Thailand Connected Packaging Market Overview, 2031

Connected Packaging Market Analysis by Bonafide Research

The connected packaging landscape across different continents has developed with distinct regional characteristics shaped by local regulatory requirements, economic conditions, consumer behaviors, and infrastructure capabilities. Packaging federations across multiple countries, connected packaging encompasses technologies including QR codes, Data Matrix codes, radio frequency identification (RFID) tags, near-field communication (NFC) chips, embedded sensors, and other indicators that enable packaging to communicate data to consumers, supply chain partners, or regulatory authorities. Technology research organizations note that the shift toward smart packaging is being driven by distinct regional priorities: authentication and anti-counterfeiting in Asia and Latin America where counterfeit products are pervasive; pharmaceutical serialization in North America, Europe, and the Middle East where regulatory mandates require traceability; agricultural export traceability in Australia, South Africa, and South America where documentation is required for market access; and recycling information provision in Europe, Japan, and South Korea where environmental regulations demand consumer guidance. The regulatory environment varies significantly across jurisdictions, with the European Union's Falsified Medicines Directive and General Data Protection Regulation, the United States' Drug Supply Chain Security Act, China's E-Commerce Law, Brazil's ANVISA serialization requirements, and Russia's Chestny ZNAK mandatory labeling system each shaping connected packaging adoption in their respective markets.

The technology supply chain for connected packaging components including RFID inlays, NFC tags, QR code printing systems, and sensor elements is concentrated in East Asian manufacturing hubs, with China, Taiwan, and South Korea producing the majority of components. Finished packaging components are shipped to converters and printers across all regions for integration into food, beverage, pharmaceutical, and consumer goods packaging. The supply chain has faced disruptions including pandemic-era factory closures, semiconductor shortages affecting RFID and NFC availability, and geopolitical trade tensions affecting component flows between manufacturing and consuming regions. In response, several markets have pursued domestic manufacturing capabilities for basic components, while others have relied on inventory buffering and supplier diversification. The competitive structure features technology providers ranging from large semiconductor manufacturers to specialized solution developers, packaging converters integrating smart components, and platform companies managing the data generated from consumer and supply chain interactions. Major consumer packaged goods companies including Nestlé, Procter & Gamble, Unilever, and PepsiCo have deployed connected packaging across their product portfolios in multiple regions, while regional brands have adopted solutions tailored to local regulatory and consumer requirements. Technology suppliers such as Avery Dennison, Zebra Technologies, Impinj, and numerous regional providers serve the market across different geographies.

Connected Packaging Market Dynamics

Drivers

Regulatory mandates for pharmaceutical traceability across continents: The United States, European Union, China, Brazil, Russia, Saudi Arabia, and other markets have implemented or are implementing pharmaceutical serialization requirements. Unique identifiers on medicine packaging enable traceability from manufacturer to patient. Regulatory compliance drives connected packaging investment independent of commercial returns.

Agricultural export traceability for fresh produce and perishable goods: Fresh fruit, vegetable, meat, and seafood exporters from South Africa, Colombia, Argentina, Australia, and other producing regions must provide origin and handling documentation for EU, US, and Asian import markets. QR codes on shipping packaging enable rapid access to required documentation. Traceability supports market access and premium positioning.

Challenges

Consumer scanning behavior variation across demographic segments: QR code scanning adoption varies significantly across different age groups, income levels, and geographic regions within and between countries. Older consumers in mature markets may have lower scanning rates than younger consumers. Brands must maintain traditional information paths alongside connected elements.
Infrastructure limitations affecting real-time connectivity: Remote agricultural growing regions, emerging economies with variable network coverage, and countries with electricity reliability challenges face connectivity constraints. QR code content may be inaccessible during network outages. Offline-capable solutions that pre-load content are essential for these applications.

Trends

Digital product passports for recycling and circular economy compliance: European Union regulations and national extended producer responsibility programs in multiple countries require packaging recyclability documentation. QR codes providing location-specific disposal guidance are being deployed across consumer packaged goods. Digital product passports support circular economy objectives and consumer education.
Authentication for premium products in counterfeit-vulnerable markets: Luxury goods, premium wine and spirits, infant formula, and automotive parts face counterfeiting challenges across Asia, Latin America, and the Middle East. QR codes and NFC tags enable consumers to verify authenticity before purchase. Authentication protects brand value, consumer safety, and regional origin claims.

