February 2026 IT Standards: Enhanced Frameworks for Interoperable Public Transport and Healthcare Data

February 2026 marks a pivotal moment for the Information Technology and Office Equipment sector with the publication of five impactful standards. These newly released documents shape the future of public transport data exchange across Europe and update global requirements for digital medical imaging. Industry professionals—from system integrators and procurement managers to compliance officers and technology architects—stand to benefit from these far-reaching changes.

Overview / Introduction

Information Technology is increasingly at the heart of real-time mobility solutions and healthcare platforms. Standards in this field provide the essential frameworks for interoperability, data integrity, and consistent user experience. This February, five significant standards have been published, including four updates to the Network and Timetable Exchange (NeTEx) suite guiding multimodal public transport data, and a major revision to ISO 12052 covering the DICOM protocol vital for medical imaging.

In this article, you'll discover:

• The scope, technical requirements, and practical implications for each newly published standard
• How the NeTEx 2.0 series strengthens cross-operator and cross-border public transport information exchange
• The latest advances to DICOM for secure, efficient handling of medical images and clinical workflows
• Compliance considerations and business benefits for IT professionals

Detailed Standards Coverage

CEN/TS 16614-2:2026 – Public Transport Scheduled Timetables Exchange Format

Public transport - Network and Timetable Exchange (NeTEx) - Part 2: Public transport scheduled timetables exchange format

The updated Part 2 of the NeTEx standard defines a comprehensive digital data exchange framework for scheduled public transport timetables. This edition brings clarity and interoperability across diverse Intelligent Transport Systems (ITS), supporting operators, authorities, and IT solution providers tasked with harmonizing schedule data across rail, bus, tram, and more.

Scope & Key Enhancements:

• Aligns with the latest revision of the Transmodel (EN12896), ensuring consistency
• Introduces deck plans for digital representation of on-board spaces and equipment, including accessibility features
• Expands support for the physical layout of compound vehicles (e.g., detailed train compositions)
• Multiple minor fixes and optimizations responding to feedback and legislative demands (notably EU 2017/1926)
• Tightens coherence with related European standards like SIRI and OJP

Who Should Comply:

• Public transport authorities
• Software and IT system vendors
• Regional and national mobility platforms

Implementation Implications:

• Streamlines schedule data integration for multimodal journey planners
• Futureproofs systems for regulatory data exchange, improving operational visibility
• Enables richer, user-centric applications with accessibility information and vehicle layouts

Key highlights:

• Deck plan and accessibility data structures
• Improved vehicle composition and run-time modeling
• Enhanced support for interchanges and service connections

Access the full standard:View CEN/TS 16614-2:2026 on iTeh Standards

CEN/TS 16614-3:2026 – Public Transport Fares Exchange Format

Public transport - Network and Timetable Exchange (NeTEx) - Part 3: Public transport fares exchange format

Part 3 of the NeTEx suite provides the uniform data model and XML schemas for exchanging fare information between disparate systems. This is crucial as mobility operators increasingly offer complex, multimodal and dynamic pricing mechanisms.

Scope & Key Extensions:

• Advanced data structures for fare calculation, zoning, discounts, and dynamic fare rules
• Improved alignment with regulatory requirements for public fare transparency
• Updates to deck plan integration, supporting seat-class and fare-facility mapping
• Enhanced handling of sales transactions, ticket types, and retail channels
• Minor revisions to support new business use cases (e.g., integrated ticketing apps)

Who Should Comply:

• Fare management solution providers
• Urban mobility apps and aggregators
• Transit operators aiming for cross-border or national data harmonization

Implications for Practice:

• Dramatically simplifies multi-operator fare integration
• Helps operators and solution providers meet open data mandates
• Improves passenger experience and transparency via accurate, machine-readable tariffs

Key highlights:

• Modular fare modeling for flexible pricing
• Seamless sale, validation, and journey management across platforms
• Consistency with Transmodel and regulatory mandates

Access the full standard:View CEN/TS 16614-3:2026 on iTeh Standards

CEN/TS 16614-4:2026 – Passenger Information European Profile

Public transport - Network and Timetable Exchange (NeTEx) - Part 4: Passenger Information European Profile

The revised NeTEx Part 4 sets out a harmonized profile (EPIP) for exchanging passenger information across European borders and between different operators. Its focus on consistent passenger data and user-centric information supports seamless journey planning and traveler communications.

Scope & Major Features:

• Defines conventions and data models for presenting traveler information
• Harmonizes network, timetable, and stop data across regional and national IT systems
• Introduces additional conventions for handling accessibility, localizations, and alternative languages
• Addresses feedback from deployments and alignment with SIRI, Transmodel

Relevant Users:

• Mobility service providers
• Public authorities, especially cross-border regions
• Multimodal journey planner and app developers

Practical Implications:

• Boosts cross-operator passenger information consistency
• Supports pan-European mobility data sharing and regulatory reporting
• Offers robust structures for real-time traveler updates, including accessibility features

Key highlights:

• Unified object models for user information
• Scalable frameworks for incorporating multilingual and accessibility requirements
• Enhanced mapping and referencing of stops, lines, and facilities

Access the full standard:View CEN/TS 16614-4:2026 on iTeh Standards

CEN/TS 16614-5:2026 – Alternative Modes Exchange Format

Public transport - Network and Timetable Exchange (NeTEx) - Part 5: Alternative modes exchange format

Part 5 expands NeTEx’s capabilities to accommodate emerging mobility services such as car- and cycle-sharing, carpooling, and intelligent parking. This update ensures that digital trip planners and mobility as a service (MaaS) platforms can treat traditional and alternative modes in a unified, standards-compliant way.

