Understanding ISO 16175 – Principles and Requirements for Digital Records Management

What is ISO 16175? — Overview of the Standard

ISO 16175 provides an international framework for managing electronic records. It outlines the principles and functional requirements for software used to create, manage, and preserve digital information in office environments.

The scope of ISO 16175 is comprehensive, covering both born-digital documents and digitized analog records. Its requirements align with the foundational records management principles from ISO 15489-1. While ISO 15489 explains the ‘what’ and ‘why,’ ISO 16175 specifies the ‘how’ for the software that performs these tasks, ensuring a consistent, principled approach.

Adopting this standard offers significant practical benefits. Organizations use ISO 16175 to:

• Assess the compliance of their current software.

• Guide the design of new systems.

• Ensure interoperability between different platforms.

For instance, the Australian Government endorses its use to facilitate efficient information exchange across agencies. Following these guidelines helps build a digital records system capable of maintaining the authenticity, integrity, and long-term accessibility of an organization’s most vital information.

ISO 16175–1:2020 — Functional Requirements for Software

ISO 16175 is structured into two distinct parts, with ISO 16175-1:2020 focusing specifically on the software itself. This part of the standard defines the high-level functional requirements a system must meet to effectively manage digital records. You can think of it as a technical blueprint or a checklist of core capabilities for any application tasked with handling official information, from creation to disposal.

The guidance isn’t limited to dedicated Electronic Document and Records Management Systems (DRMs). A key strength of ISO 16175-1 is its applicability to any software that handles records management functions, even if it’s part of a larger business application like a finance or HR system. This broad applicability ensures records are managed consistently across an organization’s entire digital environment.

These functional requirements establish a framework to ensure software can capture, maintain, and provide access to digital records—including digitized physical documents—while preserving their integrity and context. Adherence to Part 1 guarantees that a system can support long-term preservation, secure access controls, and reliable retrieval, which are essential for compliant records management.

Key Functionalities of Records Management Applications

To comply with ISO 16175, a records management application must support several key functionalities across a record’s lifecycle:

• Create and Capture: The system must create and capture records along with essential metadata to provide context and prove authenticity.

• Protect Integrity: It must safeguard records through features like immutable storage (preventing unauthorized changes) and detailed audit trails logging every interaction.

• Manage Retention and Disposition: The software must enforce predefined rules for how long information is kept and ensure its secure destruction when appropriate.

• Enable Secure Access: It must provide secure access and retrieval, using administrative tools to manage classification schemes and user permissions.

ISO 16175–2:2020 — Guidance for Software Selection

While Part 1 outlines functional requirements, ISO 16175-2:2020 provides the practical guidance for selecting, designing, implementing, and maintaining digital records software. It helps organizations move beyond a simple feature checklist to a strategic evaluation of software capabilities, ensuring alignment with specific legal and business requirements.

The guidance emphasizes several critical considerations when procuring or developing a records’ management system:

• Interoperability: The software must integrate effectively with other business systems.

• Compliance: It must adhere to established record keeping principles.

• Flexibility: The system needs to manage both born-digital and digitized analog records.

By following this guidance, organizations can assess whether a potential software solution will deliver secure, auditable, and efficient records management.

ISO 16175-2 connects the theoretical principles of records management with their successful, real-world implementation. It complements the functional requirements of Part 1 by focusing on the practicalities of software selection and system integration. This dual focus ensures the final system is not only compliant but also aligned with the organization’s unique operational needs.

Interoperability and Open Formats

In the context of ISO 16175, interoperability refers to the ability of different records management systems to work together effectively across various platforms and over extended periods. This capability is essential for enabling the discovery, access, and sharing of digital records without compromising their integrity or context. Interoperability ensures that a record created in one system can be understood and managed by another, today and decades from now.

The key to this long-term accessibility is the use of open formats. Proprietary file formats can lead to vendor lock-in, trapping data within a specific software ecosystem and risking inaccessibility if that software becomes obsolete. In contrast, open formats use standardized specifications that facilitate data exchange, ensuring records remain usable regardless of future software changes—a fundamental requirement for long-term preservation.

ISO 16175-2:2020 highlights interoperability as a decisive factor when selecting records management software. The standard guides organizations to prioritize systems that support open formats to ensure efficient integration and maintain compliance across all business applications. This strategic choice prevents future data silos and ensures the organization’s information assets remain viable and trustworthy over time.

Implementing ISO 16175 — Best Practices

Successfully implementing ISO 16175 is more than a technical task; it’s a strategic initiative requiring a well-defined plan to align technology with organizational records management principles. The goal is a compliant, efficient, and future-proof system for managing digital information. Adopting best practices is the key to a smooth transition toward this reliable and trustworthy system.

Effective implementation depends on collaboration. The process should bring together records management professionals and IT experts from the outset. Records managers provide critical insight into compliance requirements, retention schedules, and business context, while IT specialists handle the technical configuration, security, and system integration. This partnership ensures the chosen system is configured to securely capture, maintain, and provide access to digital records, all backed by complete and unalterable audit trails.

Throughout the implementation, a strong emphasis on compliance, auditability, and open formats is essential. These elements maintain record integrity and guarantee long-term accessibility. Prioritizing systems built on these principles not only facilitates a smoother transition from legacy platforms but also safeguards digital assets against future technological obsolescence.

Assessing Existing and Legacy Systems

The first step before any migration or upgrade is a thorough assessment of existing and legacy systems to identify gaps between current capabilities and the principles of ISO 16175. This audit must verify whether your systems support core user functions—discovering, accessing, creating, capturing, collaborating on, and sharing information—as mandated by requirements R1.1.1 through R1.1.4 in ISO 16175-1:2020.

Interoperability must be a major focus of this assessment. To ensure consistent record capture across the organization, records management software needs to communicate effectively with other business applications. This capability is a core mandate, detailed in requirements R4.1.1, R4.1.2, and R4.1.3 of ISO 16175-1:2020.

Interoperability extends beyond technical protocols. Related standards like ISO 22320 highlight the importance of human factors, including:

• Common terminology

• Operating protocols

• Competency levels

When assessing your systems, evaluate how well they support these human elements to enable effective collaboration. The final stage is to develop a strategic technology roadmap—whether improving in-house solutions or adopting new ones—that directly addresses the identified functional gaps and interoperability challenges.