Segment Analysis

By Technology: QR codes lead connected packaging across all regions through cost-effectiveness

QR codes are the most widely deployed connected packaging technology across every region due to essentially zero incremental cost, universal smartphone compatibility, and ease of implementation using standard printing processes.
Data Matrix codes lead pharmaceutical serialization applications where regulatory requirements specify two-dimensional code formats for unique identifier storage. Russia's Chestny ZNAK, Brazil's ANVISA, and European FMD requirements utilize Data Matrix codes for medicine traceability.
RFID tags provide supply chain visibility and inventory tracking capabilities for retail distribution, pharmaceutical logistics, and fresh food cold chain applications across developed markets. Per-unit tag costs have declined but remain significant for high-volume, low-margin categories.
NFC tags offer tap-to-scan convenience for consumers but require smartphone hardware compatibility that varies across device models, operating systems, and regional markets.
Sensor costs remain higher than other connected packaging technologies, limiting deployment to high-value product categories where condition monitoring prevents damage or safety issues. Printed sensors on flexible substrates are emerging from development into commercial applications.

By Application: Pharmaceutical serialization leads connected packaging investment across regulated markets

Compliance with pharmaceutical serialization requirements is the primary driver of connected packaging investment in the United States (DSCSA), European Union (FMD), China, Brazil (ANVISA), Russia (Chestny ZNAK), Saudi Arabia (SFDA), and other regulated markets. Unique identifiers on medicine packaging enable traceability through distribution to pharmacy or patient.
Supply chain tracking and traceability applications serve agricultural export documentation for fresh produce, meat, seafood, and flowers shipped between continents. QR codes on shipping cases and pallets provide access to origin, phytosanitary, cold chain, and handling documentation for import clearance.
Product authentication and anti-counterfeiting applications protect brands and consumers across Asia, Latin America, the Middle East, and Africa where counterfeit products pose safety risks. Premium wine, spirits, infant formula, cosmetics, automotive parts, and pharmaceuticals benefit from authentication technologies.
Consumer engagement and marketing applications enable brands across all regions to deliver recipes, usage tutorials, loyalty program enrollment, promotional content, and brand storytelling through packaging scans. Food, beverage, and household product brands deploy QR codes for engagement. Brands capture consumer interaction data for follow-up marketing when privacy regulations permit.
Product information and compliance applications deliver regulatory documentation, nutritional information, safety data sheets, allergen warnings, and usage instructions through digital channels rather than printed inserts.
Condition monitoring and freshness tracking applications enable supply chain partners to assess product quality throughout distribution for temperature-sensitive pharmaceuticals, vaccines, fresh produce, seafood, and prepared foods.

By Packaging Level: Secondary packaging leads agricultural export and logistics traceability

Secondary packaging including cases, cartons, and produce boxes is the primary deployment level for agricultural export traceability across South Africa, Argentina, Colombia, Australia, and other producing regions. QR codes on shipping cases provide documentation for importers and customs authorities. Case-level tracking supports documentation access at border inspection points.
Primary packaging in direct contact with products serves pharmaceutical serialization, consumer authentication, and consumer engagement applications across all regions. Data Matrix codes on medicine blister packs and bottles enable verification at dispensing. QR codes on food, beverage, and consumer goods packages are accessible for scanning during product use or disposal.
Tertiary packaging including pallets, shipping containers, and stretch wrap serves pharmaceutical cold chain logistics, fresh produce export, and retail distribution applications. RFID tags on pallets enable temperature monitoring, shipment tracking, and warehouse automation. Tertiary packaging rarely reaches consumers but enables supply chain efficiency for temperature-sensitive and high-value products.

The connected packaging market across different continents presents a varied picture with distinct regional drivers. Pharmaceutical serialization regulations from the United States Drug Supply Chain Security Act to the European Union Falsified Medicines Directive to Brazil's ANVISA to Russia's Chestny ZNAK have driven more connected packaging investment than any commercial application. Agricultural export traceability requirements for fresh produce, meat, and seafood from producing regions to consuming markets continue expanding. Authentication applications protecting premium wine, infant formula, and luxury goods from counterfeiting are particularly important in Asian and Latin American markets where counterfeit products are pervasive.





Considered in this report
• Historic Year: 2020
• Base year: 2025
• Estimated year: 2026
• Forecast year: 2031

Aspects covered in this report
•Connected Packaging Market with its value and forecast along with its segments
• Various drivers and challenges
• On-going trends and developments
• Top profiled companies
• Strategic recommendation

By Technology
• QR Codes / 2D Codes
• RFID Tags
• NFC Tags
• Sensors & Indicators
• Others



By Application
• Consumer Engagement & Marketing
• Product Authentication & Anti-counterfeiting
• Supply Chain Tracking & Traceability
• Product Information & Compliance
• Condition Monitoring / Freshness Tracking
• Others

By Packaging Level
• Primary Packaging
• Secondary Packaging
• Tertiary Packaging