AIM at Manifest 2026: Observations from the Front Lines of Supply Chain Innovation

Earlier this February, AIM had the opportunity to attend Manifest 2026 in Las Vegas, one of the fastest-growing gatherings focused on supply chain and logistics innovation. Manifest continues to bring together a powerful cross-section of industry stakeholders, including technology developers, shippers, solution providers, venture capital firms, and enterprise end users. From my perspective, the event serves as a strong pulse check on where supply chain technology is heading and how Automatic Identification and Data Capture (AIDC) technologies continue to serve as a foundational layer enabling this transformation.

Walking the show floor and participating in sessions, it was clear that Manifest is intentionally designed to foster collaboration between innovators and the organizations deploying these solutions at scale. The agenda balanced strategic leadership discussions with deep technical insights, which mirrors the challenges many AIM members are working to solve every day. The event reinforced how critical accurate data capture, interoperability, and real-time visibility have become across global supply networks.

A Strong Emphasis on AI and Intelligent Automation

One of the most noticeable themes throughout the conference was the role artificial intelligence is already playing and will continue to play in supply chain operations. Across multiple sessions, speakers discussed how AI is moving beyond experimentation and into practical deployment.

Discussions centered around AI-driven predictive analytics, demand forecasting, exception management, and automated decision-making within warehouse and transportation operations. What stood out to me was how frequently these AI solutions depend on trusted, structured, and real-time data inputs. This reinforces a message AIM consistently advocates: advanced analytics and AI capabilities are only as strong as the quality and reliability of the data feeding them.

Many sessions highlighted how organizations are combining AI with sensor technologies, RFID, machine vision, and other AIDC solutions to create actionable intelligence. These integrated ecosystems are helping companies improve inventory accuracy, reduce operational disruptions, and gain end-to-end visibility across increasingly complex supply chains.

Supply Chain Visibility and Data Interoperability Remain Central

Another major takeaway was the continued focus on supply chain visibility and the importance of interoperable data sharing across partners. Conversations consistently returned to the challenge of connecting information from manufacturers, logistics providers, distributors, and retailers into unified, transparent data flows.

This is an area where AIM members continue to lead through standards development, technology innovation, and real-world deployment expertise. The emphasis on digital identifiers, connected packaging, and item-level tracking reinforced how critical AIDC technologies are in building scalable visibility platforms. Many presenters highlighted that supply chains are evolving from transactional processes into dynamic, data-driven ecosystems, which aligns closely with AIM’s mission of enabling accurate, available, and identifiable data. 

Collaboration Across the Technology Ecosystem

The networking environment at Manifest was particularly strong and created opportunities to engage with existing AIM members as well as organizations exploring AIDC solutions for the first time. The mix of startups, established technology providers, and enterprise end users created productive discussions about emerging trends and practical implementation challenges.

Several conversations reinforced how organizations are increasingly looking for guidance on standards, interoperability, and best practices. These discussions highlight the growing importance of industry collaboration and education, areas where AIM continues to play a leadership role through committees, working groups, and educational programming.

Looking Ahead to 2027

From my perspective, Manifest provides valuable insight into how rapidly supply chain innovation is evolving and how essential AIM technologies are to enabling that progress. The event highlights real-world use cases, emerging regulatory drivers, and new business opportunities that directly impact our membership community.  It also reinforces the importance of continuing to build partnerships with organizations and events that share our focus on advancing supply chain transparency, efficiency, and resilience.

AIM is excited to continue strengthening our partnership with Manifest as the event expands globally. I want to thank Manifest President Courtney Muller for meeting with AIM and seeing the benefits of this new collaboration.   We look forward to supporting their first overseas event in Lisbon, Portugal in 2027 as well as the stateside show in Las Vegas next February. These collaborations help ensure AIM remains connected to emerging trends while continuing to advocate for the technologies and standards that power modern supply chains.

 

Manifest 2026 reinforced an important reality: as supply chains become smarter and more autonomous, the need for trusted identification, data capture, and interoperability will only grow. AIM and our members remain at the center of enabling that future.

