Through the combination of item-level serialization and geographic scan monitoring. Each scan event generates a timestamp and location data. When inventory intended for a specific market is scanned in an unexpected geography — or scanned at abnormal frequency — the system flags the anomaly and surfaces the likely diversion route for investigation.
Only if they are uniquely serialized per item and dynamically validated against a server on every scan. A static QR code — one that always resolves to the same URL regardless of which unit is scanned — can be photographed and reprinted by counterfeiters in minutes and offers zero protection. Dynamic, serialized QR codes validated in real time are a different technology entirely.
Encrypted item-level authentication — most commonly NFC-based — combined with cloud backend validation and real-time behavioral analytics. The technology choice matters less than the architecture: each item needs a unique encrypted identity, a secure cloud record, and a system that monitors scan behavior for anomalies over time.
With real-time authentication and behavioral monitoring, duplicate or suspicious scans can be flagged within seconds of occurring. For marketplace listings, AI-driven monitoring can identify and trigger takedown workflows within hours of a listing going live — compared to weeks under traditional enforcement models.
Brands can detect counterfeit products by tracking authentication scans and monitoring product activity across the supply chain. When an NFC-enabled product is scanned, the system records the event and verifies the product’s identity. Unusual scans, duplicated identifiers, or unexpected locations can help brands quickly identify counterfeit or diverted products.
Traditional labels or QR codes can often be copied or reproduced visually. Secure NFC tags contain embedded chips with unique digital identifiers and encrypted communication, making them much harder to replicate. This added security makes NFC a more reliable technology for protecting high-value products from counterfeiting.
Encryption protects product authentication data by securing the information stored in the NFC tag and the communication between the tag and the platform. When a product is scanned, encrypted data is verified by the system, ensuring that only authentic tags connected to a valid digital identity can be confirmed as genuine.
Secure NFC authentication tags used by platforms like Selinko are designed to resist cloning. Each tag contains a unique identifier and security features that prevent simple duplication. When a product is scanned, the platform checks the tag against its secure database to verify authenticity and detect potential copies.
Selinko protects brands by giving each product a secure digital identity linked to an NFC authentication tag. When the product is scanned, the platform verifies the tag’s encrypted identifier and confirms whether the item is genuine. This allows brands to detect suspicious activity, identify counterfeit products, and protect their supply chains.