Information Technology Standards: May 2026 Brings New Data, Security, and Healthcare Updates

In May 2026, the Information Technology and Office Equipment sector marked a pivotal month for standards evolution. Five international standards were published, shaping domains from personal identification and data center management to healthcare data interoperability and biometric systems. These developments address core needs for security, traceability, operational excellence, and eHealth data integration, making them vital for IT professionals, compliance managers, engineers, and technology strategists.

Overview

Information Technology plays a central role in today’s connected, data-driven world. Interoperability, security, and efficient management are foundational requirements for organizations navigating rapid technological change. International standards in this sector ensure robust frameworks for identity management, secure communications, biometric authentication, and clinical information exchange. This article unpacks the latest standards released in May 2026, offering practical perspectives on their impact and adoption.

By reading, you’ll gain:

• Up-to-date knowledge of key May 2026 IT standards
• Detailed breakdowns and requirements for each new publication
• Guidance for seamless implementation and compliance
• Insights into how these standards shape the present and future of digital infrastructure

Detailed Standards Coverage

ISO/IEC TS 7367-2:2026 – Mobile Vehicle Certificate for Personal Identification

Personal identification — mdoc schemas — Part 2: Mobile vehicle certificate

This technical specification establishes the data structure for a mobile Vehicle Certificate (mVC), a next-generation digital credential confirming vehicle registration and compliance status, designed for on-device storage and seamless digital presentation. Built for conformity with ISO/IEC TS 23220-2, it encodes attributes about user, owner, vehicle identification (VIN), technical data, compliance with inspections, tax status, and insurance coverage. Notably, mVCs facilitate real-time roadside or remote validation by authorities or trusted verifiers, and support interoperability across jurisdictions.

Organizations that issue vehicle registrations, government motor vehicle agencies, eID wallet implementers, and security solution providers are the main adopters. The mVC enables secure digital workflows for registration checks, cross-border verification, and regulatory enforcement, streamlining both physical and digital vehicle management.

Recent improvements include enhanced data modeling rooted in UN and EU conventions, namespace management for domestic extensions, and upgraded certificate profiles for cryptographic assurance.

Key highlights:

• Defines logical data model for mobile vehicle certificates (mVC)
• Supports secure, interoperable vehicle and user/owner data exchange
• Includes elements for regulatory compliance (insurance, inspections, taxes)

Access the full standard:View ISO/IEC TS 7367-2:2026 on iTeh Standards

EN 50600-3-1:2026 – Data Centre Management and Operational Information

Information technology - Data centre facilities and infrastructures - Part 3-1: Management and operational information

This European standard prescribes the processes and organizational structures for reliable, resilient, secure, and efficient data centre operations. It outlines best practices for capacity planning, risk management, business continuity, resilience, and resource and energy efficiency. The document defines specific operational and management processes—such as incident, problem, change, availability, security, and asset management—tailored expressly for data centers, along with key performance indicators (KPIs).

Target groups include data center operators, IT infrastructure managers, facilities management, security/compliance officers, and service providers. The standard’s process models ensure that actual/future demand is matched to data center capabilities, reducing downtime risk while optimizing operational costs.

Its May 2026 revision expands on lifecycle management and integrates sustainability, performance, and energy efficiency metrics.

Key highlights:

• Establishes standardized data center management processes and KPIs
• Guides security, continuity, sustainability, and service level management
• Enhances compliance, reliability, and reporting for critical infrastructure

Access the full standard:View EN 50600-3-1:2026 on iTeh Standards

ISO/IEC 15693-3:2026 – Contactless Anticollision and Transmission Protocol

Cards and security devices for personal identification — Contactless vicinity objects — Part 3: Anticollision and transmission protocol

This international standard defines the protocols and commands for contactless, vicinity integrated circuit cards (VICCs) operating within RFID systems. It details how devices initialize communication, avoid “collision” when multiple cards are present (anticollision protocol), and optimize card selection based on application-specific criteria. The protocol ensures reliable, secure interaction between readers and cards—critical for identification, access control, and inventory systems.

The updates refine selection mechanisms and improve optional command sets, supporting both mandatory and enhanced functionalities for manufacturers and integrators of RFID-based systems in security, transportation, logistics, and asset management.