Global Collaboration and Industry Momentum Highlighted at AIM Quarterly Chapter Meeting

The most recent AIM Quarterly Chapter Meeting brought together chapter leaders and global representatives to share updates, discuss strategic priorities, and reinforce collaboration across the Automatic Identification and Data Capture (AIDC) ecosystem. The meeting reflected AIM’s continued commitment to advancing standards, education, advocacy, and membership engagement worldwide. Chapters provided insights into regional activities, regulatory developments, educational initiatives, and industry adoption trends, while AIM Global outlined strategic initiatives designed to strengthen collaboration and expand industry influence.

Below is a breakdown of key highlights from each regional chapter and AIM Global initiatives.

AIM Germany, Austria, and Switzerland (AIM-D)

AIM-D provided a comprehensive overview of its continued leadership in European standardization and regulatory advocacy. The chapter remains heavily engaged in regulatory initiatives including the Radio Equipment Directive, Cyber Resilience Act, cybersecurity frameworks, and Digital Product Passport development. The organization is also supporting frequency harmonization for RFID bands and addressing interference concerns, demonstrating strong advocacy for industry needs.

AIM-D is advancing technical collaboration through initiatives such as the Global Positioning Group focused on RTLS standardization and ongoing work in systems integration, including RFID and IO-Link interoperability. The chapter continues to expand its thought leadership through expert working groups, certification efforts, and market research activities.

From a membership and engagement standpoint, AIM-D acknowledged challenges related to regulatory pressures, workforce shortages, and market conditions. Despite these challenges, the chapter successfully launched a new website and LinkedIn presence while planning several major industry events and conferences to support community engagement and technical collaboration.

AIM Russia

AIM Russia highlighted its strong focus on standards development, advocacy, and education. The chapter continues to serve as a key contributor to national and international AIDC standardization through its participation in ISO and regional technical committees.

Recent accomplishments include the adoption of updated Data Matrix and high-capacity automatic data capture media standards aligned with international ISO specifications. AIM Russia is also playing an important role in supporting national traceability programs that leverage RFID and Data Matrix technologies to enhance product identification and supply chain visibility across multiple sectors.

The chapter remains active in providing technical training and consultation services to support implementation of these traceability initiatives, reinforcing the importance of standards adoption and user education across the region.

AIM India

AIM India celebrated significant growth and engagement as it marked its third anniversary. The chapter continues expanding awareness of AIDC technologies through webinars, exhibitions, and participation in major industry conferences across sectors including healthcare, manufacturing, and digital transformation.

A major focus for the chapter moving forward is leveraging Corporate Social Responsibility (CSR) funding to expand educational outreach and workforce development initiatives. AIM India has also demonstrated strong momentum in promoting AIDC adoption across healthcare and medical device applications, further supporting national digital transformation initiatives.

The chapter continues building partnerships with industry organizations and government bodies to promote skill development and operational efficiency through AIDC technologies.

AIM North America

AIM North America reported continued success in expanding industry collaboration and educational initiatives across multiple vertical markets. The chapter highlighted the success of its membership engagement programs, including gift membership campaigns and community networking events.

Several workgroups remain highly active, including the Food Supply Chain Work Group addressing regulatory compliance and food safety challenges, the UDI Work Group supporting medical device traceability and Sunrise 2027 transition to 2D barcodes, and the Cannabis Work Group focusing on regulatory compliance and traceability innovation.

The chapter continues strengthening partnerships with organizations while expanding podcast and educational content designed to support industry knowledge sharing and best practices.

AIM Asia

AIM Asia reported significant progress in launching its Digital Product Passport (DPP) Workgroup. The initiative focuses on key industries including garments, semiconductors, food, and pharmaceuticals, reflecting growing global demand for product transparency and lifecycle traceability.

The chapter is also developing a regional digital collaboration platform designed to improve communication, resource sharing, and engagement among members throughout the Asia-Pacific region. These initiatives demonstrate the chapter’s commitment to supporting regional digital transformation and strengthening global alignment on regulatory compliance and traceability solutions.

