September 2026: Key Standards Advance Transport, Public Procurement, and Data Management

The September 2026 publication cycle brings a significant advance in international standards for services, company organization and management, quality assurance, transport, and the evolving landscape of public administration and sociology. Five new standards are now available, each addressing a critical aspect—ranging from intelligent transport data exchange protocols to innovative procurement frameworks and robust security profiles for electronic fee collection. These standards are poised to shape best practices, digital transformation, and regulatory alignment in the public and private sectors.

Overview / Introduction

With the increasing complexity of organizational management, quality systems, and the digital transformation of transport and administrative services, the need for unified, interoperable standards has never been greater. Standards in this domain enable reliable data exchange, underpin secure digital processes, and provide governance and regulatory clarity—driving efficiency, cross-border collaboration, and innovation.

In this article, you’ll find in-depth coverage of five newly published standards for September 2026, all essential for industry professionals, quality managers, compliance officers, engineers, researchers, procurement and transport specialists who need to ensure their practices remain compliant, secure, and future-focused.

Detailed Standards Coverage

CEN/TS 16157-15:2026 - DATEX II JSON Schema Mapping for Intelligent Transport Systems

Intelligent transport systems — DATEX II data exchange specifications for traffic management and information — Part 15: JSON Schema mapping

This standard provides a crucial update to data exchange in traffic management: it specifies how UML models for DATEX II (the Europe-wide traffic and travel information exchange standard) are mapped to JSON Schema, the widely used data format for web and IT solutions. With the focus on compatibility with the 2020-12 draft and subsequent versions of JSON Schema, as defined by IETF's RFC 8259, it ensures seamless interoperability between traffic management systems, infrastructure providers, and service operators.

Key requirements include:

• Mapping UML model components (datatypes, classes, enumerations) from the DATEX II core model into structured JSON Schema files.
• Naming conventions, extension methodologies, cross-file referencing via $ref, and adherence to open JSON schema best practices.
• Facilitating backward and forward compatibility for extensions (Level B and Level C), with automated tooling recommended.

Who must comply: National, urban, and interurban road authorities, traffic management centers, infrastructure providers, ITS solution vendors, and system integrators throughout Europe and globally.

Practical impact: This standard supports the next generation of interoperable, real-time traffic data exchange, enabling cost-effective integration, resilience, and innovation in digital mobility services.

Key highlights:

• Enables seamless implementation of DATEX II via JSON for IT-driven transport systems
• Streamlines cross-border and private-public information exchange
• Fosters support for extensions and future-proofed enhancements

Access the full standard:View CEN/TS 16157-15:2026 on iTeh Standards

CEN/TS 17370:2026 - Public Transport Raw Data and Statistics Exchange

Public transport - Operating raw data and statistics exchange

This technical specification establishes a harmonized data exchange format and API protocol for quantitative public transport operational data. Using Transmodel (EN 12896) and the NeTEx framework (CEN/TS 16614), it addresses the urgent need for high-quality, interoperable statistical data essential for strategic and tactical planning, quality measurement, and regulatory reporting.

Key inclusions:

• Mandates a minimum, standardized dataset (such as observed run times, passenger load counts, delays, and cancellations) to support performance analysis and planning.
• Glossary of unified terms created to harmonize data dictionaries and eliminate industry ambiguity.
• Guidance on data identification, versioning, and reference models, ensuring traceability and longitudinal consistency.

Stakeholders: Public transport authorities, transit operators, mobility infrastructure planners, regulatory bodies, and IT vendors.

Implications: Improved data quality and interoperability allow for more efficient management, better passenger service, and streamlined integration with real-time analytics and reporting tools.

Key highlights:

• Based on proven European transit data frameworks (Transmodel/NeTEx)
• Supports quality tracking, compliance, and continuous improvement
• Facilitates digital transformation of public transport planning and analytics

Access the full standard:View CEN/TS 17370:2026 on iTeh Standards

CEN/TR 17011-2-1:2026 - Frameworks for Innovation in Electronic Public Procurement

Electronic Public Procurement - Innovation guideline - Part 2-1: Framework and models of innovative developments in procurement

This technical report introduces an extensive framework for organizations aiming to transform procurement practices through innovation—addressing sectors from local government to large multinationals. Offering a systematic methodology, it covers business model innovation, digital transformation, circular procurement, and cross-sector harmonization.

Key requirements and features:

• Four-dimensional architecture: Business models, operations, sourcing/partnerships, and technology.
• Integrated strategies for enhanced Pre-Commercial Procurement (PCP) and Public Procurement of Innovation (PPI).
• Methodologies for system-of-systems orchestration and governance, cross-border collaboration, and sustainable procurement.
• Roadmaps for digital platform integration, innovation sourcing, and legal compliance (in conjunction with Part 2-3).

Who benefits: Public sector procurement authorities, innovation-driven private organizations, research institutes, and cross-sector project managers.

Practical implications: Enables organizations to map and adopt innovative procurement processes systematically, meet evolving regulatory demands, and gain competitive advantage through digital and sustainable sourcing.

Key highlights:

• Provides templates and models for innovation adoption
• Supports both public sector and private enterprises
• Lays out clear implementation and governance frameworks

Access the full standard:View CEN/TR 17011-2-1:2026 on iTeh Standards

CEN/TR 17011-2-3:2026 - Legal Enablement for Innovation in Public Procurement

Electronic Public Procurement - Innovation guideline - Part 2-3: Legislation and regulations to enable and support innovative developments in procurement

This technical report is pivotal for navigating the complex legal ecosystem that underpins innovative procurement. It provides clarity and structure for organizations looking to leverage cross-sector innovation, safe harbors, experimental sandboxes, and liability protection.

