Why Secure Codes Must Go Beyond the Standard QR Code

Automatic identification and data capture technologies are now embedded across modern supply chains, consumer engagement, and government programs. But as adoption has grown, so has a common misunderstanding: not every visible code is a security feature. A standard QR code can be highly effective for linking to information or enabling routine identification, but if it can be photographed, copied, and reproduced, it offers limited protection against fraud, counterfeiting, diversion, or misuse. 

For applications where trust matters, secure coding must combine authentication and traceability. Authentication helps determine whether an item is genuine. Traceability helps establish where it has been, whether it is in the correct channel, and whether its history is consistent with expectation. When these capabilities are combined, organizations gain more than a code on a product or document; they gain a practical mechanism for identifying copied items, duplicate events, suspicious movements, and abnormal supply-chain activity.

This is relevant across both commercial and government markets. In commercial sectors, the challenge may be counterfeit goods, gray-market diversion, warranty abuse, or unauthorized production overruns. In government applications, the same core issue appears in a different form: the need to protect secure ID, tax stamps, and secure documents from copying, substitution, and misuse. In both cases, a code that is easy to duplicate is not enough. 

A secure solution must also be practical to deploy. It needs to work within existing manufacturing and marking environments, whether printed onto labels and packaging or laser-marked directly onto the product itself. It must function reliably at production speed and across a wide range of substrates, from paper and plastic to metal, industrial components, luxury goods, and even diamonds. That flexibility is often what separates a promising concept from a scalable security solution.

Growing incidents of QR code related fraud, identity theft, and cyber-attacks have added a further concern. Threats such as Quishing (QR phishing) and QR-Jacking (QR code replacement) have led cyber security organizations, government agencies, and law enforcement to advise caution around the use of standard QR codes. This places QR code-based security solutions in a difficult position, particularly where the visible code itself can be copied or substituted and consumers are told not to scan. This challenge may increase further as initiatives such as Digital Product Passports and GS1 Sunrise 2027 expand the use of QR-based data carriers in the years ahead.

This is where iTRACE has established a strong position. iTRACE’s patented 2DMI technology is designed to move beyond the limitations of ordinary visible codes by combining secure authentication with traceability in a form that can be applied to labels, packaging, and products directly. With more than a decade of development and successful implementations across multiple markets, iTRACE has shown how secure coding can support both commercial brand protection and government applications including ID, tax stamps, and secure documents.

Original article was published on AIM Global on May 27th 2026. See the link below.