August 2026: New IT Standards Advance Genomics, Cloud Security, APIs, and More

The rapid evolution of Information Technology in August 2026 brings with it a critical set of newly published standards, designed to tackle emerging challenges in genomics, cloud security, digital media, multimodal transportation APIs, and the effective acquisition and supply of IT products and services. This part of our comprehensive six-part series from iTeh Standards explores five influential international standards, each carrying significant implications for industry professionals, quality managers, compliance officers, engineers, and IT procurement specialists.

These latest specifications not only enhance interoperability and data integrity but also address pressing needs such as cloud service security, sustainable green computing, and transparent information supply chains. For organizations aiming to maintain a competitive edge and regulatory alignment, understanding these standards is vital.

Overview / Introduction

In the expansive landscape of Information Technology and Office Equipment, international standards serve as the backbone of operational integrity, interoperability, and commercial success. From safeguarding sensitive data in cloud environments to ensuring accurate gene expression analytics and optimizing user information delivery, these standards help streamline processes, reduce risk, and build consumer trust.

This August 2026 update is particularly noteworthy, encompassing:

• Molecular and medical genomics analytics
• Multimodal digital travel transactions APIs
• Cloud computing security controls
• Sustainability-focused media metadata
• Procurement and delivery of IT products/services

Professionals reading this article will gain insight into key requirements, compliance best practices, and sector-specific impacts of these newly released standards.

Detailed Standards Coverage

ISO/TS 24932:2026 - Genomics Informatics for hPSC-Derived Organoid Similarity Calculation

Genomics informatics — Procedures for gene expression panel-based similarity calculation for human pluripotent stem cell-derived organoids

This technical specification introduces procedures for calculating gene expression similarity between human pluripotent stem cell (hPSC)-derived organoids and established gene expression profiles in normal tissues. Bridging the gap between qualitative and quantitative assessments, ISO/TS 24932:2026 sets forth a reproducible, algorithmic method to ensure that organoids accurately reflect their target tissues at a molecular level.

Key requirements include:

• Use of publicly available RNA-seq gene expression databases, including version tracking
• Creation and application of organ-specific gene expression panels using advanced statistical methods and quality thresholds
• Filtering of non-representative tissues (e.g., sex-specific tissues, blood cells) to avoid false positives
• Standardized data normalization (e.g., FPKM, RPKM, TPM) and stringent statistical validation (t-tests, quantile thresholds, confidence intervals)
• Not recommended for direct medical decision-making to avoid misinterpretation

Intended for: Research labs, biotech companies, clinical genomics researchers, and quality managers in regenerative medicine.

Practical implications:

• Enhances reproducibility in stem cell-based research
• Supports algorithmic quality control in organoid production
• Enables reliable benchmarking across institutions

Key highlights:

• Quantitative transcriptome-based algorithms for similarity assessment
• Explicit criteria for gene selection and data processing
• Lays foundation for web-based analytical systems for researchers

Access the full standard:View ISO/TS 24932:2026 on iTeh Standards

CEN/TR 18362:2026 - Multimodal Travel Purchase APIs Based on Transmodel

Guidelines for building multimodal travel purchase APIs based on Transmodel

CEN/TR 18362:2026 offers detailed guidelines for creating interoperable APIs to enable purchasing journeys that combine multiple modes of travel. Built upon the Transmodel (EN 12896) reference architecture, this technical report clarifies the data flow and use case requirements for facilitating seamless API-based travel purchases.

The scope covers:

• Provision and consultation of fares catalogues
• Managing formal offers, reservation, and evidence of purchase
• Handling after-sale actions (basic post-purchase modifications)
• Application of persistent traveler identity for transaction continuity
• Integration of learnings from APIs such as OSDM, TOMP-API, BoB, Entur API, and others

Excluded: Ticket issuance, access validation, payment/banking integration, travel planning functionality.

Intended for: Public transport authorities, MaaS (Mobility as a Service) providers, digital ticketing integrators, and software engineers designing API ecosystems for multimodal transportation.

Practical implications:

• Provides a model for cross-European travel purchase compatibility
• Informs ongoing revisions of key standards (Transmodel Parts 5 & 6, NeTEx Part 3)
• Paves the way for future expansion with European MDMS compliance

Key highlights:

• Comprehensive mapping of traveler purchase and reservation flows
• Recommendations for use of Transmodel-based data structures
• Comparative analysis with leading travel booking APIs

Access the full standard:View CEN/TR 18362:2026 on iTeh Standards

EN ISO/IEC 27017:2026 - Cloud Services Security Controls

Information security, cybersecurity and privacy protection - Information security controls based on ISO/IEC 27002 for cloud services (ISO/IEC 27017:2026)

With the proliferation of cloud-based systems, EN ISO/IEC 27017:2026 delivers actionable guidance and controls tailored for both cloud service providers (CSPs) and customers (CSCs). This standard builds upon ISO/IEC 27002:2022 but adds critical, cloud-specific safeguards required for secure, regulatory-compliant cloud operations.

Scope and requirements:

• Organizational and technical controls for cloud security
• Guidance for both public and private cloud deployment models, with notes on adjustments for internal clouds
• Structured coverage of supply chain security, incident management, and regulatory compliance
• Additional controls on asset classification, access management, supplier agreements, and data privacy

Intended for: Cloud service providers, IT security managers, digital transformation leaders, auditors, and compliance officials.