Key highlights:

• Sets communication and anticollision protocols for RFID vicinity cards
• Supports multi-card environments and efficient data transfer
• Compatible with existing and emerging security card frameworks

Access the full standard:View ISO/IEC 15693-3:2026 on iTeh Standards

ISO/IEC 17839-3:2026 – Logical Mechanisms for Biometric System-on-Card (BSoC)

Information technology — Biometric System-on-Card — Part 3: Logical information interchange mechanism

This second edition establishes the logical data structures and command mechanisms required for Biometric System-on-Card (BSoC) solutions—card-sized devices performing on-card biometric capture, matching, and decision. The standard provides for internal, external, and autonomous enrollment, message feedback, and interoperability with on-card and external systems, referencing ISO/IEC’s biometric and secure card standards.

Its updates align with the latest definitions and introduce refined feedback and autonomous enrollment mechanisms, enhancing security and usability for citizens, employees, or stakeholders relying on physical or digital credentials.

Key users include card manufacturers, identity solution providers, and organizations deploying BSoC for secure authentication, payment, physical/logical access, and e-government.

Key highlights:

• Details data structure and command flows for BSoC interoperability
• Supports multiple enrollment models and secure feedback messaging
• Designed for privacy protection and robust biometric verification

Access the full standard:View ISO/IEC 17839-3:2026 on iTeh Standards

ISO/TR 24936:2026 – Data Structures for Endoscopic Video and Clinical Information

Health informatics — Endoscopic video and related clinical information

This technical report advances health information management by specifying data structures for video generated by endoscopy devices, alongside related clinical data such as patient demographics, device metadata, procedure documentation (via case report forms), and contextual details vital for research and evidence retention. Highlighting challenges in interoperability and emerging uses including AI/ML model development, it encourages harnessing standards such as DICOM and FHIR to support video, metadata, and clinical records linkage.

The report provides guidance for medical device developers, healthcare providers, and researchers aiming to improve device functionality, automate training, and protect privacy in extended data lifecycle management.

Key highlights:

• Describes objective data structures for integrating endoscopic video and clinical info
• Informs device R&D, surgical training, evidence retention, and AI development
• Encourages compatibility via DICOM, EHR, and FHIR linkage

Access the full standard:View ISO/TR 24936:2026 on iTeh Standards

Industry Impact & Compliance

The new standards offer substantial impacts and opportunities for businesses and institutions:

• Compliance: Adherence ensures organizations align with global best practices, regulatory mandates (especially for digital IDs, vehicle certification, or health data), and partner requirements.
• Operational Efficiency: Data center standards streamline management, mitigate downtime risks, and optimize energy/resource usage, improving sustainability and lowering costs.
• Security & Trust: Enhanced protocols for contactless identification and biometric systems harden defenses against interception, identity fraud, or unauthorized access.
• Interoperability: Unified data structures for health informatics foster seamless data exchange and broader system integration, enabling innovation in AI-driven healthcare.
• Timelines: Standards typically specify recommended implementation dates, but regulatory bodies or organizations may establish their own compliance schedules—prompt action is advised.
• Risks of Non-Compliance: Organizations failing to comply may face operational disruptions, legal or contractual sanctions, and reputational harm.

Technical Insights

Across these standards, several technical continuities emerge:

• Data Modeling: Strong emphasis on logical data models, namespaces, and extensibility for identity, registration, and health data
• Secure Communication: Use of robust communication and feedback protocols, secure key management, and certificate validation
• Interoperability: Alignment with foundational standards (e.g., ISO/IEC 7816, DICOM, FHIR), ensuring broad compatibility
• Command Sets: Inclusion of mandatory, optional, and proprietary commands, giving vendors flexibility to innovate while maintaining core interoperability
• Testing & Certification: Detailed acceptance and operational testing requirements, especially for data center infrastructure, card systems, and health informatics data

Implementation Best Practices:

1. Conduct gap assessments against current systems before adoption.
2. Engage with technical bodies or industry consortia to drive internal policy and training.
3. Leverage automated tools for compliance, monitoring, and ongoing audits.
4. Coordinate with solution vendors to expedite conformance.

Conclusion / Next Steps

The May 2026 updates reinforce how Information Technology standards shape secure, efficient, and future-proof infrastructures across industries—from public sector and logistics to healthcare and identity management. Organizations should:

• Analyze which new standards apply to their operations and supply chains
• Plan compliance roadmaps with internal audits and training
• Explore adoption of newly standardized data models for enhanced interoperability
• Monitor developments and updates on iTeh Standards for ongoing industry guidance

Stay ahead by implementing these new standards. Visit each linked standard for full specifications and in-depth guidance.