June 2026: Key Advances in Information Technology Standards

June 2026 marks a significant period for the Information Technology sector, as five pivotal international standards have been newly published. These standards introduce fresh advancements—from immersive media compression, inclusive user interface design, and AI-based image coding to robust resilience frameworks and road safety best practices for digital platforms. Regardless of your role—engineer, compliance officer, quality manager, or technology strategist—understanding these updates is essential for ensuring your organization's ongoing competitiveness and compliance in today’s rapidly evolving digital landscape.

Overview

The Information Technology and Office Equipment sector is both dynamic and foundational across all industries, with standards serving as the backbone for interoperability, quality assurance, user safety, and innovation. Adhering to international specifications elevates product quality, ensures regulatory compliance, and fosters global market access.

In this detailed review, you’ll gain insights into the scope and critical requirements of five new or revised standards released in June 2026. We will analyze:

• How these standards set new benchmarks for immersive media, UI accessibility, AI-powered coding, systems engineering, and digital platform safety
• Their impact on technology procurement, product development, risk management, and compliance
• Actionable guidance on successful adoption and integration

Detailed Standards Coverage

ISO/IEC 23090-5:2026 – Immersive Media Coding: V3C & V-PCC

Information technology — Coded representation of immersive media — Part 5: Visual volumetric video-based coding (V3C) and video-based point cloud compression (V-PCC)

This standard defines the syntax, semantics, and decoding processes for visual volumetric content—crucial for next-generation virtual reality (VR), augmented reality (AR), and 3D telepresence. It covers video-based coding methods for volumetric media, with a focus on efficiency and adaptability. The specification details:

• Bitstream and syntax structures for V3C and V-PCC
• Decoding operations for volumetric visual data
• Post-decoding, reconstruction, and adaptation processes

Key requirements and implications:

• Target audience: Developers and manufacturers of VR/AR systems, multimedia platforms, and point cloud handling solutions.
• Scope: Establishes interoperability and performance requirements for immersive media coding and playback.
• Notable updates: Enhanced support for varied visual media types, improved adaptability, and extensive profiles for extensibility (including MIV and V-DMC).

Organizations adopting this standard will benefit from greater efficiency in handling large volumetric datasets, higher fidelity in immersive experiences, and seamless cross-platform content delivery.

Key highlights:

• Defines standard bitstream formats and syntax for volumetric and point cloud video
• Outlines interoperable decoding and reconstruction operations
• Enables adaptation for varying device capabilities and network conditions

Access the full standard:View ISO/IEC 23090-5:2026 on iTeh Standards

ISO/IEC 29138-4:2026 – User Interface Accessibility: Applying User Accessibility Needs

Information technology — User interface accessibility — Part 4: Applying user accessibility needs

Accessibility remains at the forefront of digital inclusion. This standard offers comprehensive guidance on how to apply and document “user accessibility needs” (UANs) in the procurement, development, and evaluation stages of ICT products and services. By contextualizing UANs, organizations can better cater to diverse user groups—including individuals with disabilities.

Key requirements and implications:

• Target audience: UX/UI designers, software developers, ICT procurement teams, and accessibility compliance professionals.
• Scope: Framework for documenting, transforming, and verifying UANs across the ICT product lifecycle.
• Notable updates: Clarifies integration of UANs through development, maintenance, and procurement; connects accessibility requirements with real-world use contexts.

Implementing this standard reduces the risk of accessibility gaps, promotes innovative inclusive design, and ensures regulatory alignment in markets where accessibility mandates are intensifying.

Key highlights:

• Guidance on transforming general UANs into actionable requirements
• Emphasis on context-driven adaptation of accessibility features
• Methods for ongoing evaluation and documentation of accessibility compliance

Access the full standard:View ISO/IEC 29138-4:2026 on iTeh Standards

ISO/IEC 6048-2:2026 – JPEG AI Learning-Based Image Coding System: Profiling

Information technology — JPEG AI learning-based image coding system — Part 2: Profiling

This standard builds on the core JPEG AI specification by detailing advanced profiling mechanisms for learning-based image coding systems. It defines both stream profiles (supported coding tool subsets) and decoder profiles (which tools a decoder must support), along with upper bounds for tile and image sizes. The specification enables tailored implementations for a range of complexity levels and application domains—from mobile devices to cloud-based imaging solutions.

Key requirements and implications:

• Target audience: Manufacturers of image compression tools, AI developers, streaming service providers, and digital archivists.
• Scope: Conformance points for encoder and decoder implementations; levels for scaling image resolution and complexity.
• Notable updates: Three decoder profiles (Simple, Base, High) for various quality/complexity trade-offs; detailed syntax for specifying profiles and bounds.

Organizations adopting this standard gain access to next-generation image coding efficiencies, AI-powered quality improvement, and flexibility for diverse use cases.

