Smart Packaging, Labels & Tags - Selected End User Vertical Markets
Description
Aims & Scope of this Research
Smart Packaging is a broad term that covers a wide diversity of product technologies, features, functionalities & applications.
This new report comprises a complete overhaul & update of the 1st edition of a previous Vandagarf report of the same title published in 2022.
The new report brings fresh insights, as the world of smart packaging has evolved significantly even over the last few years and this trend is set to continue.
The aim of the new report is to provide stakeholders & solution providers with an up-to-date road map that can support moving forward with the development of optimal strategies & actionable plans in relation to smart packaging globally.
The report aims to bring clarification to the ramifications, benefits, requirements & opportunities for smart packaging.
And to provide a guide for:
• Smart packaging solution providers (both wireless & optical) - To develop fit-for-purpose technologies, that can provide optimal solutions for stakeholders
• Packaging & label converters - To tailor their offerings to meet the needs of different vertical markets, product categories & customers
• Retailers - To further exploit smart packaging technologies in an omnichannel setting, with many retailers already embracing smart packaging systems & related technologies – New
Retail
• Brand owners - To keep abreast with smart packaging related developments, as technology is fast getting better all the time - In order to support selection & deployment of appropriate smart packaging technologies for optimal results & ROI
• Track & Trace - To move towards full supply chain transparency in a complex global setting
• Sustainability & End-of -Life specialists – To develop an understanding as to how smart
packaging can add value in terms of sustainability - A high priority.
Highlighting:
• Actual & potential areas of applications & functionalities that have been identified
• Important recent developments highlighted & incorporated into the report For example, the rapidly emerging field of artificial intelligence (AI) empowered image processing technology - Both online eCommerce & offline traditional channels bricks & mortar channels
• How the World has changed post COVID 19
• Business & market opportunities arising from the fast-changing scene in smart packaging and to provide ‘quantitative’ estimates of such opportunities.
The report contains quantitative analysis & market sizing estimates for Smart Packaging in 2025 with forecasts to 2030 in a global context.
Selected Vertical Markets
The report covers 5 selected vertical markets that have been identified as having significant further potential
• Healthcare / Pharmaceuticals
• Drinks
• Beauty & Personal Care
• Automotive (aftermarket)
• Food.
The evolution of each of these markets is examined in detail in the report. And within each of these vertical markets there are typically an array of product categories, leading to many areas of potential opportunity.
Numerous smart packaging implementations have already been rolled out commercially across the verticals listed above.
• from high value niche products
• to generic commodity mass market products.
Within the major vertical markets listed above, the further potential opportunities for smart packaging are very substantial & diverse across a number of areas & applications.
Evolution of Packaging to Smart
From traditional packaging to smart packaging:
• Step 1 – Historically - The codified package, with a type of printed bar code that could be scanned but offered limited connectivity (specific to an SKU or batch, but not unique to individual packs). The vast number of products in the market have a point-of-sale (POC) barcode, typically a universal product code (UPC)
• Step 2 – More recently - Combining connected packaging platforms with a unique scannable code printed on each item level pack, enables consumer engagement solutions & traceability. These unique codes make it possible to track and trace the location and history of any product from source to recycling. Consumers can simply scan the code with their smartphones directly accessing the online world
• Step 3 – Fast emerging - Packages and devices will be able to communicate with one another, providing truly intelligent smart packaging with new levels of service, insights & benefits for multiple stakeholders (brand owners, supply chain, retailers, consumers). With a unique scannable code on each item-level pack, products are transformed into interactive media
channels
• Step 4 – The future is here – The integration of AI into smart packaging systems has already begun. Notably in image recognition, but other applications will surely emerge soon enough.
Smartphones - A Key Enabler for Smart Packaging
With their huge consumer held global footprint today, the importance of smart phones in relation to smart packaging can hardly be over-emphasised:
• Supplanting the need for costly dedicated readers for many types of application
• Constantly improving & upgrading functionality & performance.
Smartphones are the reader of choice for consumers (as opposed to dedicated readers, which are still preferred for many industrial applications).
Unique ID / Gateway to the Internet – At the Heart of Smart Packaging
Smart Connected Packaging may be defined as a carrier (packaging / labels) of various types of wireless / electronic devices that provide some form of mass customisation that can transform packaged goods into sensor platforms that can provide:
• Unique serialised IDs codes for each individual primary retail pack
• a gateway to the internet (incl. access to a brand's website).
Smartphones (or dedicated readers) can then be used together with such connecting devices to enable digitally printed codes.
Such smart connected packaging can also house devices able to sense any changes that take place and store any variable data relating to the way the pack has been handled/used; e.g. a physical change (e.g. tampering or re-filling) or an environmental change (e.g. temperature exposure profile).
Enabled smartphones (or dedicated readers) can then be used together with:
• Electronic devices
• Digitally printed codes.
Packaging can be excellent carriers of unique ID in a mobile world, from manufacture through to end-of-life disposal,
Digitalising a company’s portfolio of products can provide an organisation with an effective basis & compelling reason to centralise & aggregate all of its product data.
No longer does product data need to reside in separate ‘silos’ that are not interconnected but rather may be stored altogether on a single interactive database - And this can lead to enormous savings & efficiency gains.
Digital Twins - Enhanced Visibility
A digital twin is a virtual representation of an object or system that spans its lifecycle, is updated from real-time data, and can use simulation, machine learning, and reasoning to help decision-making.
When a packaging carries a UID and this is entered into a digital platform automatically generate a corresponding digital twin (i.e. a replica) of a physical object, thereby connecting the physical with the digital world.
Digital twins are intelligent pieces of software that contain all aggregated data relating to the product/ packaging to which they are attached, such as:
• unique identification number (UID)
• URL with more information about the product
• other attributes contained in a database.
Digital twins, being pieces of software, can execute any set of logic-based rules, and this can enable automation, triggered from real-time data captured from products in the real world out in the field.
Once a product packaging carries a unique identity, this effectively creates a digital twin (or digital replica) of a physical object - Thereby connecting the physical with the digital world.
Data can be gathered from the physical world at key touch points and sent to cloud-based systems, where they are processed and used for additional data analysis.
Creating digital twins for branded products is an increasingly highly prized type of application.
Digital Twins – Retailer Applications- Achieving Availability across all Channels
For retailers, it is valuable to have a full picture of the availability of all their products.
And this is clearly not a trivial matter given that:
• A typical supermarket may stock thousands of unique SKUs (stock keeping units)
• Omnichannel (both bricks & mortar & online eCommerce) retailing in here to stay
To avoid lost sales, it is essential that brands and retailers can have reliable inventory data & lead times at their fingertips – Many shoppers tend to have quite short attention spans - All in real-time.
Creating a digital twin can assure accurate stocks, thus enabling fully automated stock management.
This leads towards 100% stock accuracy. If then, brands and retailers share their stock information in a unified stock pool, the digital availability of merchandise can be optimised.
Achieving full transparency serves to create a seamless shopping experience is to make store stock available online.
The Internet of Packaging (IoP)
The development & greatly expanded implementation of the IoT has resulted in its growth across all industries, including packaging.
This leads to the concept of the Internet of Packaging (IoP), in which the world of packaging is rapidly developing its own extended connected & mobile global eco-system, with packaging / labels acting as highly effective data carriers.
The Internet of Packaging (IoP) has been gaining traction and is becoming better understood & more established for packaged brand products. Over the next few years very many packaged products will carry some kind of unique ID device, powered primarily by wireless or optical devices.
Brand owners now have the opportunity to produce huge numbers of individually & uniquely identifiable packs that can connect to the internet.
Fully integrating interconnected technologies through the entire packaging value chain represents a significant over-arching opportunity - The feedback information that the IoP can provide to brand owners is highly prized.
Integrated smart systems embodied within the IoP, together with data & analytics are supporting
stakeholders to:
• make smart decisions
• automate processes
• reach efficiency and cost-saving targets.
Multiple Functionalities - Enhanced ROI
The beauty of the creation of digitalised smart packaging is that multiple objectives can be achieved through one unique code on each package.
Unique intelligent identifiers (aka Digital Twins) can provide mass customisation for individual packs (covertly or overtly) and can provide benefits & value in a number of ways:
Once the UID is stored to a pack (by whatever means) it then becomes possible to identify, track & trace products seamlessly, with their digital twin held in the cloud.