Scope & Notable Enhancements:

• Robust data models for integrating alternative mode offerings
• Geofencing and permitted use area definitions
• Support for new transaction, fare, and customer management scenarios specific to shared and on-demand services
• Seamless mapping to industry frameworks such as GBFS (bike/scooter sharing data feed) and IXSI
• Extended compatibility assurances with NeTEx Parts 1–4 and SIRI

Importance for the Industry:

• Urban mobility solution providers
• Shared mobility operators and parking providers
• Local authorities seeking to broaden mobility portfolios

Implementation Benefits:

• Enables full integration of traditional and new mobility services in journey planners
• Facilitates data-driven service innovation and aggregation
• Supports compliance with current and upcoming digital transport regulations

Key highlights:

• Modular support for shared, pooled, and demand-responsive transport modes
• Precise fare and area-based access controls
• Enhanced interoperability through improved mapping frameworks

Access the full standard:View CEN/TS 16614-5:2026 on iTeh Standards

ISO 12052:2026 – Health Informatics DICOM: Workflow and Data Management

Health informatics — Digital imaging and communication in medicine (DICOM) including workflow and data management

This third edition of the global DICOM standard (ISO 12052:2026) establishes requirements and protocols for the structured exchange of digital medical images and associated workflow metadata. Covering everything from the encoding of images to network transmission and conformance claims, this standard is essential for any institution, vendor, or professional involved in modern diagnostic imaging.

Scope & Major Revisions:

• Applies to radiology, cardiology, pathology, dentistry, ophthalmology, and image-directed therapies
• Clarifies conformance statement requirements and relationships to service-object pair classes
• Updates referencing of current media interchange, network protocols, and real-time communication capabilities
• Addresses localization and continuous maintenance to suit international and specialized applications
• Expanded guidance for workflow integration, web services (PS3.18), and application hosting

Who Benefits:

• Healthcare software developers
• Medical device manufacturers
• Radiology and IT departments in hospitals and clinics

Practical Effects:

• Assures interoperability of imaging devices and systems (PACS, HIS, RIS)
• Builds trust in the security, consistency, and utility of digital clinical image exchange
• Guides vendors and providers in maintaining regulatory and operational conformance

Key highlights:

• Comprehensive conformance and interoperability requirements
• Support for modern workflow and web service integration
• Covers clinical, research, and veterinary contexts

Access the full standard:View ISO 12052:2026 on iTeh Standards

Industry Impact & Compliance

Adopting these newly published standards can drive substantial benefits for IT-driven mobility and healthcare organizations:

• Regulatory Alignment: The NeTEx suite and DICOM updates provide clear pathways for compliance with EU and international mandates, supporting data transparency, accessibility, and interoperability goals.
• Operational Efficiency: Unified frameworks simplify data integration, reduce duplication, and enable real-time updates—critical for mobility planners and healthcare providers managing large, complex data sets.
• Market Competitiveness: Standards conformance ensures product compatibility in multi-vendor, multi-operator environments and accelerates time-to-market for new services and applications.
• Mitigating Non-Compliance Risks: Failure to update or conform risks regulatory penalties, system incompatibilities, and lost business opportunities as markets and procurement processes increasingly demand up-to-date compliance.
• Timelines: Organizations should review update schedules and coordinate with technology partners to plan for integration and testing in advance of local or international mandates.

Technical Insights

Across these standards, several technical requirements and best practices emerge:

• XML-Based Data Models: The NeTEx suite standardizes XML schemas, XSD mapping rules, and usage conventions; adopting these accelerates integration and ensures future compatibility.
• Modular Frameworks: Both NeTEx and DICOM move toward more modular, object-based modeling supporting extensibility and precise customization for local, national, or cross-border contexts.
• Conformance Documentation: Clear and detailed conformance statements (as in DICOM) are now essential for vendors, streamlining procurement and system certification.
• Interface Compatibility: Alignment with sector-wide models like Transmodel, SIRI, OJP, and GBFS ensures IT systems can operate in rich, inter-organizational ecosystems.
• Testing and Validation: Regularly updated reference models, example datasets, and validation tools are key; leveraging available resources (code repositories, open guidance) can dramatically streamline rollout.

Conclusion / Next Steps

The February 2026 updates in Information Technology and Office Equipment standards represent a significant stride toward seamless digital mobility and advanced healthcare workflows. As interoperability and real-time data sharing become ever more critical, early adoption of these standards positions organizations for success.

Recommended actions:

• Review the full requirements and technical details of each standard linked above
• Assess and update current systems and data models to ensure alignment
• Communicate with stakeholders, solution providers, and partners about transition plans
• Engage with iTeh Standards and other authoritative resources for ongoing updates and expert guidance

Embracing these standards isn’t just about tick-box compliance—it’s about unlocking new opportunities in efficiency, integration, and customer value for years to come.