February 2026: New Standards Advance Quality, Management, and Transport Services

In February 2026, service management, organizational quality, administration, transport, and social infrastructure professionals witnessed the publication of five pivotal international standards. These newly released documents advance key areas such as project management, process capability, intelligent transport solutions, ICT accessibility in procurement, and aerospace testing workforce qualification. The standards offer essential guidance for quality managers, procurement leaders, engineers, and compliance officers—ensuring organizations remain innovative, resilient, and fully compliant in a rapidly evolving landscape.

Overview

The "Services, Company Organization, Management and Quality, Administration, Transport, and Sociology" sector encompasses a broad spectrum of operational and strategic disciplines fundamental to efficient organizational performance and sustainable growth. International standards in this arena define robust frameworks and best practices for process optimization, risk mitigation, regulatory compliance, and human resource development—benefiting both public and private sector enterprises.

By adopting these new standards, professionals not only align with international best practices but also demonstrate commitment to continuous improvement and stakeholder engagement. This article explores each new standard, outlining its scope, critical requirements, who must comply, and actionable insights for successful implementation.

Detailed Standards Coverage

ISO 21508:2026 - Earned Value Management in Project, Programme, and Portfolio Management

Project, programme and portfolio management — Earned value management

ISO 21508:2026 delivers comprehensive guidance on the principles and practices of Earned Value Management (EVM) across project, programme, and portfolio contexts. It is applicable to all organizations, regardless of sector or size, managing initiatives ranging from small projects to large, complex portfolios.

The standard details the integration of EVM into overall management systems, describing its purpose, benefits, and key process steps. Coverage includes scope decomposition, assignment of responsibility, work scheduling, time-phased budgeting, objective performance measurement, baseline management, and data analysis. While it clarifies the core elements necessary for a robust EVM system, it does not mandate the use of specific tools or methods, giving organizations flexibility in implementation.

Industries adopting ISO 21508 benefit from enhanced project visibility, improved forecasting, and timely corrective action. Notable updates from prior editions focus on greater integration with risk, resource, and agile management approaches, as well as updated system review protocols and expanded performance measurement criteria.

Key highlights:

• Detailed EVM process steps and baseline management requirements
• Guidance for integrating EVM with risk, resource, and agile project management
• Applicable for all organizations managing projects, programmes, or portfolios

Access the full standard:View ISO 21508:2026 on iTeh Standards

ISO 22514-2:2026 - Process Capability and Performance for Time-Dependent Processes

Statistical methods in process management — Capability and performance — Part 2: Process capability and performance of time-dependent process models

This newly revised standard offers a structured procedure for determining the statistical capability and performance of processes—even when those processes are not in statistical control. ISO 22514-2:2026 is instrumental for organizations in all industrial and economic sectors that need to track process variability, ensure product quality, and drive process improvements. It applies strictly to continuous quality characteristics and encompasses both large-volume and small series production.

Key provisions include classification of process output into eight distribution types, advanced methodologies for both stable and unstable processes, and specific requirements for model selection, capability index calculation, and confidence interval reporting. The 2026 edition introduces three new process models, more granular stability criteria, updated calculation tables, and recommendations for identifying underlying process distributions.

Organizations using ISO 22514-2 are empowered to make informed data-driven decisions, even in dynamic or fluctuating production environments.

Key highlights:

• Procedures for capability/performance analysis of non-stationary processes
• Classification into eight distinct time-dependent models
• Enhanced requirements for statistical analysis and reporting

Access the full standard:View ISO 22514-2:2026 on iTeh Standards

ISO 6029-2:2026 - Data Fusion for Seamless Positioning in Intelligent Transport Systems

Intelligent transport systems — Seamless positioning for multimodal transportation in ITS stations — Part 2: Nomadic and mobile device dataset for positioning data fusion

ISO 6029-2:2026 establishes state-of-the-art technical requirements for fusing sensor data to deliver seamless indoor/outdoor positioning for mobile users within intelligent transport systems (ITS) stations. The standard targets developers and operators of multimodal transport platforms, vehicle telematics providers, municipal infrastructure agencies, and innovation leaders in urban mobility.

The standard delineates three core interaction domains—nomadic devices (like smartphones), vehicle systems, and roadside infrastructure—and prescribes standardized communication protocols, message formats, and use cases for data exchange. Guidelines detail sensor selection, data handling, integration strategies, security, signal strength management, and quality of service metrics. Practical implementation advice includes sensor calibration, error handling, and privacy.

As multimodal transport grows, adopting ISO 6029-2:2026 enables reliable navigation, enhances customer experience, and supports smart city initiatives.

