Tageos and Pragmatic Semiconductor have expanded their partnership with new FlexIC-based RFID inlays designed to bring NFC functionality to paper packaging and labels. The launch includes the Tageos EOS Lite and EOS Zero Lite product families, using Pragmatic’s NFC Connect PR1301 chip, with the EOS-932 Zero Lite PR1301 introduced as the first paper-based NFC inlay in the range.

The development is relevant for the packaging sector because it shows how smart packaging is moving beyond conventional labels and into lower-carbon, high-volume formats. By combining a paper-based antenna with an ultra-thin flexible semiconductor chip, the companies aim to make NFC integration more practical for consumer goods, retail, logistics and brand protection applications.

The EOS-932 Zero Lite PR1301 is designed for integration into paper packaging without significantly changing the look or feel of the pack. This is important because one of the barriers to smart packaging adoption has been the difficulty of adding digital functionality while preserving recyclability, cost efficiency and packaging design integrity.

Smart packaging is becoming more scalable as digital identity technologies become thinner, more flexible and easier to integrate into fibre-based materials.

NFC-enabled packaging allows consumers to interact with products using a smartphone. A simple tap can open access to product information, authentication tools, usage instructions, loyalty content, recycling guidance or brand storytelling. For companies, the same digital connection can support traceability, anti-counterfeiting, consumer engagement and data-driven insights across the product lifecycle.

The use of Pragmatic’s FlexIC technology is central to the concept. The chip’s flexible form factor makes it suitable for curved surfaces and packaging applications where traditional RFID or NFC components may be too rigid, thick or costly. This flexibility could help expand item-level connectivity into categories where smart packaging was previously difficult to justify.

• Paper-based NFC inlays support smart packaging with a lower material footprint.
• Flexible chips make integration easier on labels, cartons and curved packaging surfaces.
• Consumer interaction can connect physical packs to digital product experiences.
• Authentication and traceability help brands protect products and improve transparency.

The launch also reflects growing demand for packaging that combines sustainability and digital functionality. Brands are under pressure to reduce material use and carbon footprint, while also improving supply chain visibility and consumer communication. Smart packaging solutions that can be embedded into paper-based formats may help address both priorities.

Tageos said the new product lines were developed to reduce materials, carbon footprint and costs. This is a critical point for mass-market adoption. While NFC technology has been used in premium products and specialist applications for years, broader deployment depends on lower cost, scalable production and compatibility with existing packaging materials.

The technology could be especially relevant in sectors where authenticity and product trust are essential. Premium beverages, cosmetics, pharmaceuticals, luxury goods, electronics and food products can all benefit from item-level digital identity. A connected package can help confirm that a product is genuine, provide tamper-related information or give access to verified brand content.

For packaging converters, the development points to new opportunities in connected fibre-based packaging. As brands move toward QR codes, digital product passports, traceability systems and interactive packaging, suppliers that can integrate digital features without compromising material performance will have a stronger role in future packaging projects.

The timing also aligns with wider regulatory and market trends. Packaging is increasingly expected to provide more information, support transparency and fit into circular economy systems. NFC inlays can help connect the physical pack to digital records, which may become more important as product data, recycling instructions and authenticity tools become part of packaging value.

Prototype samples of the EOS-932 Zero Lite PR1301 are expected by the end of the second quarter of 2026 on request, with volume orders planned from the third quarter of 2026. This suggests the technology is moving from development toward commercial availability.

The partnership between Tageos and Pragmatic Semiconductor highlights a broader shift in packaging innovation. The next generation of packaging will not only protect products and communicate visually; it will also carry digital identity, enable interaction and generate data. By bringing NFC to paper packaging through flexible inlays, the companies are helping smart packaging become lighter, more scalable and more compatible with sustainability goals.