Certification Standards for Automatic Identification and Data Capture: The Key to Modern Business Efficiency

In today’s rapidly digitalizing world, businesses of all sizes face unprecedented demands for efficiency, traceability, and security of operations. Automatic identification and data capture (AIDC) techniques, such as radio frequency identification (RFID), advanced barcode technologies, and direct part marking, are at the heart of this transformation. To harness their full potential, companies must follow internationally recognized standards to ensure interoperability, data integrity, and certification readiness. This article provides an accessible yet thorough overview of four critical standards for AIDC certification, empowering organizations to boost productivity, reinforce security, and facilitate seamless scalability.

Overview

Automatic identification and data capture (AIDC) techniques drive efficiency and reliability in industries such as manufacturing, logistics, transport, retail, and asset management. From tracking manufacturing components to validating authenticity across global supply chains, the right standards unlock accurate, automated processes, optimize workflows, and ensure regulatory compliance. This guide demystifies the top four AIDC-related certification standards and offers actionable insights for business leaders, IT managers, and quality professionals alike.

What You’ll Learn:

• The scope and practical applications of each featured standard

• Why certification using these standards is essential for modern business

• How standardized AIDC improves scalability, security, and cost-effectiveness

• Best practices for adopting these standards for organizational success

Detailed Standards Coverage

ISO 20910:2019 – RFID Tyre Tag Coding for Reliable Traceability

Coding for radio frequency identification (RFID) tyre tags

ISO 20910:2019 is the global standard that defines terms, general requirements, and data structures for coding RFID tags in tires. It delivers a blueprint for reliable traceability throughout a tire’s lifecycle, from manufacturing and distribution to maintenance and recycling.

RFID tags embedded in or attached to tires serve as vital digital birth records, providing unique item identifiers (UIIs) that link each physical tire to databases storing key information like manufacturer, lot, and serial number. The standard specifies four distinct memory banks—including reserved, UII, TID, and user memory—and mandates the use of GS1 company prefixesfor globally unique identification.

Manufacturers, tire dealers, retreaders, and fleets benefit profoundly by integrating RFID tagging aligned with ISO 20910:2019. This empowers real-time inventory management, retread control, performance analysis, and asset life cycle documentation, all while ensuring hardware/software interoperability across suppliers.

Practical implications include higher inventory accuracy, easier recalls, enhanced anti-counterfeiting measures, and improved regulatory compliance—making certification to ISO 20910:2019 a cornerstone for sustainable, efficient tire logistics.

Key highlights:

• Specifies UHF RFID (ISO/IEC 18000-63/GS1 EPC Gen2 compatibility)

• Defines UII data scheme and GS1-based company prefix encoding

• Details security and locking (Permalock) for data integrity and anti-tampering

• Supports both manufacturer and aftermarket RFID tag applications

• Promotes global interoperability and efficient supply chain operations

Access the full standard: View ISO 20910:2019 on iTeh Standards

ISO/IEC 15434:2025 – Syntax for High-Capacity ADC Media

Information technology — Automatic identification and data capture techniques — Syntax for high-capacity ADC media

As businesses transition from simple barcodes to sophisticated, data-rich labels and RFID, ISO/IEC 15434:2025 becomes indispensable. It sets a standardized syntax for encoding and transferring complex messages and data into high-capacity AIDC media, ranging from 2D symbols to RFID and smart cards.

This standard embraces the full diversity of business data by providing a dual-level envelope/message structure, format indicators, and precise rules for including binary, text, structured EDI, UN/EDIFACT, GS1, MH10, and even JSON-format data. This universality is critical in multi-system environments where different companies, partners, and software must seamlessly exchange critical logistics, product, or compliance information.

For organizations targeting robust data capture, automated system integration, or certification readiness in logistics, healthcare, aerospace, or manufacturing, aligning with ISO/IEC 15434:2025 ensures data is consistently recognized, parsed, and utilized—no matter the platform or technology vendor. Its adoption directly reduces errors, speeds up data entry, and fortifies system interoperability.

Key highlights:

• Establishes universal message and envelope structure for ADC media

• Enables inclusion of diverse data types: GS1, ANSI X12, UN/EDIFACT, JSON, and more

• Mandates precise non-printable separator characters for formatting

• Expands support for digital signature data (ISO/IEC 20248 constructs)

• Critical for certification of systems handling multi-format data exchange

Access the full standard: View ISO/IEC 15434:2025 on iTeh Standards

ISO/IEC 15438:2015 – PDF417 Barcode Symbology Specification

Information technology — Automatic identification and data capture techniques — PDF417 bar code symbology specification

PDF417 is the world’s most versatile and widely adopted 2D barcode, used in applications ranging from shipping labels, identification cards, and airline boarding passes, to regulatory compliance in pharmaceuticals. ISO/IEC 15438:2015 precisely defines the requirements for PDF417 barcode symbology, including symbol structure, encoding modes, dimensions, error detection/correction algorithms, and application parameters.

This standard enables certification of solutions that encode up to 1.1 kilobytes of secure, error-correctable data in a compact symbol. It defines methods for selecting compaction modes (text, byte, numeric), generating codeword sequences, leveraging error correction levels, and ensuring symbol quality and resilience. Extended Channel Interpretation (ECI) is also supported for language or encoding-variant flexibility.

