Blerify provides a platform for issuing and verifying digital credentials, benefits, vouchers, and e-signatures using digital ID wallets. This system leverages global standards to ensure secure, private, and interoperable digital interactions for various industries. The infrastructure utilizes post-quantum cryptography to establish trust and allow users granular control over shared personal data.
Funding
Funding not disclosed
PCFounders
Product
Problem
In digital interactions, users face increasing risks of identity fraud and data misuse, while organizations struggle to establish trust and ensure the security of transactions. Traditional methods often rely on centralized systems that are vulnerable to deepfakes, spoofing, and unauthorized access, compromising user privacy and data sovereignty.
Solution
Blerify provides a modular verification infrastructure leveraging wallet-based authentication and verifiable credentials to enhance digital trust. The platform enables the secure issuance, storage, and verification of digital credentials, such as certificates, badges, IDs, and vouchers, directly within user-controlled digital wallets. By adhering to W3C standards and employing post-quantum cryptography, Blerify ensures that digital interactions are private, secure, and resistant to both current and future threats. This approach empowers users with greater control over their personal data, allowing them to selectively share information with trusted parties, while enabling organizations to streamline verification processes and prevent fraud.
Target Audience
Blerify targets organizations across various sectors, including government, education, events, membership organizations, healthcare, financial services, Web3, and e-commerce, seeking to enhance digital trust and security in their interactions with users, employees, or citizens.
Features
- Issuance of verifiable credentials, including digital certificates, diplomas, badges, and vouchers, to user-controlled digital wallets.
- Support for various credential types, such as education diplomas, professional certificates, smart IDs, and tokenized vouchers.
- Secure, non-repudiable e-signature capabilities backed by audit trails and cryptographic proof.
- Compliance with W3C standards for verifiable credentials and decentralized identifiers (DIDs).
- Post-quantum cryptography to protect credentials against future quantum computing threats.
- APIs for integrating verifiable credentials into existing applications and workflows.
- Three-party data model, ensuring issuers configure user data for private wallet storage, users control data sharing, and verifiers access data only with user consent.