Archiving A User Or Application

Expanded Definition

Archiving a user or application is a lifecycle control that moves an identity out of the active operational set while preserving enough historical record for audit, incident response, and governance. It is not the same as deletion, suspension, or credential revocation, although those actions may accompany archiving. In NHI operations, archiving is often applied to service accounts, API consumers, bots, integrations, and application records that no longer participate in production workflows.

Definitions vary across vendors because some tools treat archiving as a status change, while others treat it as a retention policy tied to disablement, ownership transfer, or data minimisation. The practical goal is to reduce noise in access reviews, rotation queues, and entitlement reporting without erasing evidence needed to explain past access. That distinction matters because identity data often supports investigations long after the identity itself is inactive. NIST Cybersecurity Framework 2.0 frames this kind of control as part of maintaining accurate asset and identity state across the organisation, rather than letting stale records accumulate unchecked. The most common misapplication is treating archived records as fully inactive when their credentials, keys, or integrations are still capable of authenticating.

Examples and Use Cases

Implementing archiving rigorously often introduces a governance tradeoff: teams gain cleaner reporting and better accountability, but they must preserve enough context to avoid breaking audits, troubleshooting, or forensic reconstruction.

• A retired CI/CD integration is archived after the deployment pipeline is replaced, while its historical ownership and last-use timestamps remain available for audit.
• An unused service account is moved out of the active inventory after Ultimate Guide to NHIs style lifecycle review, but its prior permissions are retained for post-incident analysis.
• An application that no longer processes customer traffic is archived so it stops appearing in access recertification workflows, reducing review fatigue for control owners.
• A bot identity is archived after ownership is transferred during a platform migration, with current credentials revoked separately to prevent unintended reuse.
• A dormant API client is archived in the identity system while event logs and dependency mappings remain searchable for root-cause investigations.

For policy grounding, teams often align this practice with the NIST Cybersecurity Framework 2.0, especially where identity state, inventory accuracy, and ongoing monitoring must stay in sync.

Why It Matters in NHI Security

Archiving matters because stale identities distort risk decisions. When inactive users or applications remain in the active view, access reviews become less trustworthy, ownership gets obscured, and credential cleanup can stall. That creates conditions where secrets, tokens, and certificates stay valid longer than intended, especially in environments where service accounts outnumber human identities and change faster than manual governance can track.

NHIMG research shows that only 5.7% of organisations have full visibility into their service accounts, which means inactive records are often confused with live ones and live records are sometimes mistaken for retired ones. That visibility gap becomes even more dangerous when identities are exposed to third parties or embedded in automation pipelines. Archiving supports cleaner offboarding, but it must be paired with revocation, rotation, and ownership reassignment; otherwise the record is hidden while the risk remains active. In practice, this control becomes most important after investigations expose a forgotten account, a failed application retirement, or a compromise tied to an identity no one realised was still in scope. Organisations typically encounter this consequence only after an incident review or audit finding, at which point archiving becomes operationally unavoidable to address.

For broader lifecycle governance, NHIMG’s Ultimate Guide to NHIs is the clearest reference point for why accurate inventory and retirement discipline are foundational to NHI security.

Related resources from NHI Mgmt Group

• Who is accountable when a malicious OAuth application is approved by a user?
• Who is accountable when an application keeps access after a user leaves the directory?
• What breaks when user provisioning does not cover every application?
• Who is accountable when an application acts on behalf of a user?