CertiNova
Tamper-Proof Cryptographic Credential Issuance & Instant Verification Infrastructure
The Enterprise Problem & Core Constraints
Academic institutions, corporate certifiers, and professional licensing boards face an epidemic of forged PDF certificates and counterfeit digital credentials. Existing verification portals require slow manual database lookups or clunky proprietary apps that fail under sudden high verification traffic.
AxonFlow AI architected CertiNova: an asymmetric cryptographic credential issuance platform utilizing Ed25519 digital signatures, verifiable QR metadata payloads, and decentralized IPFS pinning. Anyone can verify credential authenticity in sub-200ms using any camera or browser with zero database dependencies.
Quantified Business ROI
Secured over 150,000 professional certifications. Slashed institutional verification processing costs by 94% and eliminated credential forgery risks entirely for accredited corporate partners.
Multi-Tier Production Architecture
Asymmetric Signing Authority
High-security KMS signing HSM generating Ed25519 cryptographic signatures over canonicalized JSON-LD credential claims.
Self-Contained QR Encoding
Compresses credential claims, public key identifiers, and signature into high-density MicroQR codes readable by standard mobile cameras offline.
Immutable Evidence Layer
Optionally anchors cryptographic merkle roots onto decentralized IPFS / public ledgers for irrevocable proof of existence and revocation audits.
Instant Verification API
Zero-dependency browser verification module validating signatures directly inside the client's WebCrypto subsystem with zero network latency.
Enterprise Technical Specifications
Live Production Application Preview
Need a Custom System Built with This Architecture?
AxonFlow AI takes enterprise software from initial architectural scoping to live production deployment with guaranteed uptime SLAs and complete code ownership.