Smart packaging identifiers provide mass customisation for individual packs (covertly or overtly) and can provide benefits & value in a number of ways:
• Consumer Engagement & Mobile Marketing
• Item level track & trace, supply chain transparency, mass serialisation, inventory Management
• Brand protection, product authentication & grey markets
• Product Recall management
• Tamper Evidence
• EAS - anti-theft
• Sustainability & circular economy.
While in healthcare:
• Improving the accuracy of clinical trials in the pharmaceuticals sector.
• Requirements for accurate & timely home medicine dispensing (out-patients & also clinical
trials).
The multifunctionality that is achievable with single smart connected devices can greatly enhance business cases, that can result ROI calculations becoming significantly more attractive in terms of commercial viability.
Stakeholders have the opportunity to design & adapt their smart packaging configurations to optimise ROI (return on investment).
Read-points / nodes gather data from the physical world and typically send to cloud-based systems(or on-premises dedicated storage facilities), where they are processed and used for additional data analysis.
And this is applicable across numerous vertical markets and functionalities.
Circular Economy – A High Priority – Smart Packaging Has a Role
Sustainability / circular economy / post-consumer waste packaging management & sorting has
become a high priority application.
Smart packaging is increasingly playing a key role in the circular economy in relation to packaged
branded products:
• Cradle to grave sustainability & recycling programs
• End-of-life recycling / Sustainable disposal
• Deposit return schemes
• Carbon footprint labelling/analysis.
Full transparency of products from manufacture through supply chains & retail to end-of-life disposal
can reduce waste. The sorting of packaging at the recycling plant by material can also be facilitated
with smart packaging that enables materials to be recognised and sorted accordingly.
This is being supported by an increasing infrastructure for the recycling of packaging materials
(plastics, metals, glass & other) and there are ongoing initiatives & pilots that are developing this
approach.
Digital watermarking technology is currently receiving significant attention for post-consumer end-of-
life waste sorting applications, for which it is well suited.
For post-consumer packaging passing through waste sorting facilities orientation for scanning is not required as the digital watermark typically covers the entire surface of the packaging (not the case for other types of printed code).
Routes to Market – Omnichannel - New Retail
Today, the following distinct channels are used to retail branded products:
• Online eCommerce has seen dramatic gains, with up to 25% market share in some vertical markets, albeit with some variation between verticals. Rapid penetration of smartphones has facilitated this process. Consumers are hesitating (in some cases reverting to the safety (real and / or perceived) of bricks & mortar stores
• Offline bricks & mortar stores still dominate the overall marketplace for many product categories & geographical markets. This suggests that the market for offline (on-packaging / on-labels) retail solutions will continue to be robust – Although Offline distribution channels are at this time being gradually eroded. Despite the recent dramatic growth of online shopping, bricks & mortar stores still underpin the credibility & reliability of brands.
The new face of retail, with greatly increased online sales, means that the integration of an omnichannel approach has become essential for both brand owners & retailers across numerous vertical markets.
Such an omnichannel approach has become essential for brand owners & retailers.
There is significant crossover & interdependence between these channels.
And this introduces additional complexity in terms of logistics & inventory control. For retailers, it is valuable to have a full picture of optimal availability of all their products across both channels.
Many shoppers want to make a purchase straightaway in order to avoid lost sales, it is essential for retailers to have reliable inventory data at their fingertips in real-time.
And given that a typical supermarket may stock thousands of unique SKUs, then this is not a trivial matter.
A goal is to maintain optimal availability across both channels.
There is a need for retailers to find new ways to enhance their store network (using retail stores as mini DCs), stock accuracy and visibility are vital to:
• minimise overstocking / under-stocking
• maximise product availability in real time.
Full visibility, serves to:
• create a seamless shopping experience
• make store stock available online.
Offline bricks & mortar stores still dominate the overall marketplace for some product categories & geographical markets this channel solutions continue to be robust, albeit with some gradual erosion
of market share.
Bricks & Mortar Stores Still Offer Advantages Over eCommerce
• many consumers still tend to find physical shopping preferable in terms of perceived better & more personal customer service.
• in some cases reverting to the safety (real and / or perceived) of bricks & mortar.
• Bricks & Mortar stores can offer a more robust assurance that products are authentic.
• While providing the consumer with the opportunity of viewing / handling the actual product prior to purchase.
Retail stores have increasingly become a place where consumers:
• spend their leisure time
• find social interactions
• experience the brand rather than just purchasing the products.
Smart packaging can play a key role across both Offline bricks & mortar & Online eCommerce channels.
Smart Packaging is a broad term that covers a wide diversity of product technologies, features, functionalities & applications.
This new report comprises a complete overhaul & update of the 1st edition of a previous Vandagarf report of the same title published in 2022.
The new report brings fresh insights, as the world of smart packaging has evolved significantly even over the last few years and this trend is set to continue.
The aim of the new report is to provide stakeholders & solution providers with an up-to-date road map that can support moving forward with the development of optimal strategies & actionable plans in relation to smart packaging globally.
The report aims to bring clarification to the ramifications, benefits, requirements & opportunities for smart packaging.
And to provide a guide for:
• Smart packaging solution providers (both wireless & optical) - To develop fit-for-purpose technologies, that can provide optimal solutions for stakeholders
• Packaging & label converters - To tailor their offerings to meet the needs of different vertical markets, product categories & customers
• Retailers - To further exploit smart packaging technologies in an omnichannel setting, with many retailers already embracing smart packaging systems & related technologies – New
Retail
• Brand owners - To keep abreast with smart packaging related developments, as technology is fast getting better all the time - In order to support selection & deployment of appropriate smart packaging technologies for optimal results & ROI
• Track & Trace - To move towards full supply chain transparency in a complex global setting
• Sustainability & End-of -Life specialists – To develop an understanding as to how smart
packaging can add value in terms of sustainability - A high priority.
Highlighting:
• Actual & potential areas of applications & functionalities that have been identified
• Important recent developments highlighted & incorporated into the report For example, the rapidly emerging field of artificial intelligence (AI) empowered image processing technology - Both online eCommerce & offline traditional channels bricks & mortar channels
• How the World has changed post COVID 19
• Business & market opportunities arising from the fast-changing scene in smart packaging and to provide ‘quantitative’ estimates of such opportunities.
The report contains quantitative analysis & market sizing estimates for Smart Packaging in 2025 with forecasts to 2030 in a global context.
Selected Vertical Markets
The report covers 5 selected vertical markets that have been identified as having significant further potential
• Healthcare / Pharmaceuticals
• Drinks
• Beauty & Personal Care
• Automotive (aftermarket)
• Food.
The evolution of each of these markets is examined in detail in the report. And within each of these vertical markets there are typically an array of product categories, leading to many areas of potential opportunity.
Numerous smart packaging implementations have already been rolled out commercially across the verticals listed above.
• from high value niche products
• to generic commodity mass market products.
Within the major vertical markets listed above, the further potential opportunities for smart packaging are very substantial & diverse across a number of areas & applications.
Evolution of Packaging to Smart
From traditional packaging to smart packaging:
• Step 1 – Historically - The codified package, with a type of printed bar code that could be scanned but offered limited connectivity (specific to an SKU or batch, but not unique to individual packs). The vast number of products in the market have a point-of-sale (POC) barcode, typically a universal product code (UPC)
• Step 2 – More recently - Combining connected packaging platforms with a unique scannable code printed on each item level pack, enables consumer engagement solutions & traceability. These unique codes make it possible to track and trace the location and history of any product from source to recycling. Consumers can simply scan the code with their smartphones directly accessing the online world
• Step 3 – Fast emerging - Packages and devices will be able to communicate with one another, providing truly intelligent smart packaging with new levels of service, insights & benefits for multiple stakeholders (brand owners, supply chain, retailers, consumers). With a unique scannable code on each item-level pack, products are transformed into interactive media
channels
• Step 4 – The future is here – The integration of AI into smart packaging systems has already begun. Notably in image recognition, but other applications will surely emerge soon enough.
Smartphones - A Key Enabler for Smart Packaging
With their huge consumer held global footprint today, the importance of smart phones in relation to smart packaging can hardly be over-emphasised:
• Supplanting the need for costly dedicated readers for many types of application
• Constantly improving & upgrading functionality & performance.
Smartphones are the reader of choice for consumers (as opposed to dedicated readers, which are still preferred for many industrial applications).