For businesses, ISO/IEC 15438:2015 certification translates to robust, secure identification processes, compatibility with global supply chain requirements, and reduced risk of misreading or data degradation—vital where operational continuity depends on precise data capture.

Key highlights:

• Defines all symbol and encoding parameters for PDF417 barcodes

• Supports sophisticated error correction, compaction, and segmentation (Macro PDF417)

• Ensures compatibility across equipment and software from different vendors

• Enables certification for secure data-rich barcode applications

• Applicable in industries including logistics, banking, healthcare, automotive, and government

Access the full standard: View ISO/IEC 15438:2015 on iTeh Standards

ISO/IEC TR 24720:2008 – Guidelines for Direct Part Marking (DPM)

Information technology — Automatic identification and data capture techniques — Guidelines for direct part marking (DPM)

For products and parts that cannot accommodate traditional labels—such as metal tools, medical devices, or circuit boards—direct part marking (DPM) offers a resilient, traceable identification solution. ISO/IEC TR 24720:2008 provides comprehensive guidelines for applying permanent, machine-readable symbols directly onto item surfaces using both intrusive (engraving, laser etch, dot peen) and non-intrusive (ink jet, screen printing, bonding) methods.

The standard covers the full DPM process: choosing marking technology, preparing surfaces, selecting suitable marking locations, applying protective coatings, ensuring symbol quality, and verifying readability. It also explains the trade-offs between methods for different materials and service environments, supporting durable identification throughout the part’s lifecycle—even under harsh field conditions.

ISO/IEC TR 24720:2008 is essential for organizations certified in sectors where regulatory or operational mandates require permanent, tamper-resistant identification—such as aerospace, defense, medical, and automotive industries.

Key highlights:

• Guidelines for selecting optimal DPM methods for various materials (metals, plastics, ceramics, etc.)

• Step-by-step instructions for marking surface preparation and process validation

• Covers symbol quality, human-readable marking, cleaning, and verification methods

• Supports industry needs for lifetime traceability and durability

• Drives standardized data capture for certification and regulatory compliance

Access the full standard: View ISO/IEC TR 24720:2008 on iTeh Standards

Industry Impact & Compliance

Adoption of these certification-aligned standards for automatic identification and data capture confers strategic, operational, and regulatory advantages:

• Productivity: Automated data capture reduces manual entry errors, expedites transaction speeds, and simplifies asset tracking or inventory counts.

• Security: Standardized, tamper-resistant identification minimizes counterfeiting, diversion, and loss, and enhances product authentication.

• Scalability: Interoperable data formats and identification schemes enable seamless business growth, M&A integration, and global supply chain expansion.

• Compliance: These standards are often referenced in regulatory mandates and industry-best practices—assisting organizations to meet legal obligations and demonstrate due diligence.

• Quality Assurance: Traceability is fundamental to root cause analysis, product recalls, and customer warranty management.

Failure to comply with AIDC standards can result in regulatory penalties, costly recalls, supply chain breakdowns, reputational damage, and barriers to international commerce.

Implementation Guidance

Implementing AIDC standards for certification is best approached as a structured, multi-phase process:

1. Gap Analysis: Assess current identification, data capture, and traceability practices against standard requirements.

2. Stakeholder Engagement: Involve stakeholders from IT, manufacturing, quality, logistics, and compliance early.

3. Technology Selection: Choose compatible hardware (scanners, printers, etching tools) and software solutions explicitly supporting the target standards (e.g., GS1-compliant RFID or PDF417 barcode generators).

4. Procedures and Documentation: Update standard operating procedures, documentation, and training to reflect new standards and workflows.

5. Data Integration: Ensure seamless integration with enterprise resource planning (ERP), warehouse management systems (WMS), or supply chain platforms.

6. Pilot and Validate: Conduct controlled rollouts, perform validation and user acceptance testing, and check for interoperability.

7. Certification Audit and Maintenance: Engage accredited auditors or certification bodies (where applicable) and establish review cycles to maintain compliance as standards evolve.

Best Practices:

• Use GS1 company prefixes for global uniqueness

• Maintain up-to-date software for decoding/encoding and security compliance

• Invest in skilled training for staff involved in marking or data management

• Establish backup and data redundancy for traceability records

• Monitor updates to international standards and adapt processes accordingly

Resources:

• Professional training (cutting-edge AIDC and RFID workshops)

• Vendor documentation for AIDC-compliant hardware/software

• External consultants or certification partners for complex, multi-site deployments

Conclusion / Next Steps

The digital future of business is one where identification and data capture are invisible, reliable, and always accurate. Certification to international standards like ISO 20910:2019, ISO/IEC 15434:2025, ISO/IEC 15438:2015, and ISO/IEC TR 24720:2008 places organizations at the forefront of productivity, security, and regulation-ready growth.

Key takeaways:

• Adopting standardized AIDC practices enhances efficiency, data reliability, and compliance

• Certification fosters operational scalability, customer trust, and international market access

• Investing in standards-driven automation positions businesses to capitalize on the next wave of digital transformation

Ready to move forward? Explore the detailed requirements and full text of each standard on iTeh Standards and consult with industry experts to ensure your organization is fully certified and future-proofed.