Key highlights:

• Detailed requirements for fusing data across nomadic devices, vehicles, and infrastructure
• Standardized protocols for accurate, seamless positioning
• Best practices for implementation, security, and data privacy

Access the full standard:View ISO 6029-2:2026 on iTeh Standards

CEN/CLC/ETSI/TR 101551:2026 - Public Procurement of Accessible ICT Products and Services

Guidelines for public procurement of ICT products and services in the European Union: accessibility award criteria and conformity assessment

With the increasing emphasis on digital inclusion, CEN/CLC/ETSI/TR 101551:2026 delivers authoritative guidance for contracting authorities and procurement professionals engaged in public tenders for ICT products and services. Aligned with the European Accessibility Act (2019/882) and the Web Accessibility Directive (2016/2102), the Technical Report provides a comprehensive framework for integrating accessibility clauses into procurement—covering everything from technical specifications and award criteria through to conformity assessment and ongoing contract management.

This revision merges and updates previous guidance, clarifies accessibility expectations under EU law, and offers actionable tools and practical examples for both procurers and bidders. The guidance supports compliance across the full procurement lifecycle and helps bridge the gap between legal requirements and market-readiness for accessible ICT products.

Key highlights:

• Integration of accessibility requirements into all stages of ICT procurement
• Practical methods for verifying conformance with EU legislation
• Tools, case studies, and templates for procurement professionals

Access the full standard:View CEN/CLC/ETSI/TR 101551:2026 on iTeh Standards

EN 4179:2026 - Qualification and Approval of Aerospace Nondestructive Testing Personnel

Aerospace series - Qualification and approval of personnel for nondestructive testing

EN 4179:2026 lays down unified and rigorous processes for the qualification and certification of personnel performing nondestructive testing (NDT) in aerospace manufacturing, maintenance, and overhaul. The standard is a benchmark for aviation companies, MRO providers, and prime contractors who must ensure that individuals performing NDT activities meet stringent competency and certification requirements.

The document covers NDT methods such as eddy current, penetrant, magnetic particle, radiographic, shearography, thermographic, and ultrasonic testing. It outlines stepwise requirements for training, examination, experience, certification levels, vision checks, and annual recertification—incorporating mechanisms for outside agency authorization and detailing the role of National Aerospace NDT Boards (NANDTB).

Key updates in the 2026 edition include revised education and vision requirement tables, enhanced examiner prerequisites, new processes for recertification and audit, and harmonization with NAS410.

Key highlights:

• Minimum qualification and certification standards for NDT personnel
• Clearly defined certification and recertification pathways
• Alignment with European and international best practices (NAS410)

Access the full standard:View EN 4179:2026 on iTeh Standards

Industry Impact & Compliance

The February 2026 standards deliver significant value across the service management, quality, administration, and transport landscape. Early adoption and compliance provide organizations with:

• Legal assurance and risk mitigation, especially in public procurement and regulated sectors
• Competitive advantage through alignment with the latest international best practices
• Improved quality management, project delivery, and customer satisfaction
• Increased transparency for project performance, procurement, and HR development

Organizations are encouraged to review the revised requirements, plan for gap assessments, and define implementation roadmaps. Timelines for mandatory compliance may vary by local regulations, but early engagement facilitates smoother transitions, reduced compliance costs, and better outcomes.

Areas of non-compliance—especially in aerospace personnel qualification, accessibility in ICT procurement, and public sector project management—carry tangible business, legal, and operational risks, including project delays, audit findings, and exclusion from tendering processes.

Technical Insights

Across these five standards, several technical and operational themes stand out:

• Integration of management systems: Standards are increasingly cross-referencing agile, risk, and resource management, supporting holistic business practices.
• Emphasis on data-driven decisions: Robust statistical methods, such as those in ISO 22514-2, underpin objective process improvement.
• Digital transformation and mobility: With ISO 6029-2, seamless data fusion and positioning become central for smart mobility and urban transport.
• Workforce competency and certification: Comprehensive approaches like EN 4179 ensure consistent qualification, safety, and reliability in critical industries.
• Accessibility and inclusion: Procurement guidelines reflect a growing commitment to digital inclusion, impacting all ICT acquisitions in the EU.

Implementation best practices:

• Involve cross-functional teams (quality, IT, procurement, operations)
• Conduct detailed gap analyses versus new requirements
• Provide stakeholder training and awareness programs
• Establish internal controls and periodic compliance audits
• Engage third-party certification bodies when appropriate

Testing and certification considerations include robust record-keeping, standardized examination protocols (EN 4179), verification of statistical process control assumptions (ISO 22514-2), and cyber-security of sensor networks (ISO 6029-2).

Conclusion and Next Steps

The February 2026 standards release for service management, organizational quality, administration, transport, and social domains represents a leap forward in operational excellence, quality assurance, accessible design, and workforce competence. Critical to legal compliance and continuous improvement, these standards equip organizations to navigate change, enhance performance, and maximize value for stakeholders.

Recommendations:

1. Review the detailed requirements and applicability of each standard for your operations.
2. Prioritize early implementation to benefit from improved processes, competitiveness, and compliance.
3. Leverage the iTeh Standards platform to access full standards, expert guidance, and ongoing updates.

Stay ahead: Explore all February 2026 standards on service management, quality, and transport at iTeh Standards.