Unique ID / Gateway to the Internet – At the Heart of Smart Packaging
Smart Connected Packaging may be defined as a carrier (packaging / labels) of various types of wireless / electronic devices that provide some form of mass customisation that can transform packaged goods into sensor platforms that can provide:
• Unique serialised IDs codes for each individual primary retail pack
• a gateway to the internet (incl. access to a brand's website).
Smartphones (or dedicated readers) can then be used together with such connecting devices to enable digitally printed codes.
Such smart connected packaging can also house devices able to sense any changes that take place and store any variable data relating to the way the pack has been handled/used; e.g. a physical change (e.g. tampering or re-filling) or an environmental change (e.g. temperature exposure profile).
Enabled smartphones (or dedicated readers) can then be used together with:
• Electronic devices
• Digitally printed codes.
Packaging can be excellent carriers of unique ID in a mobile world, from manufacture through to end-of-life disposal,
Digitalising a company’s portfolio of products can provide an organisation with an effective basis & compelling reason to centralise & aggregate all of its product data.
No longer does product data need to reside in separate ‘silos’ that are not interconnected but rather may be stored altogether on a single interactive database - And this can lead to enormous savings & efficiency gains.
Digital Twins - Enhanced Visibility
A digital twin is a virtual representation of an object or system that spans its lifecycle, is updated from real-time data, and can use simulation, machine learning, and reasoning to help decision-making.
When a packaging carries a UID and this is entered into a digital platform automatically generate a corresponding digital twin (i.e. a replica) of a physical object, thereby connecting the physical with the digital world.
Digital twins are intelligent pieces of software that contain all aggregated data relating to the product/ packaging to which they are attached, such as:
• unique identification number (UID)
• URL with more information about the product
• other attributes contained in a database.
Digital twins, being pieces of software, can execute any set of logic-based rules, and this can enable automation, triggered from real-time data captured from products in the real world out in the field.
Once a product packaging carries a unique identity, this effectively creates a digital twin (or digital replica) of a physical object - Thereby connecting the physical with the digital world.
Data can be gathered from the physical world at key touch points and sent to cloud-based systems, where they are processed and used for additional data analysis.
Creating digital twins for branded products is an increasingly highly prized type of application.
Digital Twins – Retailer Applications- Achieving Availability across all Channels
For retailers, it is valuable to have a full picture of the availability of all their products.
And this is clearly not a trivial matter given that:
• A typical supermarket may stock thousands of unique SKUs (stock keeping units)
• Omnichannel (both bricks & mortar & online eCommerce) retailing in here to stay
To avoid lost sales, it is essential that brands and retailers can have reliable inventory data & lead times at their fingertips – Many shoppers tend to have quite short attention spans - All in real-time.
Creating a digital twin can assure accurate stocks, thus enabling fully automated stock management.
This leads towards 100% stock accuracy. If then, brands and retailers share their stock information in a unified stock pool, the digital availability of merchandise can be optimised.
Achieving full transparency serves to create a seamless shopping experience is to make store stock available online.
The Internet of Packaging (IoP)
The development & greatly expanded implementation of the IoT has resulted in its growth across all industries, including packaging.
This leads to the concept of the Internet of Packaging (IoP), in which the world of packaging is rapidly developing its own extended connected & mobile global eco-system, with packaging / labels acting as highly effective data carriers.
The Internet of Packaging (IoP) has been gaining traction and is becoming better understood & more established for packaged brand products. Over the next few years very many packaged products will carry some kind of unique ID device, powered primarily by wireless or optical devices.
Brand owners now have the opportunity to produce huge numbers of individually & uniquely identifiable packs that can connect to the internet.
Fully integrating interconnected technologies through the entire packaging value chain represents a significant over-arching opportunity - The feedback information that the IoP can provide to brand owners is highly prized.
Integrated smart systems embodied within the IoP, together with data & analytics are supporting
stakeholders to:
• make smart decisions
• automate processes
• reach efficiency and cost-saving targets.
Multiple Functionalities - Enhanced ROI
The beauty of the creation of digitalised smart packaging is that multiple objectives can be achieved through one unique code on each package.
Unique intelligent identifiers (aka Digital Twins) can provide mass customisation for individual packs (covertly or overtly) and can provide benefits & value in a number of ways:
Once the UID is stored to a pack (by whatever means) it then becomes possible to identify, track & trace products seamlessly, with their digital twin held in the cloud.
Smart packaging identifiers provide mass customisation for individual packs (covertly or overtly) and can provide benefits & value in a number of ways:
• Consumer Engagement & Mobile Marketing
• Item level track & trace, supply chain transparency, mass serialisation, inventory Management
• Brand protection, product authentication & grey markets
• Product Recall management
• Tamper Evidence
• EAS - anti-theft
• Sustainability & circular economy.
While in healthcare:
• Improving the accuracy of clinical trials in the pharmaceuticals sector.
• Requirements for accurate & timely home medicine dispensing (out-patients & also clinical
trials).
The multifunctionality that is achievable with single smart connected devices can greatly enhance business cases, that can result ROI calculations becoming significantly more attractive in terms of commercial viability.
Stakeholders have the opportunity to design & adapt their smart packaging configurations to optimise ROI (return on investment).
Read-points / nodes gather data from the physical world and typically send to cloud-based systems(or on-premises dedicated storage facilities), where they are processed and used for additional data analysis.
And this is applicable across numerous vertical markets and functionalities.
Circular Economy – A High Priority – Smart Packaging Has a Role
Sustainability / circular economy / post-consumer waste packaging management & sorting has
become a high priority application.
Smart packaging is increasingly playing a key role in the circular economy in relation to packaged
branded products:
• Cradle to grave sustainability & recycling programs
• End-of-life recycling / Sustainable disposal
• Deposit return schemes
• Carbon footprint labelling/analysis.
Full transparency of products from manufacture through supply chains & retail to end-of-life disposal
can reduce waste. The sorting of packaging at the recycling plant by material can also be facilitated
with smart packaging that enables materials to be recognised and sorted accordingly.
This is being supported by an increasing infrastructure for the recycling of packaging materials
(plastics, metals, glass & other) and there are ongoing initiatives & pilots that are developing this
approach.
Digital watermarking technology is currently receiving significant attention for post-consumer end-of-
life waste sorting applications, for which it is well suited.
For post-consumer packaging passing through waste sorting facilities orientation for scanning is not required as the digital watermark typically covers the entire surface of the packaging (not the case for other types of printed code).
Routes to Market – Omnichannel - New Retail
Today, the following distinct channels are used to retail branded products:
• Online eCommerce has seen dramatic gains, with up to 25% market share in some vertical markets, albeit with some variation between verticals. Rapid penetration of smartphones has facilitated this process. Consumers are hesitating (in some cases reverting to the safety (real and / or perceived) of bricks & mortar stores
• Offline bricks & mortar stores still dominate the overall marketplace for many product categories & geographical markets. This suggests that the market for offline (on-packaging / on-labels) retail solutions will continue to be robust – Although Offline distribution channels are at this time being gradually eroded. Despite the recent dramatic growth of online shopping, bricks & mortar stores still underpin the credibility & reliability of brands.
The new face of retail, with greatly increased online sales, means that the integration of an omnichannel approach has become essential for both brand owners & retailers across numerous vertical markets.
Such an omnichannel approach has become essential for brand owners & retailers.
There is significant crossover & interdependence between these channels.
And this introduces additional complexity in terms of logistics & inventory control. For retailers, it is valuable to have a full picture of optimal availability of all their products across both channels.
Many shoppers want to make a purchase straightaway in order to avoid lost sales, it is essential for retailers to have reliable inventory data at their fingertips in real-time.
And given that a typical supermarket may stock thousands of unique SKUs, then this is not a trivial matter.
A goal is to maintain optimal availability across both channels.
There is a need for retailers to find new ways to enhance their store network (using retail stores as mini DCs), stock accuracy and visibility are vital to:
• minimise overstocking / under-stocking
• maximise product availability in real time.
Full visibility, serves to:
• create a seamless shopping experience
• make store stock available online.
Offline bricks & mortar stores still dominate the overall marketplace for some product categories & geographical markets this channel solutions continue to be robust, albeit with some gradual erosion
of market share.
Bricks & Mortar Stores Still Offer Advantages Over eCommerce
• many consumers still tend to find physical shopping preferable in terms of perceived better & more personal customer service.
• in some cases reverting to the safety (real and / or perceived) of bricks & mortar.
