CredentialInfrastructurefor Bharat.
Gradify Technology is developing open, permissionless blockchain infrastructure to issue, verify, and manage academic credentials reducing fraud, eliminating inefficiencies, and making verified education records accessible to every institution and individual.
Backed by & Engaging With
"Backed" denotes confirmed support. "Applied" and "MSME" denote active applications currently under review, not confirmed approvals.
Advisory Board
5 advisors across blockchain,
academia & policy
Our Mission — Gradify Technology
Building the infrastructure layer for trusted academic records in India.
India issues millions of academic certificates every year. A meaningful fraction are difficult or impossible to verify quickly creating friction for students, employers, and institutions alike. Gradify is exploring how permissionless blockchain technology can reduce that friction, without adding new dependencies or centralised points of failure.
Research-Backed
Our architecture is grounded in peer-reviewed literature on decentralised identity, W3C Verifiable Credentials standards, and the operational requirements of Indian higher education institutions.
Policy-Aware
We recognise that credential infrastructure intersects with data protection law, UGC regulations, and emerging national digital standards. Our development roadmap reflects these compliance boundaries.
India-First
We are building for the Indian context — multi-language support, low-bandwidth verification, and alignment with the National Education Policy's vision of a digital academic ecosystem.
The above represents our current development direction and areas of engagement. References to government bodies, regulatory frameworks, or national programmes describe exploratory or applied conversations — not confirmed partnerships, endorsements, or regulatory approvals unless explicitly stated.
Currently Deployed At
Our first institutional deployment real credentials, on a real permissionless network, for real students.
Grants, Backing & National Engagement
Recognised & Supported By
Gradify Technology is backed by leading blockchain programmes and is actively engaging with national digital infrastructure initiatives across India.
How Gradify Works
Three stages from institutional onboarding to globally verifiable credentials.
Institution Onboarding
Educational institutions register on the platform after completing identity verification and compliance review establishing a trusted on-chain identity.
Credential Issuance
Academic records are minted as verifiable on-chain credentials. Metadata is pinned to IPFS; the proof lives on Solana.
Independent Verification
Employers, institutions, or any third party can verify any credential instantly without needing to contact the issuing university.
What Makes Gradify Labs Different
Infrastructure decisions designed for longevity, interoperability, and institutional trust.
Tamper-Evident Architecture
Cryptographic ProofCredentials are anchored to the Solana blockchain once issued, the record is immutable and cryptographically verifiable by any party, anywhere.
Near-Instant Verification
< 3 SecondsAny issuing institution's credential can be independently verified in seconds no intermediary required, no waiting on a registrar office.
Streamlined Issuance
Bulk ReadyUniversities and institutions can batch-issue verifiable digital credentials through an intuitive administrative interface at scale.
Decentralised Storage
IPFS BackedCredential metadata is stored on IPFS a permissionless, content-addressed network ensuring permanent, censorship-resistant preservation.
Permissionless Infrastructure
Open RailsBuilt on open, permissionless blockchain rails. No single entity controls the network trust is established by mathematics, not by intermediaries.
Unique Digital Identity
Self-SovereignEach credential is a unique on-chain token tied to the holder's wallet portable, self-sovereign, and not dependent on any one institution's server.
Ready to BringVerifiable Credentialsto Your Institution?
We are open to conversations with universities, government bodies, and digital infrastructure teams exploring how permissionless blockchain can serve public education goals.