AIM Denmark

AIM Denmark continues to play an important role in advancing knowledge-sharing and industry collaboration around digital transformation and Digital Product Passport implementation. The chapter hosted multiple events focused on data utilization, digital labeling, and traceability.

Educational outreach remains a key focus, including AIDC web series and site visits to showcase real-world technology implementation. AIM Denmark continues to provide engagement opportunities through targeted educational programs and industry partnerships.

AIM Japan

AIM Japan continues to prioritize educational expansion and industry collaboration. The chapter is actively working with organizations to host AIDC 101 educational workshops and is pursuing sponsorship opportunities to support program delivery.

The chapter is also strengthening relationships with international organizations, including GS1 China and regional partners, to promote adoption of AIDC technologies across Asia. These initiatives reinforce AIM Japan’s commitment to education, standardization, and global collaboration.

AIM Korea

AIM Korea continues to support the transition from traditional 1D barcodes to GS1-based 2D digital link standards through its Smart Food QR initiative. The project is being implemented in collaboration with the Ministry of Food and Drug Safety and GS1 Korea to enhance consumer access to food safety and product information.

This initiative represents a significant step toward digital labeling adoption and improved transparency across food supply chains in Korea.

AIM Europe

AIM Europe emphasized its continued leadership in regulatory advocacy and technical standardization. The chapter remains highly engaged in EU regulatory discussions, including cybersecurity, radio equipment regulations, and interference mitigation initiatives. It also continues to support Digital Product Passport implementation efforts through collaboration with standards organizations and government bodies.

AIM Global Initiatives and Strategic Direction

AIM Global reinforced its strategic priorities centered on standards development, advocacy, education, and community building. The organization continues to play a central role in global regulatory advocacy, including responses to spectrum and positioning technology proposals that may impact RFID operations and support for Digital Product Passport standardization efforts.

Educational initiatives remain a major focus, including continued expansion of AIDC 101 and 102 workshops, industry research initiatives, and publication of industry trend reports. AIM also highlighted the Case Study Competition as a platform to showcase innovative AIDC applications and industry success stories.

To support member and prospect engagement, AIM is enhancing digital resources including a new Member Hub, Prospect Gateway, improved member directories, and exploration of mobile event applications designed to strengthen networking and collaboration opportunities. 

AIM also continues expanding global community initiatives, including Women in AIDC and Young Professionals programs, which aim to foster industry growth, mentorship, and leadership development.

Looking Ahead

The meeting concluded with discussion of upcoming collaborative opportunities, continued development of the global transportation, logistics, and warehousing industry survey, and expansion of educational and advocacy initiatives worldwide.

This quarterly chapter meeting reinforced AIM’s role as a global connector across industries, technologies, and regulatory landscapes. Through continued collaboration, education, and standards development, AIM chapters are helping drive innovation, traceability, and interoperability across the rapidly evolving AIDC ecosystem.

AIM Opens 2026 Case Study Competition

AIM Opens 2026 Case Study Competition

Pittsburgh, PA, 4 February 2026 – AIM, the trusted global authority in barcode, biometrics, IoT, NFC, RFID, RTLS, and RAIN technologies for over 50 years, has opened submissions for the 2026 Case Study Competition.  This annual competition highlights innovators driving the future through intelligent data capture, smart identification, and digital traceability solutions that create real world impact, elevate the industry, and power advancement worldwide.

Winners will be chosen in four (4) distinct categories:

  • AIDC 
  • IoT
  • RFID 
  • Blockchain

Participants in the AIM Case Study Competition gain a unique platform to elevate their work and showcase innovation to a global audience:

  • Industry-Wide Recognition: Winning case studies receive special acknowledgment at AIM industry awards and are featured prominently across AIM’s media channels, reaching peers, customers, and technology stakeholders.
  • Media Exposure: Winners are highlighted through AIM press releases, newsletters, and website placement, increasing visibility for both the organizations and the solutions they deliver.
  • Virtual Engagements: Case study winners may be featured in AIM virtual events, including webinars, interviews, and podcasts, helping expand reach and thought leadership.