• Bricks & Mortar stores can offer a more robust assurance that products are authentic.
• While providing the consumer with the opportunity of viewing / handling the actual product prior to purchase.
Retail stores have increasingly become a place where consumers:
• spend their leisure time
• find social interactions
• experience the brand rather than just purchasing the products.
Smart packaging can play a key role across both Offline bricks & mortar & Online eCommerce channels.
Table of Contents
389 Pages
- VOLUME 1 – Selected End User Vertical Markets
- 1. AIM & SCOPE
- 1.1. The Aim of this Research
- 1.2. Scope
- 1.2.1. Geographical
- 1.2.2. Vertical Markets
- 1.2.3. Type of Packaging
- 2. INTRODUCTION
- 2.1. Some Key Market Figures
- 2.1.1. The Global Packaging Market – All Types
- 2.1.2. Smart Packaging Markets
- 2.1.3. Evolution of Smart Packaging & Smart Labels
- 2.1.4. Passive RFID – NFC / RAIN
- 2.1.5. Other Types of Smart Packaging, Labels Devices
- 2.2. Types of Smart Packaging
- 2.3. Conclusions – Smart Packaging
- 3. OPPORTUNITIES – SMART PACKAGING
- 3.1. Opportunities by Technology – Smart Packaging
- 3.2. Areas of Opportunity – Vertical Markets - Smart Packaging / Labels
- 3.3. Opportunities – Connected Packaging & Digital Transformation – Packaged Food Retail
- 3.4. Some Key Observations
- 3.4.1. Unique ID / Gateway to the Internet – Smart Packaging
- 3.4.2. Cost Implications - Specialty vs Commodity Products
- 3.4.3. Wireless Technologies
- 3.4.4. Regional Markets
- 3.4.5. Regulations & Government Mandates
- Government Mandates - RFID
- EPCIS (the Electronic Product Code Information Service)
- 4. SUSTAINABLE PACKAGING & CIRCULAR ECONOMY
- 4.1. The Market for Green Packaging
- 4.2. Notes on Packaging Types, Materials & Markets
- 4.2.1. Packaging Materials
- Plastic Flexible Packaging versus Paper-based Packaging
- Cartonboard Packaging
- Corrugated Packaging
- 4.2.2. eCommerce – Packaging Materials
- 4.2.3. Sustainable Packaging
- Sustainable eCommerce Packaging
- Refillable & Re-usable Packaging
- 4.2.4. Food Service Packaging
- 4.3. Packaging Waste Management
- 4.3.1. Recycled versus Disposed by Material
- 4.3.2. Post Consumer Packaging Waste Treatment Infrastructure
- 4.3.3. Food Waste
- 5. ECOMMERCE - DYNAMIC GROWTH
- 5.1. eCommerce by Vertical Market
- 5.1.1. eCommerce - Healthcare
- Shift from Hospitals to Home Care Continues to Shape Packaging
- Non-Compliance – Patient Treatment / Clinical Trials
- 5.1.2. eCommerce – Drinks
- 5.1.3. eCommerce – Beauty & Personal Care
- 5.1.4. eCommerce – Food
- 5.1.5. eCommerce - Automotive Aftermarket
- 6. SOME OTHER DRIVERS
- 6.1. Advances in Technology
- 6.2. Smart Phone Enabled Connected Solutions
- 6.3. Digital Transformation
- 6.4. From the IoT to the IoP
- 6.5. Data Privacy & Security
- 6.6. Active Packaging - Extending Shelf Life
- 6.7. Product Recalls & Withdrawals – Food
- 6.8. Cold Chain Packaging Market - Food & Healthcare
- 6.8.1. Cold Chain – Food
- 6.8.2. Cold Chain - Healthcare
- 7. HEALTHCARE
- 7.1. The Global Healthcare Market
- 7.2. Healthcare Packaging - Overview & Market Sizing
- 7.3. Supply Chain Transformation
- 7.4. Counterfeiting
- 7.5. Regulations & Serialisation Mandates
- 7.5.1. European Medicines Verification System
- 7.6. RAIN RFID - Healthcare
- 7.6.1. Multiple Healthcare Benefits that can be delivered by RAIN RFID
- 7.6.2. RFID & NFC - Active & Intelligent Packaging – Pharma
- 7.6.3. QR Codes in Healthcare – Dramatic Growth
- 7.7. Case Studies - Healthcare
- 7.7.1. Case Study - Beontag / Confidex / DigitalTags / LabID / Temera / Zecode
- 7.7.2. Case Study - Stora Enso RFID unit Acquired by Beontag
- 7.7.3. Case Study – CCL Healthcare - Smart Packaging / Labels
- 7.7.4. Case Study - SUKU/Avery Dennison/EM Micro-Blockchain/RFID
- 7.7.5. Case Study - Kisico NFC Plastic Screw Caps - Healthcare
- 7.7.6. Case Study – Tamper Evident RFID Caps-Medical Applicns - IMI
- 7.8. Blister Packs - Intelligent / Connected
- 7.8.1. Case Study – Janssen/J&J – Intelligent / Connected Blister Packs
- Janssen - Clinical Trial Management - CROdrug Adherence Mobile Medical Apps
- 7.8.2. Case Study – PhutureMed Packaging – Palladio
- 7.8.3. Case Study - Lijun Antibiotics - Hologram Security Label – DuPont / De La Rue / Crane
- 7.8.4. Case Study - Constantia Flexibles – Interactive Blister Pack Solutions
- 7.8.5. Case Study – Sproxil Systems
- 7.9. Medical Devices
- 7.9.1. Drivers & Challenges- Medical Devices market
- 7.9.2. Case Study - Aptar Digital Healthcare - ACTIV-VIAL PORTFOLIO
- 7.9.3. Case Studies - Schreiner MediPharm - Connected Medical Devices
- RFID Tracking Label - Cap-Lock with RFID - Schreiner ProTech
- Schreiner MediPharm – NFC Label for Autoinjector
- Schreiner MediPharm - Specialty Labels for Injection Systems
- 7.9.4. Case Study - QfinityTM Autoinjector Platform - Jabil Healthcare
- 7.9.5. Case Study – Merck & Gerresheimer Digital Twin Traceability
- 8. ALCOHOLIC DRINKS
- 8.1. The Global Alcoholic Drinks Market
- 8.2. Drinks Packaging - Market Sizing
- 8.2.1. Drinks – Global Packaging Volumes & Evolution of Market Value
- 6.2.2 Structural Packaging Formats – Alcoholic Drinks
- 8.3. Drivers & Trends - Alcoholic Drinks
- 8.3.1. Multiple Security Codes on a Single Pack
- 8.3.2. Soft & Hard Drinks - Convergence
- 8.3.3. Smart Packaging/Labels/Closures - Drinks
- 8.3.4. Case Study - GCL Holdings - NFC/Tamper Evidence/Non-Refillable
- 8.3.5. Case Study - Campaign with NFC & AI Technology - Rémy Martin
- 8.3.6. Case Study – Identiv NFC Smart Packaging – OTACA Tequila
- 8.3.7. Case Study – AB InBev – Digital Transformation
- 8.3.8. Case Study - CustomWave RFID Smart Labels - R. R. Donnelley
- 8.3.9. Case Study - Pernod Ricard Brands - NFC Bottles
- Pernod Ricard - IoT Demonstration Centre
- Some Stockholm Absolut Lab NFC Enabled Innovations
- Pernod Ricard / Malibu Rum - NFC
- Pernod Ricard / Jameson Irish Whiskey - NFC
- 8.3.10. Case Study – Romanian Wine - Eltronis Security Labels
- 8.3.11. Case Study – BubbleTagTM & Other Devices from Prooftag
- 8.3.12. Case Study - Chateaux Margaux/Lafite-Multiple Security Devices
- 8.3.13. Case Study - DuPont Authentication IZONTM-Smart Phone Enabled
- 8.3.14. Case Study-Scribos-tesa dtectTM App - Smart Phone
- 8.3.15. Case Study-Scribos/Ramondin-Connected Wine Bottles
