An open-source, chain-agnostic identity protocol that enables cross-border trust, privacy-first verification, and regulatory compliance—without storing personal information.
Users control what they share. Verifiers never store personal data.
Built for compliance, audits, and regulatory interoperability.
Works with or without blockchain. Future-proof infrastructure.
Centralized identity databases create massive risks for individuals, institutions, and entire economies.
Billions of records exposed annually. When institutions store your identity, they become honeypots for attackers.
Users submit the same documents dozens of times. Inefficient, frustrating, and increasingly risky.
Compliance teams struggle with data retention, cross-border regulations, and audit trails.
Once you share your data, you lose control. You can't revoke access or know who has your information.
Decentralized identifiers and verifiable credentials enable a new paradigm: users share cryptographic proofs, not documents.
DIDs are self-owned, globally unique identifiers that users control completely. No central registry. No intermediary. Just cryptographic ownership.
did:veriglob:EiDK...A self-sovereign identifier controlled entirely by the user
Credentials are cryptographically signed attestations from trusted issuers. Users hold them privately and present only what's needed.
A simple, privacy-preserving flow that puts users in control
A user generates a DID using Veriglob's open-source tools. The DID is stored locally on their device—Veriglob never sees or stores it.
Governments, banks, universities, or employers issue verifiable credentials to the user's DID. These credentials are cryptographically signed and tamper-proof.
When a fintech, government, or service needs to verify identity, they request a cryptographic proof—not the underlying documents or data.
The verifier receives cryptographic proof that the claim is valid. No personal data is transmitted or stored. The user retains full control and can revoke access at any time.
Advanced cryptographic techniques ensure maximum privacy and user control
Users can create multiple DIDs for different contexts—work, personal, healthcare—preventing cross-service tracking and correlation.
Unique identifiers for each relationship ensure unlinkability. Services can't correlate your activity across different platforms.
Share only the specific claims needed. Prove you're over 18 without revealing your birth date. Prove income without sharing bank statements.
Veriglob supports compliance, audits, and regulatory interoperability—not in spite of decentralization, but because of it.
Meet GDPR, CCPA, and other privacy regulations by collecting only cryptographic proofs—not personal data. Reduce liability and compliance costs.
Governments and regulatory bodies can maintain registries of approved issuers and verifiers, ensuring only trusted entities participate.
Complete, tamper-proof audit logs of verification events enable regulatory compliance and forensic analysis without exposing user data.
Policy-based verification enables different jurisdictions to define their own rules while maintaining global interoperability.
"Veriglob doesn't replace governments or regulators—it provides the infrastructure for them to operate more efficiently, securely, and with greater respect for citizen privacy."
Veriglob works with or without blockchain. You choose the level of decentralization that fits your needs.
When you choose to use blockchain, Veriglob anchors cryptographic proofs—never personal data—to provide immutable verification history. Your identity remains in your control.
Technology evolves. Regulations change. Veriglob's neutral, adaptable architecture ensures your identity infrastructure works today and remains compatible with whatever the future brings.
Production-ready SDKs, comprehensive APIs, and open standards. Integrate in hours, not months.
High-performance, idiomatic Go library for backend services
go get github.com/veriglob/sdk-goType-safe SDK for Node.js and web applications
npm install @veriglob/sdkNative mobile SDK for iOS and Android
flutter pub add veriglobimport { VeriglobClient } from '@veriglob/sdk';
// Initialize client
const client = new VeriglobClient({
apiKey: process.env.VERIGLOB_API_KEY
});
// Verify a credential
const result = await client.verify({
credential: presentedCredential,
requiredClaims: ['age_over_18', 'country']
});
if (result.verified) {
console.log('User verified:', result.claims);
}Veriglob integrates seamlessly with existing systems while providing a path to modern, privacy-preserving identity infrastructure.
Maintain full sovereignty over your identity infrastructure. Veriglob provides the protocol—you control the policy, trust frameworks, and governance.
Identity infrastructure must outlast any single company or government. Veriglob's open-source, standards-based approach ensures long-term viability.
Start with a limited use case and scale gradually
Run alongside existing systems during transition
Complete infrastructure modernization
Transparent development, community governance, and a clear separation between protocol and platform.
Veriglob's core identity protocol is fully open-source, permissively licensed, and governed by the community. Anyone can implement, audit, or contribute.
Veriglob Ltd. offers a managed platform and premium services built on the open protocol. You can self-host or use our infrastructure—your choice.
Join developers, researchers, and institutions building the future of decentralized identity. All contributions welcome.
From fintech to humanitarian aid, Veriglob enables privacy-preserving identity verification across every sector.
Reduce KYC friction and costs. Verify users instantly with cryptographic proofs from trusted issuers—no document uploads required.
Enable compliant, privacy-preserving remittances. Verify sender and recipient identity without exposing personal data across borders.
Modernize citizen services with privacy-preserving digital identity. Enable secure access to healthcare, benefits, and public services.
Issue tamper-proof academic credentials. Students own their achievements and share them with employers without intermediaries.
Provide displaced persons with self-sovereign identity. Enable access to aid and services without relying on central databases.
Share medical credentials and proof of vaccination privately. Patients control access to their health data across providers.
Whether you're a developer, institution, or investor—join us in creating privacy-preserving identity infrastructure for the next billion users.
Integrate in hours with our SDKs
Modernize your infrastructure
Support critical infrastructure