How secure are blockchain credentials?

Blockchain credentials use cryptographic techniques to ensure that once a credential is issued, it cannot be altered or forged. The decentralised nature means there is no single point of failure, making the system extremely resilient.

How long does verification take?

Verification is nearly instantaneous — under 3 seconds. Unlike traditional methods that can take days or weeks, our blockchain-based verification happens in seconds with no manual intervention required.

Can universities easily integrate with your system?

Yes. We provide comprehensive APIs, detailed documentation, and dedicated support to help universities integrate our system with their existing credential management processes seamlessly.

What happens if a student loses access to their credentials?

Unlike physical credentials that can be permanently lost, blockchain credentials are always recoverable. Students can regain access through secure identity verification processes.

Is the platform compliant with educational regulations?

Our platform is designed to comply with educational regulations across different regions including FERPA, GDPR, and other privacy laws. We regularly update our systems to ensure ongoing compliance.

AI + Blockchain Capabilities

Powerful Featuresfor SecureCredentials.

Discover how Gradify combines AI and permissionless blockchain to transform academic credential management — AI-driven fraud detection, cryptographic verification, IPFS storage, and open APIs built for institutions, governments, and individuals.

Deployed on Blockchain

Solana Foundation Grant

Open Permissionless Infra

Core Capabilities

Key Features

A comprehensive suite designed to revolutionise how credentials are issued, stored, and verified.

Tamper-Proof Security

Cryptographic

Credentials are anchored on the permissionless blockchain, making them impossible to forge or alter once issued.

Instant Verification

< 3 Seconds

Verify any credential in seconds with our one-click verification process — no intermediary, no waiting.

Global Accessibility

Worldwide

Access and verify credentials from anywhere in the world at any time, without contacting the issuing institution.

IPFS Storage

Decentralised

Credential metadata is stored on IPFS — a permissionless, content-addressed network ensuring permanent preservation.

W3C Verifiable Credentials

W3C VC 2.0

Each credential is issued as a W3C Verifiable Credential 2.0 with linked-data Ed25519 proofs — a globally recognised standard, fully holder-owned, portable across W3C VC wallets for life.

AI Fraud Detection

Real-time AI

Machine learning continuously analyses verification requests, issuer behaviour, and access patterns — detecting fabricated credentials and flagging anomalous activity before they reach hiring pipelines or government systems.

Platform Overview

How It Works

Three seamless stages — from credential issuance to global independent verification.

Secure Credential Issuance

Universities issue tamper-proof digital credentials through our secure blockchain platform after identity verification and compliance review.

Institution Authentication

Only verified institutions can issue credentials through our secure system.

Digital Signing

Credentials are cryptographically signed by the issuing institution on-chain.

Batch Processing

Issue multiple credentials efficiently in a single batch operation at scale.

Institution Authentication

Digital Signing

Batch Processing

Stakeholder Benefits

Benefits for Everyone

Our platform provides unique advantages for every stakeholder in the education ecosystem.

For Universities

Streamlined credential issuance process
Reduced administrative overhead
Enhanced reputation through secure credentials
Prevention of credential fraud
Simplified record-keeping at scale

For Students

Lifetime access to verified credentials
Easy sharing with potential employers
No risk of losing physical documents
Instant verification for job applications
Global credential portability

For Employers

Instant credential verification
Elimination of fake credentials
Streamlined hiring process
Reduced verification costs
Access to authentic academic records

For Government

AI + blockchain for national-scale credential infrastructure
Open APIs for integration with DigiLocker, ABC, and Digital India systems
Tamper-evident audit trails for regulatory compliance
NEP 2020 and Startup India aligned architecture
Permissionless rails — no vendor lock-in

Advanced Technology

Technical Features

Public Key Cryptography

Credentials are signed using secure cryptographic keys, ensuring authenticity and preventing tampering.

Smart Contracts

Automated credential issuance and verification through secure smart contracts on the Solana network.

Wallet Integration

Seamless integration with blockchain wallets for secure credential management and easy access.

AI Analytics Dashboard

AI-powered analytics for tracking credential issuance, detecting anomalous verification patterns, and surfacing fraud signals in real time across your institution.

Comparison

Why Blockchain Credentials?

See how Gradify compares to traditional credential management systems.

Feature	Traditional	Gradify
Verification Time	Days to weeks	Under 3 seconds
Fraud Prevention	Limited, can be forged	Cryptographically impossible
Accessibility	Physical documents only	Available anywhere, anytime
Durability	Can be damaged or lost	Permanent and immutable
Verification Cost	High administrative costs	Minimal cost per verification

Common Questions

Frequently Asked Questions

Find answers to common questions about our blockchain credential platform.

Get Involved

Ready to TransformCredential Managementat Your Institution?

We are open to conversations with universities, government bodies, and digital infrastructure teams exploring how permissionless blockchain can serve public education goals.

Tech Partners Award

Fraudulent Records

< 3s

Verification Time

Open

Permissionless Infra