To participate, review the AIM Case Study Competition Guidelines and complete the Case Study Competition Application. The deadline for submissions is March 13, 2026.

The competition is open to both AIM members and non-members. Each winning entry will exemplify how intelligent data capture, digital identification, and traceability technologies deliver measurable value, elevate industry practices, and drive continued innovation across the global marketplace. 

For media inquiries or further information on these resources, please contact AIM’s headquarters by email at info@aimglobal.org or call +1.724.742.4470.

Emerging Trends Shaping the Future of AIDC and Digital Transformation

The automatic identification and data capture (AIDC) industry continues to play a critical role in enabling enterprise digital transformation. As organizations invest in artificial intelligence, IoT infrastructure, advanced analytics, and connected supply chains, AIDC technologies are increasingly recognized as the foundation that makes these initiatives possible. Insights from the 2025 AIM Automatic Identification and Data Capture Industry Direction Report highlight several emerging trends that are shaping technology adoption, operational strategies, and market opportunities across industries.

AIDC Spending Remains Strong Despite Economic Pressure

Even as organizations balance competing technology priorities and economic uncertainty, investment in AIDC technologies remains resilient. According to our report, nearly twice as many enterprises expect to increase their AIDC spending compared to those planning reductions, demonstrating strong confidence in the long-term value of accurate data capture and identification technologies.

Most organizations anticipate maintaining or modestly increasing budgets across nearly every AIDC category. This steady investment highlights how AIDC continues to serve as essential infrastructure that supports higher-level initiatives such as AI, robotics, cloud migration, and advanced customer engagement platforms.  What though are some of the emerging AIDC trends for the future of the industry?

Sensors and IoT Drive the Next Phase of Intelligent Operations

Our research found that some of  the most significant emerging trends is the rapid growth in sensor technology and IoT infrastructure. Sensors rank as the most likely AIDC technology to receive increased investment, signaling a broader shift toward real-time monitoring, predictive analytics, and intelligent automation.

Enterprises are expanding traditional data capture capabilities by integrating environmental monitoring, condition tracking, and machine-level analytics into their operations. This “sense-and-respond” model is enabling organizations to improve decision-making, increase visibility across supply chains, and support automation initiatives across manufacturing, logistics, and field service environments.  Within manufacturing, logistics and field service environments another emerging trend is prevalent.

Mobile Data Capture Continues to Outpace Stationary Systems

The continued demand for mobile data capture technologies is seen in our studies as a strong trend moving forward. Handheld barcode readers, mobile computing platforms, and integrated scanning solutions are outperforming stationary alternatives as organizations prioritize workforce mobility and real-time operational visibility.

Mobile solutions allow companies to increase productivity, reduce manual processes, and improve data accuracy in dynamic operational environments such as warehouses, retail operations, and healthcare facilities. This mobility-driven transformation is helping organizations close visibility gaps while supporting labor efficiency and workforce optimization.  All this also helps with traceability requirements, another emerging trend we found.

Traceability Requirements Are Expanding Market Opportunities

Traceability continues to be one of the strongest drivers for AIDC adoption. Regulatory programs such as the Digital Product Passport (DPP), FDA traceability initiatives, and global product identification standards are increasing demand for technologies that enable item-level visibility and lifecycle tracking.

Organizations investing in traceability solutions are significantly more likely to deploy barcode, RFID, and RTLS technologies. These initiatives are driving adoption across industries including healthcare, food safety, manufacturing, and retail while also creating new opportunities for system integration, software development, and advanced analytics services.

AIDC Enables Emerging Technologies Including AI, 5G, and Cloud

As enterprises pursue advanced digital transformation strategies, AIDC technologies are increasingly positioned as foundational enablers. Artificial intelligence and analytics systems rely on high-quality, real-time data to produce meaningful insights, while 5G and cloud infrastructure expand connectivity and processing capabilities across distributed environments.