- 8.3.16. Case Study - The Coca-Cola Lens - Digital Transformation
- 9. BEAUTY & PERSONAL CARE
- 9.1. The Global Beauty & Personal Care Market
- 9.2. Beauty & personal Care Packaging – Overview & Market Sizing
- 7.3 Beauty & Personal Care Products - Smart Packaging & Labels
- 7.3.1. Integration of Tags on Packaging / Labels / Caps
- 7.3.2. Case Study - Sephora – Connectivity/Consumer Engagement/Loss Prevention
- Sephora Flash - Connected Beauty Store
- Sephora Mexico – Loss Prevention - Nedap EAS Systems
- 7.3.3. Case Study – L’Oréal Payfree for Beauty Products
- 7.3.4. Case Study – Grupo Boticário Brazil
- 7.3.5. Case Study - Mineral Fusion Cosmetics - DirectLinkTM Label
- 7.3.6. Case Study - SML Group – UHF Label Designs
- 7.3.7. Case Study - TapLabel - TUOMI
- 7.3.8. Case Study - Siebersdorf Laboratories – NFC-based UV Sensor
- 7.3.9. Case Study - Origintag - Alba 1913 – Smart Label System
- 7.4. Some Other NFC Solutions & Demonstrators
- 7.4.1. Poissonier – NFC-enabled Cream Packaging
- 7.4.2. Carl Edelmann GmbH – Folded Carton NFC Demonstrator
- 7.4.3. Thin Film OpenSense
- 7.4.4. Texen / E-Ink – Personalised Make-up Compacts and Perfume Bottles
- 7.4.5. Indola Haircare
- 7.4.6. MyPack Connect App
- 7.5. C-Beauty – Leading the Way
- 7.5.1. International Brands – Historical Reliance on Chinese Tourism for Sales
- 7.5.2. C-Beauty – Gaining Traction in International Global Markets
- 7.5.3. Trends in Digitalisation – C-Beauty - Impact of COVID-19
- 7.5.4. Impact of COVID-19 on C-Beauty
- 7.5.5. Case Studies – Dynamic C-Beauty Brands
- 8. FOOD
- 8.1. Packaged Food & Grocery & Retail – Market Evolution
- 8.2. Benefits offered by Food Packaging Today
- 8.3. Global Food Packaging
- 8.4. Food Packaging – Overview & Market Sizing
- 8.4.1. Food Packaging – Materials & Structures
- Flexible Packaging
- Rigid plastic containers
- Cartonboard and Paperboard
- Flexible Packaging versus Folding Cartons
- Liquid Packaging Board Laminates
- Food Packaging Types - A Summary of Growth Patterns
- 8.5. Evolution of Packaged Food Retail
- 8.6. Food Market Segmentation
- 8.7. Supply-driven to Demand-driven – Packaged Food Retail
- 8.8. Distribution / eCommerce / Omnichannel – Packaged Food
- 8.8.1. Distribution Channels & Retail - Bricks & Mortar/Online - Omnichannel
- 8.8.2. eCommerce - Dynamic Growth – Packaged Food Retail
- 8.9. Connected Packaging & Digital Transformation – Packaged Food Retail
- 8.9.1. Traceability – Unique ID - Packaged Food & Grocery Retail
- 8.9.2. Online platforms
- 8.9.3. Last Mile: Pickup and Delivery
- 8.9.4. Algorithms & Automation
- 8.9.5. Big Data Analytics, Machine Learning, Artificial Intelligence, Digital Marketing
- Digital Transformation - Packaged Food Retail
- Some Actions by Major Grocery Retail Chains - Digital Transformation
- The Grocery Ecosystem - Digital Transformation
- Enhanced Packaged Food Shopping
- Mobile Shopping Apps
- Digital Store Operations & Real-time inventory
- 8.10. Adoption Status of Connected Packaged Food
- 8.10.1. Mass Adoption of QR codes in Packaged Food Retail
- 8.10.2. Adoption of RFID / NFC in Food Packaging
- 8.11. Food Product Traceability – Track & Trace
- 8.12. RFID for Food Packaging
- 8.13. TTIs – Overview & Market Sizing
- 8.14. Case Studies
- 8.14.1. Case Study - Del Campo - HarvestMark / YottaMark
- 8.14.2. Case Study – Amcor – Smart Packaging
- Amcor – Kezzler - MaQX System – Digital Packaging
- Amcor & JD Farm NFC-enabled flexible packaging in China
- Amcor China, Tencent & BMSmart - Internet of Everything Packaging
- 8.14.3. Case Study - TetraPak – Liquid Food – Smart Packaging Platform
- 8.14.4. Case Study – Sodexo
- 8.14.5. Case Study - Stora Enso Selfly Store for un-manned retail
- 8.14.6. Case Study – Intelligent Fridges / Husky – Smart Cabinets
- 9. AUTOMOTIVE – NEW / AFTERMARKET
- 9.1. Global Automotive - New Vehicles / Aftermarket
- 9.2. Aftermarket – Automotive - Parts & Components
- 9.2.1. Offline / Online Sales - Automotive Aftermarket
- 9.2.2. Aftermarket Products – OEM/Certified/Uncertified
- 9.2.3. Distribution Channels – Aftermarket
- 9.2.4. Automotive Electronics / IoT-Connected Vehicles / EVs
- Automotive Electronics
- IoT-Connected Automotive Vehicles
- EVs (Electric Vehicles)
- 9.2.5. Drivers - Automotive Aftermarket
- Regulations - Automotive
- Counterfeit Automotive Parts - Aftermarket
- Very Large Vehicle Parts Databases & Catalogues - Management
- Smooth Transition to Electronic Powertrain
- Legal Constraints – Eco Friendly Replacement Parts
- 9.3. Automotive Aftermarket Packaging
- 9.3.1. Types of Automotive Aftermarket Packaging
- 9.3.2. The Global Automotive Parts Packaging Market Sizing
- 9.3.3. Case Study - GM Europe - Genuine GM Parts - Opsec
- 9.3.4. Case Study - Federal-Mogul Motorparts - FP Diesel Products
- 9.3.5. Case Study - Scribos - PSA Group - Auto Parts
- 9.4. Tyres (OEM / Replacement)
- 9.4.1. Case Study – Michelin - All Car Tyres by 2023 - RFID / IoT
- 9.4.2. Global Data Service Organisation (GDSO)
- 9.4.3. Case Study – Goodyear-Blockchain-Nova Labs / Helium Network
- 9.5. Vehicle Identification Labels
- 9.5.1. RAIN RFID - Electronic Vehicle Identification (EVI)
- 9.5.2. Case Study - Tönnjes E.A.S.T. - RAIN RFID-based system
- 9.5.3. SURYS – IN Groupe – Vehicle Labels Solutions
- 9.6. Packaging / Labels – Automotive Sector
- 9.6.1. Automotive Labels – All Types - Market Overview
- 9.6.2. Automotive Smart Labels
- 9.6.3. Case Study - Schreiner ProTech-RFID Part Tracking label
- 10. OTHER MARKETS - SMART PACKAGING
- 10.1. Traceability & Connectivity – Manufacturing – Other Markets
- 10.2. Number of Parts / Components / Assemblies – Aircraft vs Cars
- 10.2.1. Case Study-Industrial Products/Components incl. Aviation-Opsec
- 10.2.2. Case Study - John Deere Licensed Merchandise - Opsec
- 10.3. RAIN Enabled - Baggage Handling Labels
- About Vandagraf International
- The Vandagraf Approach & Method
- Vandagraf Multi-Client Reports & Single Client Consultancy Projects
- Existing Vandagraf multi-client Reports
- Selected Previous Single Client Vandagraf Consultancy Clients
- Author Profiles
- List of Tables
- Notes: Unless otherwise stated
- • All market figures listed below are by Value ($ USD)
- • All historic and forecast data are expressed in constant terms; inflationary effects are discounted.
- • The base year is 2025, with forecasts to 2030.
