. This promotes a more secure and decentralized environment.
zkDAO Management
- zkMe can allow DAO members to cast their votes without revealing their identity or choice, maintaining the privacy of voters while still ensuring the integrity of the voting process. This can lead to more honest and unbiased voting outcomes.
- zkMe enable domain-expertise reputation systems in DAOs. Members can prove their expertise in a particular domain (e.g., development, finance, legal, etc.) without revealing their full identity.
- DAOs can implement merit-based governance models, where members with proven expertise in specific areas have more influence over decision-making.
zkGaming Status
- Privacy-Preserving Gaming Status: zkMe Identity Oracle can enable players to prove their gaming status, such as level, achievements, or rank, without revealing their identity or additional information. This protects player privacy and ensures that sensitive data remains secure while interacting with in-game economies or other players.
- Secure Asset Ownership: zkMe Identity Oracle can be used to establish the ownership of in-game assets, like non-fungible tokens (NFTs), without exposing the owner's identity. Players can prove they own specific assets without revealing their account details, thus maintaining privacy and reducing the risk of targeted attacks or theft.
- Trustless Trading and Marketplace: zkMe gaming status can facilitate trustless trading of in-game assets and currencies in decentralized marketplaces. Buyers and sellers can prove the authenticity and ownership of assets without revealing their identity, enabling secure and private transactions.
- Skill-Based Earnings: In GameFi platforms that reward players based on their skills or achievements, zkMe Identity Oracle can help verify players' gaming status without compromising their privacy. Players can prove they have reached certain milestones or possess specific skills to access rewards and opportunities, all while keeping their personal information secure.
- Fair Play and Anti-Cheat Mechanisms: zkMe gaming status can help ensure fair play by allowing players to prove their accomplishments without revealing their strategies or gameplay data. This can be used to implement anti-cheat mechanisms that maintain the integrity of the gaming experience without compromising privacy.
- Cross-Game Interoperability: zkMe gaming status can enable players to prove their achievements and assets across multiple games within the GameFi ecosystem. This promotes interoperability and encourages the development of interconnected gaming experiences where players can leverage their accomplishments and assets from one game to another.