Organizations investing in AI and IoT are also more likely to deploy RFID systems, RTLS platforms, and mobile computing technologies. These cross-technology dependencies reinforce the importance of AIDC as a critical layer within modern enterprise technology ecosystems.  Even with some of these “newer technologies” being key trends, old standbys remain very much relevant.

Barcode Technology Remains Mission Critical

While new technologies continue to gain attention, barcode systems remain one of the most widely deployed and essential data capture technologies in enterprise operations. Organizations consistently identify barcode solutions as foundational infrastructure required to support order fulfillment, inventory control, and supply chain execution.

The continued investment in barcode technology demonstrates its reliability, scalability, and interoperability with emerging digital transformation initiatives.  Some areas that do not have quite the reliability are creating new adoption trends.

Skills Shortages and ROI Justification Are Influencing Adoption

While investment momentum remains strong, organizations continue to face challenges related to workforce skill shortages, system integration complexity, and justifying technology ROI. These challenges are creating new opportunities for solution providers, industry organizations, and ecosystem partners to support education, training, and implementation guidance.

Industry collaboration and standards development remain critical factors in reducing deployment risk, simplifying integration, and accelerating adoption across sectors.

Manufacturing and Supply Chain Resilience Continue to Drive Innovation

Manufacturing remains the largest market for AIDC adoption, driven by labor shortages, supply chain disruption, and trading partner requirements. Organizations are prioritizing automation, predictive maintenance, and improved operational visibility to increase resilience and responsiveness in an increasingly volatile global market.

These pressures are accelerating the adoption of sensor technologies, mobile computing, barcode systems, and traceability solutions that enable manufacturers to operate with greater agility and efficiency.

Looking Ahead

The AIDC industry is entering a new phase of growth driven by digital transformation, regulatory compliance, and the increasing demand for real-time operational intelligence. As enterprises deploy AI, IoT, and connected infrastructure, the need for accurate, reliable, and timely data capture will continue to expand.

The 2025 AIM Industry Direction Report provides deeper analysis, market insights, and strategic recommendations for organizations looking to understand where the industry is headed and how to position themselves for future growth.

Readers interested in exploring these trends in greater detail can access additional insights within the full report available here.

AIM members are eligible to receive a complimentary copy of the report. To request access, please reach out to AIM staff for assistance.

 

 

 

DENSO Products and Services Americas Welcomes New President

DENSO Products and Services Americas Welcomes New President

LONG BEACH, Calif. – DENSO Corp. has named Daisuke Yamaoka president of DENSO Products and Services Americas, Inc. Yamaoka took charge of the aftermarket products and services arm of the leading global mobility supplier Jan. 1.

In his new executive role, Yamaoka leads more than 550 employees across all DENSO Products and Services Americas automotive, commercial and industrial business groups, including  Aftermarket Parts and Services, PowerEdge, Automatic Data Capture, Connected Services, EdgeCool, MovinCool, and Robotics. In addition to its headquarters in Long Beach, California, the company’s operations include production facilities in Murrieta, California; regional sales offices in Plano, Texas, and West Chester, Ohio; logistics and warehousing facilities in Rancho Cucamonga, California, and Jeffersonville, Indiana; research and development in Mayfield, Pennsylvania; and aftermarket sales offices in Canada and Mexico.

“I am honored to lead DENSO Products and Services Americas and build on its strong legacy of delivering excellence to the automotive aftermarket, as well as the robotics, heat management and connected services markets,” said President Yamaoka. “Success is driven by teamwork, and I look forward to collaborating closely with all our teams to reach new milestones and enhance the value we provide to our customers.”

Yamaoka brings nearly three decades of experience in DENSO’s original equipment (OE) and aftermarket sales and services to the role. Over the years, he has risen through the ranks in DENSO’s global network and held positions of increasing responsibility in Japan, the United States and Europe.