- Table 1 Evolution of Global Packaging by Vertical Market
- Table 2 Number of Packaging Units Globally by Selected Vertical Markets
- Table 3 Vertical Markets – Smart Packaging / Labels - 2025
- Table 4 Evolution of Smart Packaging / Smart Labels by Value – 2025 to 2030
- Table 5 Market Size & Shipments – Passive Tags / Inlays - $ USD
- Table 6 Market Size & Shipments – Passive Tags / Inlays – No. of Units
- Table 7 Breakdown by Types of Smart Packaging Device – 2025 to 2030
- Table 8 Types of Smart Packaging – Intelligent / Connected / Active
- Table 9 Opportunities by Type of Smart and Connected Packaging
- Table 10 Areas of Opportunity – Vertical Markets - Smart Packaging / Labels
- Table 11 Technology Families - Smart Packaging/ Labels
- Table 12 Radio / Electronic vs. Optical Platforms – Types of Functionality
- Table 13 Evolution of Global Green Packaging – All Markets
- Table 14 Evolution of Global Cold Chain Packaging – Primarily Food & Healthcare
- Table 15 Global Cold Chain Packaging Market Shares by Product Category - % - 2025
- Table 16 Market Segmentation – Cold Chain - Food
- Table 17 Typical Temperature Range Requirements – Cool Chain / Cold Chain
- Table 18 Global Food Packaging Market Share by Packaging Format - % by Pack Type
- Table 19 Global Evolution of Frozen Food / Global Chilled Food
- Table 20 Global Evolution of Pharmaceuticals, Medical & Surgical Equipment Markets
- Table 21 Global Evolution of Consumer Health Product Markets
- Table 22 Global Evolution of Healthcare Packaging Markets
- Table 23 Segmentation – Healthcare Packaging
- Table 24 Global Evolution of Medical & Surgical Equipment Markets
- Table 25 Types of Healthcare Related Devices & Equipment
- Table 26 Global Evolution of Global Alcoholic Drinks Markets
- Table 27 Evolution of Global Alcoholic Drinks Markets by Volume
- Table 28 The Global Drinks Packaging Unit Volumes - Number of Packs
- Table 29 Global Evolution of Global Alcoholic Drinks Packaging Markets
- Table 30 Typical Structural Packaging Formats – Wines & Spirits
- Table 31 Coca Cola & Jack Daniels – Convergence of Categories
- Table 32 Evolution of Global Beauty & Personal Care Products
- Table 33 Evolution of Beauty & Personal Care Packaging - Unit Volumes - Number of Packs
- Table 34 Evolution of The Global Packaged Food & Grocery Market By Value – 2025 to 2030 ...149
- Table 35 Evolution of Global Food Packaging by Value -2023 - 2028
- Table 36 Global Food Packaging Market Shares by Value - % - 2025
- Table 37 Evolution of Food Packaging Unit Volumes - Number of Packs
- Table 38 Evolution of Global Food Packaging Categories
- Table 39 Global Evolution of Time Temperature Indicators (TTIs) Market
- Table 40 TTIs – Segmentation
- Table 41 Evolution of Global Automotive Aftermarket & New Vehicles
- Table 42 Aftermarket Breakdown – Share % - 2025
- Table 43 Evolution of Global Automotive Aftermarket – Component Type
- Table 44 Evolution of Global Automotive Aftermarket Market - Product Types
- Table 45 Evolution of Global Automotive Aftermarket – by Part Type
- Table 46 Evolution of the Global Automotive Parts Packaging Market
- Table 47 Evolution of the Global Tyre Market
- Table 48 Evolution of the Global Automotive Labels Market
- Table 49 Types of Labels – Coding Method, Function & Application
- Table 50 Typical Overall No. of Components - Internal combustion engine versus EVs
- List of Figures
- Figure 1 Smart Packaging – Intelligent / Connected / Active
- Figure 2 Forecast Evolution of Consumer Packaging from 2050 to 2030
- Figure 3 Global Consumption of Packaging by Material – 2025
- Figure 4 Packaging Waste – Recycled versus Disposed by Material - 2025
- Figure 5 Cold chain being maintained using ice box while transporting polio vaccine - ‘Last Mile'
- Figure 6 Global Serialisation Regulatory Snapshot
- Figure 7 Example of Linear Barcode – Regulatory Requirement in China
- Figure 8 Prescription medicine pack with DataMatrix Code & Tamper Evidence Features
- Figure 9 Stora Enso’s Ecotag Technology
- Figure 10 CCL – Kitcheck NFC-vaccines
- Figure 11 CCL Healthcare’s Range of Smart Packaging / Labels Solutions - Some examples
- Figure 12 Kisico NFC-enabled plastic capsule & Holographic Variant
- Figure 13 IMI’s Prep-LockTM Tamper Evident Caps – RFID Enabled
- Figure 14 Janssen Smart Adherence Blister Pack with Smartphone
- Figure 15 PhutureMed Packaging – Palladio
- Figure 16 E Ink Display for monitoring the ambient conditions - Palladio
- Figure 17 Lijun Antibiotics - Hologram Security Label – DuPont / De La Rue / Crane
- Figure 18 Interactive Blister Packaging - Constantia
- Figure 19 Sproxil's Verification App
- Figure 20 Package with Sproxil label and phone showing SMS reply
- Figure 21 A Range of Aptar Smart Connected Devices - ACTIV-VIAL
- Figure 22 Smart healthcare Solution - Digital respiratory medicine - Aptar HeroTracker® Sense ...84
- Figure 23 Metered Dose Inhaler Kit – Aptar
- Figure 24 Cap-Lock with RFID – Schreiner Protech / Schreiner MediPharm & SCHOT Pharma -
- Digitised pre-filled syringes with RFID labels
- Figure 25 NFC-Label for Auto-injector - Schreiner MediPharm
- Figure 26 Specialty Labels for Injection Systems - Schreiner MediPharm
- Figure 27 Cellular Qfinity+ Home Hub Solution - Jabil Healthcare
- Figure 28 Digital Twin Pre-filled syringes – Merck & Gerresheimer
- Figure 29 Tap into your Brand’s Full Potential – Guala Closures
- Figure 30 Tamper Evident Technology – Guala Closures
- Figure 31 Rupture Control Loop – RFID Enabled Tamper Evidence - EM Microelectronics
- Figure 32 NFC Integrated in Plastic Closures - Guala Closures
- Figure 33 Marketing Campaign with NFC & AI Technology - Rémy Martin
- Figure 34 OTACA Tequilla with Identiv Tap & Go NFC Cap
- Figure 35 World’s Largest Brewer – AB InBev
- Figure 36 CustomWave RFID Smart Labels – RRD
- Figure 37 Absolut Vodka - Absolut Capp / ‘Flo Heiss’ Absolut Touch
- Figure 38 Mailibu Rum – Smartphone Enabled Consumer Engagement
- Figure 39 Jameson Irish Whiskey – Smartphone Enabled Consumer Engagement
- Figure 40 Interactive Holographic Labels Promote Wine Provenance and Fight Fraud with Multiple
- Security Features – Eltronis
- Figure 41 Tamper Evident Wine Bottle Label with Integrated Prooftag Technology Feature
- Figure 42 Prooftag – Bubble Tag
- Figure 43 Chateau Lafite Wine Bottle with Prooftag bubble seal system
- Figure 44 DuPont IZONTM System - Presence or Absence of a Number of Visible Dots
- Figure 45 DuPont IZONTM Security Label Applied to a Glass Bottle
- Figure 46 DuPont IZONTM - Shrink Sleeve with Integrated Security Features
- Figure 47 tesa BevSealTM - Champagne
- Figure 48 tesa BevSealTM - Scotch Whisky
- Figure 49 tesa PrioSpot® - Counterfeit protection
- Figure 50 tesa® dtect App – Product Authentication
- VOLUME 2 - Technology Overview
- 1. INTRODUCTION
- 1.1. Defining Smart Packaging
- 1.1.1. Intelligent Packaging
- 1.1.2. Connected Packaging