Key highlights:

• Clear specification of stream and decoder profiles for JPEG AI
• Levels framework for bounding image and tile sizes
• Enables scalable, efficient deployment of AI-powered image coding

Access the full standard:View ISO/IEC 6048-2:2026 on iTeh Standards

ISO/IEC 9837:2026 – Systems and Software Engineering: Systems Resilience Concepts

Systems and software engineering — Systems resilience concepts

Modern systems must operate reliably amid complex and adverse conditions. This foundational standard defines the core concepts, objectives, and techniques for achieving resilience in both physical and conceptual human-created systems. It covers:

• Resilience fundamentals such as avoidance, withstanding, and recovery
• Means objectives like anticipation, agility, robustness, and service continuity
• Detailed resilience techniques, including fault tolerance, graceful degradation, anomaly detection, and situational awareness

Key requirements and implications:

• Target audience: Systems architects, risk managers, DevOps engineers, and business continuity specialists.
• Scope: Conceptual, non-prescriptive—serves as the basis for further resilience incorporation in systems engineering life cycles.
• Notable updates: Introduces a multi-layered framework connecting resilience objectives to concrete techniques and operational practices.

Adhering to this standard enables organizations to proactively manage operational risks, enhance uptime, and maintain acceptable service levels under stress or attack.

Key highlights:

• Comprehensive definitions and relationships among resilience objectives
• Framework for integrating resilience into systems engineering
• Catalog of resilience techniques for practical implementation

Access the full standard:View ISO/IEC 9837:2026 on iTeh Standards

ISO 39004:2026 – Road Traffic Safety: Good Practice for Service Providers Using Digital Platform

Road traffic safety — Good practice for service providers using digital platform

With the proliferation of digital labor platforms, safety management for drivers and road users has become paramount. This standard offers best practice guidelines for service providers—such as e-hailing and p-hailing operators—to establish work-related road traffic safety (RTS) management systems. It covers:

• Comprehensive risk management for drivers, vehicles, routes, and customer interaction
• Policy frameworks for fostering safety-first cultures and engagement with key stakeholders
• Adoption of PDCA (Plan-Do-Check-Act) approaches for continual improvement

Key requirements and implications:

• Target audience: Managers of digital service platforms, transport safety officers, compliance managers, and operational planners.
• Scope: Practical guidance (non-certifiable) for all digital platform service providers, scalable to various business sizes and models.
• Notable updates: Emphasis on proactive risk management, incident investigation, technology assessment, and policy-driven cultural transformation.

Following these recommendations not only enhances driver and public safety, but also supports regulatory compliance and reputation management in the digital economy.

Key highlights:

• Best practices for driver and vehicle management, safety campaigns, and emergency preparedness
• Systematic frameworks for performance evaluation and improvement
• Guidelines for engaging with stakeholders and sustainability initiatives

Access the full standard:View ISO 39004:2026 on iTeh Standards

Industry Impact & Compliance Considerations

The publication of these five standards has immediate and far-reaching implications for businesses and technology organizations:

• Business alignment: Early adoption gives companies a competitive edge in global markets and builds trust with clients demanding compliance and transparency.
• Regulatory readiness: With increasing global regulation in areas such as accessibility and road safety, compliance with these standards will help future-proof operations and prevent legal liabilities.
• Enhanced quality and resilience: Implementing robust frameworks for image handling, accessibility, immersive content, resilience, and safety improves overall product and service quality.
• Timeline: Standards are immediately available for implementation, but integrating requirements may require cross-functional planning between IT, R&D, and compliance teams.
• Risks of non-compliance: Companies exposing themselves to outdated methods risk exclusion from government and enterprise procurement, potential litigation, and reputational harm.

Technical Insights

While each standard addresses different technical domains, some cross-cutting practices and requirements are evident:

• Interoperability: All these standards stress the need for systems and products to work seamlessly across platforms and devices, whether for image decoding, data exchange, or accessibility.
• Documentation and traceability: The importance of clear documentation—from accessibility needs to road safety policies—recurs throughout, ensuring transparency and verifiability.
• Profile and conformance management: Notably in JPEG AI (ISO/IEC 6048-2:2026), standardized profiles and levels enable diverse deployments while maintaining core compatibility—a model with broader applicability.
• Risk and resilience engineering: ISO/IEC 9837:2026 sets the groundwork for embedding resilience concepts in all system life cycle stages, applicable to both IT and operational domains.
• Testing and certification: Organizations should implement robust testing frameworks to validate compliance with new coding profiles, accessibility requirements, or resilience techniques, and evaluate readiness through audits or self-assessments.

Implementation Best Practices

For organizations looking to align with these June 2026 standards, recommended steps include:

1. Gap Analysis: Review current processes, products, and documentation against new requirements.
2. Cross-functional Collaboration: Engage stakeholders from compliance, engineering, UX, procurement, and risk management.
3. Staff Training: Introduce targeted training in new coding techniques, accessibility guidelines, and safety procedures.
4. Update Policies and Product Development Workflows: Integrate new requirements early in the product lifecycle.
5. Monitor Technology and Regulatory Trends: Especially in AI image processing, immersive media, and digital services.
6. Audit and Certification (where applicable): Seek third-party reviews or use internal audits to track ongoing compliance.

Conclusion & Next Steps

The June 2026 updates for Information Technology and Office Equipment standards present both challenges and opportunities for today’s technology-driven enterprises. Early engagement allows organizations to:

• Deliver more robust, interoperable, and inclusive products
• Mitigate operational, regulatory, and reputational risk
• Position themselves for leadership in a fast-evolving digital ecosystem

Recommendations:

• Review each standard for applicability to your domain
• Start gap analysis and planning for integration
• Explore full texts and additional guidance on iTeh Standards

Stay informed—watch for Parts 2–4 of this June 2026 Information Technology standards coverage. For a future-ready organization, proactive alignment with these new international standards is key.