Practical implications:

• Streamlines risk assessment and supplier relationship transparency
• Facilitates alignment with GDPR and other major data protection regimes
• Prepares organizations for certification and third-party security reviews

Key highlights:

• Tailored controls supporting ISO/IEC 27002 adaptation to cloud
• Detailed cloud-specific risk mitigation strategies
• Applicability across all major cloud deployment scenarios

Access the full standard:View EN ISO/IEC 27017:2026 on iTeh Standards

ISO/IEC 23001-19:2026 - MPEG Systems: Carriage of Green Metadata

Information technology — MPEG systems technologies — Part 19: Carriage of green metadata

ISO/IEC 23001-19:2026 defines how to store and deliver green metadata—information crucial for optimizing the energy efficiency of audio-visual media consumption. By establishing new timed metadata structures, the standard enables adaptive systems to minimize power draw during video processing and presentation.

Key components:

• Storage of decoder-power and display-power reduction metadata
• Carriage and signaling mechanisms within ISO Base Media File Format
• Specification for dynamic adaptive streaming (DASH) delivery, including manifest descriptors
• Normative structure for associating metadata to specific media tracks and segments to drive lower power usage

Intended for: Streaming service providers, device manufacturers, sustainable IT coordinators, and media system architects.

Practical implications:

• Promotes energy-efficient media playback on end-user devices
• Supports compliance with emerging sustainability mandates
• Facilitates innovation in adaptive streaming and device power management

Key highlights:

• Robust framework for integrating green metadata into MPEG files and streams
• DASH-compliant signaling for real-time adaptation
• Applicable to both offline storage and online streaming environments

Access the full standard:View ISO/IEC 23001-19:2026 on iTeh Standards

ISO/IEC/IEEE 26512:2026 - Requirements for Acquirers and Suppliers of Information Products and Services

Systems and software engineering — Requirements for acquirers and suppliers of information products and services

ISO/IEC/IEEE 26512:2026 provides a comprehensive framework for managing the acquisition and supply of IT-related information products and services across the systems and software lifecycle. Updated from prior versions, this third edition bridges agreement processes, from initial requirements through to proposal, negotiation, and delivery of user information solutions.

Essential aspects:

• Processes for acquisition and supply in line with system/software lifecycle agreement processes
• Requirements for proposals, statements of work, and deliverables
• Emphasis on usability, localization, legal, safety, security, and information quality management
• Guidance for a range of information forms, including user guides, maintenance documentation, multimedia, VR/AR, and collaboratively generated content

Intended for: IT procurement specialists, contract managers, technical writers, training and maintenance teams, and solution integrators.

Practical implications:

• Ensures clear communication between acquirers and suppliers of user-facing IT information
• Streamlines tendering, proposal evaluation, and contract management
• Improves clarity and quality of delivered documentation and supporting services

Key highlights:

• Comprehensive lifecycle coverage for information products and services
• Includes requirements for RFP, proposal, SOW, and quality management
• Supports tools, methodologies, and human-centric deliverable planning

Access the full standard:View ISO/IEC/IEEE 26512:2026 on iTeh Standards

Industry Impact & Compliance

The publication of these five new Information Technology standards in August 2026 signals substantive changes and opportunities for technology-driven organizations. Their adoption will:

• Encourage interoperability and compatibility across markets
• Enhance quality assurance and transparency in supply chains
• Improve cybersecurity and data protection for cloud-based services
• Foster sustainable and resource-efficient digital media solutions
• Bolster precision and reproducibility in cutting-edge research

Compliance considerations include:

• Reviewing internal processes against new technical requirements
• Updating procurement and supplier evaluation criteria
• Training staff on novel methodologies and control frameworks
• Aligning documentation and operational practices to conformance specifications
• Early adoption may offer differentiation and risk mitigation benefits, while delayed compliance could expose organizations to regulatory or operational risks.

Technical Insights

While these standards address diverse information technology areas, several technical requirements are shared:

• Data integrity and traceability: For both genomics analytics and cloud service security, tracking data version, history, and source is required.
• Quality assurance: Rigorous data quality and process validation underpins genomics, multimedia systems, and information supply chain standards.
• Algorithmic transparency: The use of clearly defined, statistically validated calculations or API flows is a recurrent mandate (e.g., organoid similarity, travel purchase flows).
• Security and access control: Identity, authentication, and asset protection are recurrent in cloud security and procurement documentation.

Implementation best practices:

1. Engage cross-functional teams (IT, research, quality, procurement) early in the review and implementation process
2. Leverage standard-provided checklists and annexes to review compliance gaps
3. Adopt iterative approaches for software, APIs, and service upgrades in line with new requirements
4. Establish internal documentation and training aligned with updated standards

Testing and certification:

• Verification of technical conformance can be achieved through in-house audits, third-party assessments, or by using certified IT solutions and partners compliant with these standards.
• Regular review cycles ensure ongoing compliance and readiness for future revisions or sector-specific regulatory changes.

Conclusion / Next Steps

August 2026 stands out as a pivotal month for Information Technology standards, bringing transformative changes across genomics research, digital media distribution, cloud services, multimodal travel APIs, and the lifecycle management of IT information products.

Key takeaways:

• Each new standard addresses unique sectoral needs, from data security and sustainability to procurement best practices and algorithmic validation.
• Active adoption and alignment with these updates will enhance operational integrity, drive innovation, and reduce risk.

Recommendations:

• Conduct a gap analysis against current operations and these new standards
• Prioritize the rollout and staff training for affected departments
• Stay updated with future technical amendments and leverage authoritative resources like iTeh Standards

To access in-depth specifications or proceed with implementation, explore the individual standards linked above or visit iTeh Standards for additional resources and expert guidance.