August 2026 Information Technology Standards: Paving the Way for Healthcare and GIS Advancement

In August 2026, the field of Information Technology and Office Equipment saw the publication of two highly anticipated international standards from ISO. These pivotal documents—ISO 13940:2026 focusing on health informatics for continuity of care, and ISO 19127:2026 establishing robust governance for geodetic registers—represent significant steps forward for professionals managing complex digital systems in both healthcare and geographic information domains. As interoperability, semantic clarity, and accuracy become ever more essential, these new standards set the stage for safer, more reliable, and efficient IT solutions across the globe.

Overview / Introduction

The Information Technology and Office Equipment sector operates at the intersection of innovation, data integrity, and global collaboration. International standards act as the backbone of this digitally-driven industry, providing a shared framework for systems to operate seamlessly while maintaining compliance, quality, and security.

This article covers two influential standards released in August 2026:

• ISO 13940:2026 — Health informatics: System of concepts to support continuity of care
• ISO 19127:2026 — Geographic information: Geodetic register

Professionals across healthcare IT, geospatial data management, compliance, and quality assurance will find actionable insights into both the requirements and practical advantages these standards offer. Read on for detailed coverage, industry impact, technical insights, and a roadmap for next steps in adoption and compliance.

Detailed Standards Coverage

ISO 13940:2026 — System of Concepts to Support Continuity of Care

Health informatics — System of concepts to support continuity of care

ISO 13940:2026 is a foundational standard that defines a robust system of concepts spanning clinical and social care, all with a focus on continuity of care. It aims to ensure that health IT systems can describe care provision in a way that supports seamless interaction and meaningful semantic interoperability, whether at local, national, or international levels.

Scope and Applicability

The standard addresses the definition of concepts needed to model health and care enterprises. It does not instruct organizations on how to perform medical or social care processes, but rather provides the vocabulary and reference models necessary for describing those processes, actors, activities, and records—crucial for building interoperable health IT platforms. Research, welfare, and educational activities are out of scope.

Key Requirements and Specifications

• Defines terms, relationships, and conceptual representations for health states, actors (such as patients, providers, organizations), processes, records, and mandates.
• Supports development of logical reference models that serve as the bedrock of semantic interoperability.
• Details approaches to concept relationships—including diagnoses, episodes of care, care mandates, self-care, and multi-party coordination.
• Promotes harmonized understanding for complex health environments, integrating social care with clinical care.

Who Needs to Comply

• Healthcare organizations (hospitals, clinics, care networks)
• Health IT vendors and EHR/EMR systems suppliers
• Government agencies overseeing health data integration
• Researchers and policy analysts focused on care continuity

Practical Implications and Notable Changes

For implementation, organizations should map their health information structures, terminology, and system workflows to the concepts provided by ISO 13940:2026. This bridges communication and ensures consistency in multi-provider environments, vital for integrated care models and patient handovers.

Key enhancements in this edition include:

• Expanded concept coverage for actors, activities, care periods, planning, responsibility, and health records.
• Comprehensive relationships between clinical, social, and administrative aspects of care.
• Alignments with other major informatics standards for greater compatibility.

Key highlights:

• Provides a standardized vocabulary for care processes and entities.
• Supports the development of interoperable health information systems.
• Facilitates effective continuity of care across different providers and jurisdictions.

Access the full standard:View ISO 13940:2026 on iTeh Standards

ISO 19127:2026 — Geographic Information: Geodetic Register

Geographic information — Geodetic register

ISO 19127:2026 standardizes the structure, governance, and operational management of the ISO Geodetic Register. Geodetic registers are vital databases for referencing geographic coordinates and transformations. This standard ensures that geospatial professionals have a reliable, accessible, and globally consistent system to identify, describe, and manage coordinate reference systems, datums, and spatial data operations.

Scope and Applicability

The standard details how the register is structured, managed, and governed in compliance with the latest editions of ISO 19111 (referencing by coordinates) and ISO 19135 (registration and register governance). It covers:

• Roles and responsibilities in register management (owner, manager, control body, proposer, user)
• Governance and approval processes for adding, modifying, or retiring register items
• Conformance and testing procedures to ensure reliability and transparency
• Data requirements for CRSs, coordinate operations, and metadata

Key Requirements and Specifications

• Rigorous identification: Every coordinate reference system (CRS) and operation is assigned a globally unique identifier, ensuring integrity and traceability.
• Open, accessible data: The register is publicly accessible, supporting both discovery and reuse of reference systems by any stakeholder.
• Consistent governance: Detailed roles and approval workflows ensure transparency, with control bodies and register managers representing expert communities.
• Interoperable data formats: Elements like CRSs, datums, operations, axes, and extents conform to established naming, unit, and structural formats, supporting a wide array of GIS and cartographic systems.
• Content verification and maintenance: Abstract test suites and metadata requirements ensure that only accurate, current, and validated data remain in the register.