After graduating from Keio University in 1998, Yamaoka began his career at DENSO in the aftermarket sales office in Sendai, Japan. In 2002, he transitioned to the Toyota sales group at DENSO Japan, where he served until 2011. Yamaoka’s career trajectory then took him to the United States, where he spent four years in the Toyota sales group at DENSO International America, Inc., the company’s North American regional headquarters in Southfield, Michigan.

In 2017, Yamaoka returned to Japan to join DENSO’s aftermarket operations. Two years later, he relocated to the Netherlands to work with DENSO’s aftermarket sales group in Europe. After four years abroad, he returned to DENSO’s aftermarket operations in Japan where he remained prior to his promotion to president of DENSO Products and Services in Long Beach.

Yamaoka succeeds Hirokatsu Yamashita, who has returned to Japan to lead DENSO’s Automotive & Life Solutions Division after nearly seven years as president of DENSO Products and Services Americas.

About DENSO

Globally headquartered in Kariya, Japan, DENSO is a $47.9 billion leading mobility supplier that develops advanced technology and components for nearly every vehicle make and model on the road today. With manufacturing at its core, DENSO invests in around 180 facilities worldwide to provide opportunities for rewarding careers and to produce cutting-edge electrification, powertrain, thermal and mobility electronics products, among others, that change how the world moves. In developing such solutions, the company’s 158,000 global employees are paving the way to a mobility future that improves lives, eliminates traffic accidents, and preserves the environment. DENSO spent around 8.6 percent of its global consolidated sales on research and development in the fiscal year ending March 31, 2025. For more information about DENSO’s operations worldwide, visit https://www.denso.com/global/en/.  

  

In North America, DENSO is headquartered in Southfield, Michigan, and employs 27,000+ team members across nearly 50 sites in the U.S, Canada and Mexico. In the fiscal year ending March 31, 2025, DENSO in North America generated $12.5 billion in consolidated sales. To learn more about DENSO operations in the region and explore career opportunities, please visit https://www.denso.com/us-ca/en/.

AIDC-Led Smart Campus Transformation at a Leading Indian Private University

AIDC-Led Smart Campus Transformation at a Leading Indian Private University

One of India’s leading private universities, with a campus population of over 70,000 students, faculty, and staff, set out to modernize its campus operations through intelligent automation. The objective was clear: deploy a scalable, secure, and reliable AIDC-based solution that could simplify attendance tracking, automate entrances, and streamline student leave management, while supporting high user volumes and daily peak traffic.

To achieve this, ID Tech Solutions designed and implemented a fully integrated AIDC Technology Solution combining facial recognition devices, automated turnstiles, and centralized management software.

Solution Overview

The deployed solution covers three core operational areas:

    • Attendance Management
    • Entrance Automation
    • Student Leave Management

The system includes 400 advanced facial recognition devices with a user capacity of up to 1 lakh users, ensuring scalability well beyond the university’s current requirement of 70,000 users. These devices are strategically installed across academic buildings, hostels, and campus entry points to capture attendance and access events in real time.

For secure and controlled access, IDT T8000 heavy-duty motorized turnstiles were deployed at key entrances. Designed for high-traffic environments, the turnstiles offer fast response times, smooth throughput, and reliable operation during peak hours, making them ideal for large educational campuses.

Technical Innovation through AIDC

The facial recognition devices enable contactless identification, eliminating the need for ID cards or manual registers. With high-speed face matching, large template storage, and accurate detection, the system ensures:

    • Fast user authentication
    • Elimination of proxy attendance 
    • High accuracy even during crowd movement

The AIDC framework automatically captures entry, exit, and attendance data and syncs it with the central platform. This real-time data flow provides administrators with instant visibility into campus activity.

The student leave management module integrates seamlessly with the access control system. Approved leaves are automatically reflected in access permissions, reducing manual verification and ensuring compliance with university policies.

Operational Impact

The implementation has significantly improved overall campus operations:

    • Attendance processes are now fully automated, saving time for faculty and administrative staff
    • Entrance automation has improved security and crowd management, especially during peak hours
    • Manual effort and paperwork have been reduced, improving operational efficiency
    • Real-time data availability supports faster decision-making and better planning

The system has also enhanced the student experience by enabling smooth, contactless movement across campus while maintaining strict access control.

