Qrynto - The global counterfeiting crisis costs businesses over $500 billion every year, so we built a cryptographic trust infrastructure that makes every product unforgeable and every fake instantly detectable.

Challenges

• Making QR Codes Cryptographically Unforgeable: Standard QR codes are nothing more than encoded URLs. Any counterfeiter can print the same QR code on thousands of fake products, and a consumer scanning it would see the brand's legitimate page. The core challenge was engineering a verification mechanism where each QR code carries a unique cryptographic signature that is mathematically impossible to replicate without the secret key — while keeping the scan experience identical to a regular QR scan for the consumer.
• Detecting Fraud at Scale Without Human Review: Supply chain fraud does not happen in isolation. Mass counterfeiting operations generate detectable patterns: the same QR code scanned from two geographically distant cities within minutes, single devices scanning dozens of codes in rapid succession, or sudden scan volume spikes from regions outside a brand's distribution zone. Building an AI fraud engine that automatically detects these anomalies, learns from new patterns nightly, and generates law-enforcement-grade evidence packages — without human intervention — was a significant machine learning and systems engineering challenge.
• Supporting Multiple QR Format Standards: Enterprise buyers operate across radically different infrastructure realities. Large FMCG and pharma companies are GS1 members with existing GTINs and RFID-enabled supply chains. D2C startups have no GS1 registration and need the fastest possible path to authentication. Enterprises with strong brand identity want white-label scan pages on their own domain. The platform needed to serve all three cohorts simultaneously from a single unified backend — a significant SaaS product architecture challenge.
• ERP & Supply Chain Integration: Enterprise manufacturers already operate complex ERP environments — SAP, Tally, Oracle, and custom-built systems. For Qrynto to fit into these workflows without becoming another siloed tool, the platform needed a comprehensive API layer, webhook support, and seamless data exchange with existing supply chain software. Designing an API-first custom software architecture that integrates with any ERP was non-negotiable for enterprise adoption.
• Consumer Experience with Zero Friction: The verification step is only valuable if consumers actually use it. Requiring a dedicated app download would kill adoption instantly. The platform had to deliver a complete branded verification experience — green verified badge, product details, batch information, expiry date, and the full supply chain journey — via the phone's native camera, loading in under two seconds, on any device globally.
• Multi-Industry Compliance & Safety Messaging: Different industries carry different regulatory and safety requirements. Pharmaceutical products require batch-level traceability and recall capability. Food products need farm-to-fork transparency and allergen information. Automotive components require serial number binding and multi-component warranty tracking. Building one platform flexible enough to serve all these compliance needs — without custom development for each vertical — required careful product architecture and modular feature design.

Our Approach & Solution

• Cryptographic Security Layer: Each product QR code carries an HMAC-SHA256 cryptographic signature generated with a secret key that never leaves the Qrynto backend. When a consumer scans the QR, the platform instantly verifies the signature server-side. No valid signature means counterfeit — immediately. The system also implements SHA-256 hash chains at the batch level and auto key rotation, so even if an old key were ever compromised, historical records remain tamper-proof. This is enterprise-grade security infrastructure — the same class of authentication used in financial systems — applied to physical product verification.
• AI Fraud Detection Engine: Rather than just logging scan events, Qrynto's AI engine actively interprets them. The fraud detection system identifies physically impossible scenarios (clone detection — same code, two cities, 20-minute window), abnormal device behavior (device fingerprinting — one phone scanning 20 codes in a day), mass counterfeiting operations (velocity spike detection — 200 scans per hour across 50 devices), and unauthorized distribution (geographic mismatch — scans from outside distribution zones). A nightly learning pipeline computes baselines, discovers device clusters, and updates fraud prediction models automatically. When a critical alert is raised, the system generates downloadable evidence packages with scan timelines, GPS coordinates, device analysis, and statistical proof formatted for law enforcement.
• Three-Tier QR Architecture (SMB to Enterprise): The platform was architected to serve three distinct market segments through a single backend. Tier 1 (GS1 Digital Link) serves enterprise FMCG and pharma companies that are GS1 members, embedding GTIN and serial numbers in globally standard URLs compatible with POS scanners and RFID via SGTIN-96 EPC. Tier 2 (Native Signed QR) gives startups and D2C brands a fast, GS1-free path to cryptographic authentication. Tier 3 (White-label Custom Product Code) allows large enterprises to use their own product code formats and branded domains while Qrynto powers the authentication and intelligence invisibly. This tiered approach directly supports land-and-expand SaaS revenue growth.
• API-First ERP Integration Architecture: Qrynto was built API-first from day one — a deliberate custom software development decision that enables enterprise integration without custom work per client. With 30+ REST endpoints and webhook support, the platform connects natively to SAP, Tally, and any ERP or WMS system. This positions Qrynto not as a standalone tool but as a supply chain intelligence layer that enhances existing enterprise infrastructure — a critical distinction for enterprise procurement decisions.
• Zero-Friction Consumer Verification: The consumer-side experience was engineered to have the lowest possible friction: standard phone camera scan (no app), a branded verification page loading in under two seconds, a clear green Verified badge, and contextual product information including batch details, pricing, expiry date, and the full supply chain journey from factory to shelf. This turns every product scan into a brand engagement touchpoint — not just a security check.

Features Overview

Key Metrics

• 94% Counterfeit Reduction — PharmaCure India (Q1)
• 50,000+ Daily Scans — FreshBite Foods Supply Chain
• 40% Consumer Trust Increase — LuxeGlow Cosmetics
• Sub-2-second Verification Speed — Any Device, Any Network

Business Model

Result & Impact

• 94% counterfeit reduction achieved for PharmaCure India within Q1 of deployment.
• 50,000+ daily scans processed across the FreshBite Foods supply chain.
• 40% increase in consumer trust metrics recorded for LuxeGlow Cosmetics.
• Sub-2-second verification speed delivered on any device and any network globally.

Impact Summary

• Brand Protection: Up to 94% reduction in counterfeit incidents. The AI engine catches fraud patterns no human team could detect manually. Evidence packages enable legal action against counterfeiting networks.
• Supply Chain Visibility: Real-time tracking of 50,000+ daily scans. Geographic heatmaps replace opaque distribution models. Grey market diversion is detected immediately, not months later.
• Consumer Trust: 40% increase in consumer trust metrics. Every product scan becomes a brand touchpoint. Zero app download friction means adoption is consumer-native.
• Regulatory Compliance: GS1 Digital Link alignment ensures global standards compliance. Full audit trails and batch recall capability in seconds for food and pharma. RFID-ready infrastructure delivers complete compliance readiness for regulated industries.