Coverage:

• Legal frameworks for business model and operational procurement innovation, sourcing infrastructure, and cutting-edge technology adoption.
• Authorizations for experimental procurement and validation beyond traditional PCP and PPI boundaries.
• Mechanisms for cross-border and system-of-systems legal harmonization.
• Liability limitation, risk management, and governance tools for innovative initiatives.

Excluded: Routine, non-innovative, emergency, or defense procurements.

Ideal stakeholders: Legal and compliance departments, procurement offices, policy makers, large public-private partnerships, and international standards bodies.

Impact: By providing clear, harmonized pathways for experimentation and cross-border procurement projects, the standard reduces compliance risk and accelerates standards-driven innovation.

Key highlights:

• Establishes universal legal enablement for innovative procurement
• Empowers safe innovation experimentation within documented governance frameworks
• Supports global harmonization and simplification of procurement compliance

Access the full standard:View CEN/TR 17011-2-3:2026 on iTeh Standards

EN ISO 17574:2026 - Secure Electronic Fee Collection Protection Profiles

Electronic fee collection - Requirements for security protection profiles (ISO 17574:2026)

This international standard addresses the preparation and evaluation of security requirements, known as protection profiles (PP), for electronic fee collection (EFC) systems. Developed in alignment with the ISO/IEC 15408 series (Common Criteria) and ISO/IEC TR 15446, it underpins secure, compliant tolling and digital payment operations.

Specifications include:

• Guidelines for defining comprehensive protection profiles tailored to a variety of EFC system components (such as onboard units, roadside equipment, secure modules).
• Guidance for threat analysis, security target (ST) preparation, and coordination among EFC providers, equipment suppliers, and evaluators.
• Built-in alignment with international security assurance frameworks, supporting cross-border toll interoperability and certification.

Target users: Toll service operators, system integrators, national road authorities, and IT evaluators in electronic tolling.

Practical implications: Operators can systematically document, implement, and certify robust security for all EFC elements, ensuring privacy, anti-fraud resilience, and regulatory compliance.

Key highlights:

• Fulfills latest best practice requirements on security for vehicle-related tolling
• Harmonized with international Common Criteria and European system architectures
• Facilitates multi-jurisdictional deployments and simplifies security audits

Access the full standard:View EN ISO 17574:2026 on iTeh Standards

Industry Impact & Compliance

The publication of these five standards marks a leap forward in aligning digital transformation, compliance, and operational excellence across transport, administration, and public procurement. For organizations, compliance is not just a matter of regulatory “box-ticking”; it is critical for risk mitigation, eligibility for public contracts, and gaining stakeholder confidence.

Compliance considerations:

• Organizations should assess existing systems for compatibility, especially in digital data exchanges (DATEX II, OpRa) and public procurement workflows.
• Early adoption positions organizations for seamless integration and future interoperability—not only locally, but internationally.
• Forward-looking legal frameworks and governance mechanisms (as in CEN/TR 17011-2-3) provide legal certainty for experimental and innovative initiatives, enabling safe prototyping and agile procurement.

Benefits:

• Structured, future-proof approaches to digital data and procurement
• Reduction in fragmented or bespoke implementations
• Greater security, data integrity, and evidence of due diligence

Risks of non-compliance:

• Fines, exclusion from procurement opportunities, reputational loss
• Interoperability failures leading to operational inefficiency
• Regulatory or legal exposure in cross-border initiatives

Technical Insights

Emerging common themes:

• Transition from proprietary, legacy formats to open, standardized APIs (DATEX II JSON Schema, OpRa)
• Multi-layered governance models integrating innovation, compliance, and legal protection
• Adoption of modular, extensible architectures enabling high levels of customization and future-proofing (e.g., Level B/C schema extensions, innovation sandboxes)

Implementation best practices:

1. Stakeholder Alignment: Ensure all data providers and recipients agree on schema versions, extensions, and interoperability points.
2. Rigorous Version Control: Apply processes for thorough versioning and change management for all exchanged data, referencing unified glossaries.
3. Security by Design: Implement EFC security profiles early in system architecture to ensure end-to-end data authentication, confidentiality, and auditability.
4. Legal and Governance Frameworks: Map procurement and innovation initiatives to the correct legal standards from the outset to exploit safe-harbor provisions and risk shields.
5. Automated Testing and Certification: Leverage available tools for schema validation, certification readiness, and continuous compliance monitoring.

Testing and Certification:

• Leverage automated JSON schema validation and integration tests for traffic data / public transport data systems.
• Engage third-party security evaluators for Common Criteria certification (relevant to EN ISO 17574:2026).
• Document process and compliance to streamline audits and external verifications.

Conclusion / Next Steps

September 2026’s standards roll-out is a watershed for the digital transformation of transport, administration, and public sector procurement. Organizations must act now—upgrading data exchange processes, refreshing legal and compliance frameworks, and embracing international best practice in security and public procurement.

Recommendations:

• Audit your existing compliance with these standards and identify required system upgrades.
• Train staff on the implications and integration of each standard into operational workflows.
• Engage with the iTeh Standards platform for the latest updates, authoritative standards access, and guidance materials.
• Proactively monitor the next set of publications (Part 2, forthcoming) for continued alignment and competitive advantage.

For authoritative standards, technical specifications, and implementation guidance, explore iTeh Standards. Stay informed and ensure your organization leads in compliance, interoperability, and innovation.