- 1.1.3. Active Packaging
- 1.1.4. Key Attributes of Smart Packaging
- 1.2. Mega Trends – Impact on the Packaging Industry
- 1.2.1. The Internet of Things (IoT)
- 1.2.2. The Internet of Packaging (IoP)
- 1.2.3. Packaging Sustainability
- 1.2.4. The Shift from Linear to Circular Supply Chains
- 1.2.5. Industry 4.0 – Implications for Smart Packaging
- 1.2.6. eCommerce & Omnichannel Retailing
- Achieving Availability across all Channels
- A Conflict of Interest - Loss Prevention Measures versus Flexible Checkouts
- 1.2.7. Smartphones – A Key Role to Play in the Future of Retail
- 2. WIRELESS / ELECTRONIC SMART PACKAGING / LABELS
- 2.1. Smart Packaging / Labels Construction – Wireless / Electronic
- 2.1.1. Smart Packaging Construction – Inlay or Label - Wireless / Electronic
- 2.1.2. Smart Labels / Inlays - Building Blocks for Smart Packaging
- 2.1.3. Frequency Ranges - RFID
- 2.1.4. Read Ranges – Electronic / Wireless & Types of Application
- 2.2. Digital Twins
- 2.2.1. Retail Applications for Digital Twins
- 2.2.2. Digital Twins – Enhancing Visibility
- 2.3. Digital Platforms
- 2.3.1. Cloud-based and Edge-based Digital Platforms
- 2.3.2. Linking Digital Platforms to ERP & MIS Systems
- Example: Nedap iD Cloud Platform - Single Source of Factual Inventory
- 2.3.3. Digital Software Platforms for the IoP
- 2.3.4. Web 3.0
- 3. NFC (NEAR FIELD COMMUNICATION)-SMART PACKAGING
- 3.1. Overview - NFC
- 3.2. The NFC Forum Standard NFC Tag Types
- 3.3. Security – NFC
- 3.3.1. Crypto RFID / NFC Tags – Secure / Unclonable
- 3.3.2. Tamper Evident NFC RFID Tags
- 3.4. Packaging Applications – NFC
- 3.4.1. NFC Marketing Campaigns
- 3.4.2. Wearable Technology
- 3.4.3. Sustainability - Paper-based Eco-friendly RAIN RFID
- 4. RAIN PASSIVE UHF RFID – SMART PACKAGING
- 4.1. Some Key Attributes of Passive UHF RFID
- 4.2. Key Features – RAIN RFID
- 4.2.1. Security Considerations – RAIN RFID
- 4.2.2. Tamper Evident – RAIN RFID Tags
- 4.3. Advances in RAIN UHF-based Systems
- 6.3.1. Smart Box - INTELLIGO
- 6.3.2. Microwave Safe RFID
- 6.3.2. RAIN RFID for Fluids
- 6.3.3. RAIN Compliant RFID for use on Metals
- 6.3.4. Sustainability - Paper-based Eco-friendly RAIN RFID
- All4 Labels: e-RFID (aka 4E Antenna Process)
- Avery Dennison: SmartFaceTM Technology
- Beontag: ECO RFID
- HUAYUAN: ECO UHF RFID Inlay
- Tageos: EOSZero
- Authentix - Collimetrix Paper Embedded Identifiers
- Trimco Group PaperMark
- Yuanzhun S&S - TRC Direct-on-Paper (DOP) Antennas
- Joaneo
- Voltera – Printed Copper Antennas for RAIN UHF RFID
- 5. COMBINATION NFC / UHF SENSOR PLATFORMS
- 5.1. EM Microelectronic-Marin/Swatch - Dual UHF/NFC chips
- 5.1.1. Smartrac / Avery Dennison – Web DF Inlays
- 5.1.2. CapTag Solutions – Smart-CapTag
- 5.2. Shanghai Quanray – China
- 6. BLUETOOTH LOW ENERGY (BLE)
- 6.1. Passive BLE
- 6.1.1. Wiliot BLE Tags - IoT Pixels – Battery Free
- 6.1.2. Case Study - NanoBT – Nexite
- 6.1.3. Ambient IoT
- 6.2. Battery Powered BLE
- 6.2.1. Wiliot BLE Tags - IoT Pixels – Battery Powered
- 6.3. BLE compared to Passive RAIN RFID
- 7. OTHER WIRELESS TECHNOLOGIES
- 7.1. Hybrid (RFID + other Wireless) Solutions
- 8. PRINTED ELECTRONICS
- 8.1. Promise of Much Lower Cost Electronic UIDs
- 8.2. Pragmatic Semiconductor
- 8.2.1. PragmatIC’s ConnectIC®
- 8.2.2. Some Application Examples- PragmatIC
- 8.3. Chipless RFID Digitalised Sensors
- 8.3.1. Pulpatronics – Laser printed Chipless RFID Tags
- 8.4. Case Study: Smart Vial Kit - Schreiner MediPharm
- 9. OPTICAL TECHNOLOGY PLATFORMS
- 9.1. Variable 2D Barcodes (QR / Datamatrix)
- 9.1.1. QR (Quick Response) Codes
- 9.1.2. QR Code Statistics—Global
- 9.1.3. Massive Growth of QR Codes since COVID-19
- Payments - QR Codes
- Consumer Engagement - Focus of Advertising Strategy
- Digital Coupons
- 9.1.4. China - Dramatic Rise of QR Codes
- 9.1.5. QR Code Growth - Drivers
- 9.1.6. Mobile Marketing Tools – QR Codes & Smartphones
- 9.1.7. The Power of Analytics
- 9.1.8. Datamatrix 2D Codes
- 9.1.9. Secure QR Codes
- 9.1.10. Print Quality Assurance
- 9.2. Digital Watermarking
- 9.2.1. Case Study – Digimarc for Packaging - The Barcode of EverythingTM
- 9.2.2. Case Study - EVRYTHNG’s IoT Platform - SmartLabel® DL (Digimarc)
- EVRYTHNG SmartLabel® DL
- Benefits of EVRYTHNG SmartLabel DL (Direct Link)
- EVRYTHNG’s Dynamic Redirection Service
- 9.2.3. Case Study - WestRock Connected Packaging- Digimarc EVRYTHNG
- 9.3. Augmented Reality (AR) & The Metaverse
- 9.3.1. AR Market – All Vertical Markets / All Types of Application
- 9.3.2. AR - ‘Always-On’ Approach
- 9.3.3. Trigger Technologies & Augmented Reality
- 9.3.4. Case Study – Omnichannel Call to Action – AR
- 9.3.5. Case Study- Bombay Sapphire – AR
- 9.3.6. Towards the Metaverse with AR
- 9.3.7. Immersive Experiences with AR
- Creating Immersive Experiences
- Personalisation and Customisation
- Enhancing Storytelling and Brand Identity
- 9.4. AI-powered Image Processing / Recognition
- 9.4.1. Case Study - Malong Technologies - ProductAITM
- 9.5. Surface Feature Authentication - eFingerprint
- 9.5.1. Artificial Random Feature Generation
- 9.5.2. Case Study - e-Fingerprint – Systech
- 9.6. Optically Activated Chips – p-Chip
- 9.6.1. Case Study – Parmigiano Reggiano - Kaasmerk Matec - p-Chip
- 9.6.2. Case Study – Merck p-chip Digital Twins
- 10. TOUCH ACTIVATED SMART PACKAGING
- 10.1. Case Study - Touchcode - International Paper - Ohmega
- 10.2. Case Study - Edding Code - PRISMA ID (Prismade Labs)
- 10.3. Case Study-SmashBox-Estee Lauder-TouchcodeTM Conductive Ink
- 11. ELECTRONIC VERSUS OPTICAL APPROACHES
- 12. DIGITALISED SENSORS FOR SMART PACKAGING
- 12.1. Digitalised Sensors for Primary Packaging
- 12.1.1. Multi-function Smartphone Readable Sensors
- Status Detect ICs - NTAG 22x DNA
- Authentication / Tamper Detect - Cachet Tag; Toppan/ Selinko
- Authenticity / Tamper Detect – NTAG 424DNA
- 12.1.2. Liquid Volume Detection – NFC RFID Tags
- 12.2. Digitalised Sensors for Transport Packaging
- 15.1.1. Chip Based Sensors
- NFC-based RFID Sensor Tags
- RAIN UHF-based RFID Sensor Tags
- 15.1.2. Disposable Data Loggers
- 15.1.3. BLE Pixels – for Temperature or Humidity Control
- Case Study - Shufersal IoT Pixels on Vegetable Crates for Temperature Control
- Case Study – Wiliot IoT Pixel Combined Humidity Sensor
- Case Study – Identiv / Energous Cold Chain Monitoring
- 13. EAS (ELECTRONIC ARTICLE SURVEILLANCE) - ANTI THEFT
- 13.1. Hybrid RFID / EAS Systems
- 14. OBSERVATIONS
- 14.1.1. Smartphones
- 14.1.2. Wireless / Electronic versus Optical – Performance / Cost
- 14.1.3. Wireless / Electronic Devices - Unit Cost Issues
- 14.1.4. Single Platform - Multiple Functions - Enhanced ROI
- 14.1.5. Enhancing Business Cases & ROI
- 14.1.6. Hybrid RFID / EAS Systems
- 14.1.7. 2D / QR Codes
- 14.1.8. Digital Watermarking
- 14.1.9. Augmented Reality & the Metaverse
- 14.1.10. Surface Feature Authentication
- 14.1.11. Touch Activated Connected Packaging