Who Needs to Comply

• National mapping and surveying authorities
• GIS software vendors and integrators
• Spatial data infrastructure (SDI) planners
• Urban planners, environmental consultants, engineers

Practical Implications and Notable Changes

Implementing this standard means using the register as the basis for referencing all geodetic parameters in spatial data infrastructures. It ensures global consistency for GIS operations, mapping projects, and any cross-border data applications.

The 2026 revision incorporates:

• Updates to align with the new editions of ISO 19111 and ISO 19135.
• Enhanced governance and proposal/approval processes.
• Expanded support for complex coordinate systems and related metadata.

Key highlights:

• Ensures global, authoritative referencing of coordinates and geodetic operations.
• Establishes transparent governance and community-led content management.
• Facilitates interoperable GIS implementations in government and industry.

Access the full standard:View ISO 19127:2026 on iTeh Standards

Industry Impact & Compliance

Adopting these August 2026 standards ushers in new levels of clarity and interoperability for stakeholders in healthcare IT and geographic data:

• For Healthcare Organizations:

  • Streamlines communication between providers, payers, and regulators using a harmonized set of health informatics concepts.
  • Reduces errors and friction in patient handovers, referrals, and ongoing chronic care management.
  • Supports compliance with local, national, and international data integration requirements.

• For GIS Professionals:

  • Standardizes the use of geodetic reference data, a prerequisite for accurate mapping, spatial analytics, and cross-jurisdictional projects.
  • Enhances data quality assurance, reducing the risk of costly errors arising from inconsistent coordinate systems.

• Compliance Considerations:

  • Both standards expect organizations to align their internal specifications, terminologies, and data exchange workflows with the new frameworks.
  • Phased adoption is recommended, beginning with gap analysis and system mapping, then progressing to technical implementation and staff training.
  • Non-compliance can lead to data silos, system incompatibilities, regulatory penalties, and loss of competitive advantage.

Benefits at a glance:

• Improved semantic and technical interoperability
• Reduced risk in system migrations, upgrades, and integrations
• Trustworthy records for audits, certifications, and international collaboration
• Streamlined procurement with globally recognized specifications

Technical Insights

Common Requirements:

Both standards emphasize precise terminology, globally unique identifiers, and rigorous governance for managing reference data and concepts:

• Systematic Definition and Documentation:

  • Concept systems (ISO 13940) and geodetic registers (ISO 19127) both require comprehensive metadata and version control.
  • Data elements must be constructed, maintained, and referenced according to open standards, promoting uniformity across implementations.

• Interoperability:

  • ISO 13940’s concept system is designed to function as a lingua franca among various health information sources.
  • ISO 19127 ensures that spatial data systems worldwide reference geodetic information in a consistent manner.

Implementation Best Practices:

1. Gap Analysis:
   • Assess existing processes, data models, and regulatory requirements against new standard requirements.
2. Stakeholder Training:
   • Invest in training for IT, clinical, or GIS staff to ensure shared understanding of roles, concepts, and responsibilities.
3. Technical Integration:
   • Align internal data dictionaries, exchange formats, and APIs with the definitions and structures set out in the new standards.
4. Metadata and Records Management:
   • Maintain detailed records of system changes, mappings, and data provenance for audit and certification.
5. Testing and Certification:
   • Conduct compliance testing using abstract test suites and conformance criteria provided in each standard’s annexes.

Certification and Validation:

• Organizations may pursue certification or third-party validation to demonstrate conformity and reassure clients, regulators, or procurement partners.
• Both standards reference abstract test suites and provide criteria to ensure implementations are complete and compliant.

Conclusion / Next Steps

The August 2026 publication of ISO 13940 and ISO 19127 marks a critical evolution in the Information Technology and Office Equipment landscape. For professionals responsible for health informatics, spatial data management, or compliance, early adoption and careful mapping to these standards deliver immediate and long-lasting value—including enhanced interoperability, reduced risk, and global credibility.

Key takeaways:

• These standards are essential references for any organization handling cross-border information or collaborating on cross-organizational digital initiatives.
• Early implementation enables seamless interoperability, reduces transition costs, and ensures regulatory alignment.

Recommended next steps:

1. Acquire and review the full standards.
2. Initiate gap analysis and project planning within your organization.
3. Engage stakeholders from IT, compliance, vendors, and operations in the implementation process.
4. Stay informed on future revisions and best practices through trusted sources like iTeh Standards.

Explore the latest standards and ensure your organization stays ahead of compliance and technological best practices:iTeh Standards Platform