About ID Tech

With nearly two decades of experience, ID Tech specializes in automating identity, security, and traceability through innovative and reliable AIDC technologies. Our solutions are designed to simplify operations, improve accuracy, and enhance security across high-volume environments.

ID Tech (https://www.idsolutionsindia.com/) is a trusted partner for India’s leading universities, where our solutions are widely used to automate student attendance, library systems, entrance and access control, and other campus operations. By combining technologies such as RFID, facial recognition, biometrics, and automated access systems, we help institutions build smart, secure, and future-ready campuses.

Enhancing Product Security Without Changing the Label:  A Collaboration Between Tadbik and Scodix

Enhancing Product Security Without Changing the Label:  A Collaboration Between Tadbik and Scodix

Adding smart technology to existing products often raises concerns about redesign, workflow disruption, and operational complexity. This project between Tadbik  and Scodix demonstrates that RFID can be integrated into even highly complex labels while preserving original design, logistics, and production processes.

 

Tadbik worked with Scodix, which is a global provider of advanced digital embellishment solutions for the printing industry with the objective to protect a high-value consumable from counterfeiting while leaving the label and production workflow unchanged.  Below explains the use case and deliverables from this collaboration.

 

The Use Case: High-Value Ink Authentication

Scodix supplies specialized inks that are essential to the performance of its digital embellishment presses. These inks represent a significant value and had become a target for imitation products using look-alike labels. The goal was to ensure each ink container could be authenticated with certainty, without altering the appearance or handling of the product.

The original label introduced multiple constraints that made RFID integration particularly demanding. The label measured approximately 197 mm by 100 mm and fully wrapped around the ink jerrycan. It incorporated multiple print layers, embossing, and structural elements designed to provide stiffness and durability. In addition, the label design included a reversed window and back-side cutting, all of which were integral to its function and appearance.

Equally important, the production layout had already been standardized, and operators were fully trained on the existing process. Any changes would have introduced risk, retraining, and potential downtime. Finally, because the jerrycan is discarded once the ink is consumed, the label itself could not be reusable, adding another element of complexity to the integration.

 

The RFID Integration Approach

 Tadbik’s solution was to replicate the original label exactly, maintaining the same dimensions, materials, structure, and production parameters. To do this, an HF RFID tag was embedded within the label construction itself, without altering any visible design elements or functional characteristics. Historically, HF RFID tags were typically integrated by affixing them to the product, followed by the application of the original label. However, as demonstrated in this use case, we are now embedding the RFID tags directly into the label structure. From a visual and tactile standpoint, the label remained identical to the original. Operators applied the label the same way they always had. From a process perspective, nothing was changed so no additional steps or training was required.

Results and Operational Impact

 The RFID-enabled label enabled secure authentication of each ink container through printer-based and cloud-enabled validation. Since the label could not be removed without destroying the container, the risk of reuse or precise reapplication for counterfeit purposes was eliminated. This ensured that each ink container could be reliably verified as authentic throughout its lifecycle.

Maybe most importantly, these security enhancements were achieved without disrupting existing workflows. Production processes remained unchanged, logistics were unaffected, and Scodix’s brand identity and functional label requirements were fully preserved.

Project Conclusions

This project demonstrates that even large, highly engineered labels can be enhanced with RFID technology without compromising design, usability, or operations. For manufacturers managing high-value consumables, RFID has shown it can be a powerful tool for authentication and protection while remaining invisible to the end user.

Scodix continues to deliver economic, productive, and sustainable digital embellishment solutions for commercial print, web-to-print, publishing, and folding carton applications. By integrating RFID into its existing ink labels, the company strengthened product integrity while maintaining complete continuity across its production ecosystem.

 

Learn more about how  TADBIK works to protect products, enhance authentication and integrate smart features into current labeling processes.