- 14.1.12. RTLS – Real Time Location Systems
- 14.1.13. Regulations, Gov’t initiatives & Standardisation of Wireless
- APPENDICES
- APPENDIX 1 - SUMMARY OF SUSTAINABILITY REGULATIONS
- Ecodesign for Sustainable Products Regulation (ESPR)
- EU's Digital Product Passport (DPP) regulations (2026)
- Circular Economy and Sustainability
- CIRPASS
- The EU Roadmap for Net Zero Emissions
- Companies Registered Outside of the EU
- Data Collection & Requirements
- Data Carrier
- Data Sharing
- Blockchain an Enabler
- Customer Experience Layer
- Benefits to Businesses and Organisations
- Benefits to Consumers and End-Users
- Benefits to Policy Makers and Governing Bodies
- The Impact of Digital Product Passports
- Use-Cases and Opportunities
- APPENDIX 2 – SMARTPHONES
- Mobile Marketing with Smartphones
- Super-fast 5th-Generation Wireless Systems (5G)
- List of Tables
- Table 1 Types of Smart Packaging – An Overview
- Table 2 Types of Smart Packaging - Attributes
- Table 3 Evolution of Global Green Packaging – All Markets
- Table 4 Passive RFID Operating Frequency Ranges & Types of Application
- Table 5 Functionality of Short, Long & Extended Range RFID Radio Electronic Devices
- Table 6 Breakdown by Type of Applications – NFC Tags - 2025
- Table 7 Some Key Attributes of Passive UHF RFID
- Table 8 Key Performance Characteristics-UHF RFID Chip-based Tags Operating to ISO 18000-6:
- UHF passive RFID systems for item identification
- Table 9 Comparative Summary of RFID versus BLE
- Table 10 Printed Electronics – 2022 to 2027
- Table 11 Some Examples – PragmatIC FlexICs
- Table 12 Types of Optical Solutions - 2D / QR / Datamatrix Barcodes, Digital watermarks,
- Augmented Reality
- Table 13 Some Mobile Marketing Tools
- Table 14 Types of Additional Content & Interactive Experience
- Table 15 Steps to creating, monitoring and refining online interactive Advertising Campaigns, with
- Feedback Loop
- Table 16 Global Augmented Reality Market Breakdown - % Share
- Table 17 Types of Players in the Emerging AR Supply Chain
- Table 18 Augmented Reality – Technical Functionality – Some Major Suppliers
- Table 19 Radio / Electronic vs. Optical Platforms – Functionality Type
- Table 20 EAS Systems by Type of Retailer by Value
- Table 21 Functionalities, Applications & Benefits – Smart Packaging
- List of Figures
- Figure 1 Smart Packaging Construction – Inlay or Label - Wireless / Electronic
- Figure 2 Smart Labels / Inlays - Building Blocks for Smart Packaging
- Figure 3 Internationally Agreed Frequency Bands - Main Types of Chip-based RFID Tags
- Figure 4 Low-frequency (LF) / high-frequency (HF) / ultra-high-frequency (UHF) tags
- Figure 5 Nedap’s Multi-user App
- Figure 6 NFC Tags, Stickers and packaged Key Fobs
- Figure 7 Traditional Tamper Evident Label - Polyart
- Figure 8 Circus Tamper loop NFC Tag from Smartrac
- Figure 9 Toppan’s Plastic-Free Eco-Friendly Tags with Paper-Based Substrate
- Figure 10 Intelligo Smart Box
- Figure 11 WaveSafeTM Microwave-safe UHF RFID solution - Avery Dennison
- Figure 12 RAIN-compliant UHF Labels on Wines, Spirits and Beers – CapTag Solutions
- Figure 13 0.6mm Thick UHF On Metal Tags from CiRFID
- Figure 14 Huayuan eco-friendly UHF inlay
- Figure 15 Collimetrix Paper Embedded Identifiers
- Figure 16 Joaneo Printed Antenna
- Figure 17 EM Microelectronic-Marin/Swatch - Dual UHF/NFC chips - Inlays
- Figure 18 Avery Dennison D Midas Flagtag DF’s dual-frequency inlay
- Figure 19 Smartrac’s WebDF Inlay
- Figure 20 Shanghai HUAYUAN Company Combi EM4423 NFC/UHF Inlays
- Figure 21 Smart CapTag Solutions Dual NFC/UHF Labels on Wine (standard and anti-tamper)
- Figure 22 Quanray’s Inlay and Data Capture Process
- Figure 23 A typical passive BLE Tag Cloud-based System
- Figure 24 A Fanstel BLE Databridge
- Figure 25 Wiliot Battery-free Pixel Tags WL100
- Figure 26 Wiliot Battery-free Pixel Tags WL100 on Products
- Figure 27 Nexite Smart NanoBT Tag
- Figure 28 A NanoBT tag in a Care Label on a Vest
- Figure 29 Real time data & AI Predictive Analytics drives Visual Merchandising strategies
- Figure 30 Wiliot Battery Powered Pixel Tags
- Figure 31 Fully Printed Memory Cells
- Figure 32 PragmatIC Semiconductor Flex ICs
- Figure 33 The FlexLogIC Line - PragmatIC Semiconductor
- Figure 34 A PragmatIC Wafer
- Figure 35 Sustainable PragmatIC Flexible NFC Chips
- Figure 36 Pulpatronics Chipless RFID Tag for Apparel
- Figure 37 Digital Therapy Monitoring - Schreiner MediPharm
- Figure 38 The Smart Syringe Box
- Figure 39 Chinese Train Ticket with QR Code
- Figure 40 Scantrust Secure Code
- Figure 41 Digimarc BarCode – With In-store Robots
- Figure 42 Digimarc - Barcode of EverythingTM - Looks like this / Performs like this
- Figure 43 Digimarc – Process from Product Digitalisation to Intelligence
- Figure 44 A Digimarc Digitally Watermarked Pack using EVRYTHNG’s Smart Label Platform
- Figure 45 Digimarc Code with Smartphone – Multiple Functionalities
- Figure 46 WestRock Connected Packaging- Digimarc Evrythng
- Figure 47 Omnichannel Call to Action – AR – Carlton Dry Beer
- Figure 48 Call to Action – AR – Bombay Sapphire - Experience
- Figure 49 Adidas AR app for Visualising How its Hoes Look
- Figure 50 Stories of Jack – Jack Daniels AR Storytelling
- Figure 51 Search by Image - Enabling Shoppers to Search for Products without Text
- Figure 52 Type of Microscopic Variation that Occur in Printed Barcodes
- Figure 53 p-Chip – Miniaturisation and Optical Data Capture
- Figure 54 Parmigiano Reggiano with p-Chip
- Figure 55 The Internet of Packaging Stack – with Touch-Activated Devices Positioned vs Radio
- Electronic & Optically Read Codes
- Figure 56 How Ohmega Works
- Figure 57 Ohmega Carton
- Figure 58 Edding Code - PRISMA ID (Prismade Labs)
- Figure 59 SmashBox - TouchcodeTM
- Figure 60 QR Code/ Smartphone based System for Food Quality Monitoring
- Figure 61 The Cachet Tag Stops Working when Removed
- Figure 62 Selinko’s ORMTM (Object Relationship Management) Authentication Platform
- Figure 63 D2C sales enabled by Selinko’s ORMTM Platform and NFC Tags
- Figure 64 NXP’s NTAG 424DNA labels with and without a Tamper Loop
- Figure 65 Toppan’s NFC Passive Sensor Tag for detecting Liquid Volume in a Container
- Figure 66 Block Diagram of SL900A NFC-Enabled Sensor from ams
- Figure 67 Semi-passive RFID Sensor Tag based on the ams SL900A Chip
- Figure 68 Coldcha Flexible NFC Temperature Label
- Figure 69 An Asygn AS321x RAIN UHF Sensor Chip
- Figure 70 Xerafy’s XENSE Cargo RAIN UHF Sensor Tag
- Figure 71 Disposable USB Temp. Data Logger - TZone Digital Technology
- Figure 72 Shufersal Vegetable Crates equipped with the Wiliot IOT Pixel
- Figure 73 Wiliot Humidity Sensor IOT Pixel Tag
- Figure 74 EAS Gates & Tags
- Figure 75 A Further Step in Multi-Functionality – Omnichannel Management
- Figure 76 Radio-Electronic vs Optical Codes for Commodity or Speciality Products
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