Checklist to confirm read-only access is set up correctly

Have you ever handed out read only access and later discovered users could see more than intended or you lacked proof of who had access? This checklist shows how to prevent accidental exposure, reduce support friction, and satisfy auditors by confirming read only access was granted correctly.

 

Begin by compiling an inventory of accounts, identifiers and authorised user emails. Define precise read-only permissions and map the access each permission grants. Verify settings with platform checks, test views and audit logs. Document the results, schedule regular reviews and be prepared to revoke access or troubleshoot any discrepancies.

 

What is the first step to confirm read only access was granted correctly?

Create a standard inventory recording account name, canonical account ID, platform, environment tag, primary owner, authorised user emails, assigned roles, authentication method, and a link to the authoritative export or screenshot, then export the system account list and access audit log and cross-check IDs and emails to flag mismatches.

 

How should I map and define read only permissions to avoid accidental exposure?

Build a permissions matrix that maps each read capability to resource types and roles, enumerate every access path such as UI, API, mounted shares, and integrations, and break scopes into metadata read, content read, and export to ensure minimal useful privileges and reveal inheritance effects.

 

How can I verify that read only roles actually block write actions?

Use a dedicated test identity with the read only role in a sandbox, perform allowed read actions and attempt prohibited writes while recording UI behaviour, error messages, and session logs, then correlate those attempts with audit and API logs to capture denied requests as evidence.

 

Why is documenting access and scheduling regular reviews important?

Keeping a register of who has read only access, why it was granted, and when it was reviewed, together with retained audit logs and automated change reports, provides traceable evidence for auditors and supports timely remediation of unexpected privileges.

 

When should I revoke access or troubleshoot discrepancies, and how should I proceed?

Revoke or investigate when you find account mismatches, unexpected effective permissions, failed write attempts from read only identities, or stale accounts; follow a revocation playbook with step-by-step revoke actions, rollback procedures, stakeholder notifications, and validation via test logins and audit-log confirmation.

 

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Compile an inventory of account IDs and authorised user email addresses

 

Create a simple, standard inventory template to record the following: account name; canonical account ID; platform; environment tag; primary owner email; authorised user emails; assigned role names; authentication method; and a link to the authoritative export or screenshot for traceability. Export the system account list and the access audit log, then cross-check account IDs and authorised emails against the audit entries to confirm the read only permission change has propagated. Flag any mismatches for follow up. Retain the authoritative export as a single source of truth to show when and where changes were observed and to support quick verification and remediation.

 

Map authorised emails to organisational roles, external collaborators and group memberships, and record whether access was granted directly, via a group or via role inheritance. Note that inheritance often widens access beyond the intended scope, so capture the route clearly.

Separate service and shared accounts from human users: identify non-personal emails, automation keys or an absence of interactive login activity, and list these accounts separately so machine identities are not conflated with people.

Validate each authorised email against the organisational directory, checking for aliases and historical merges. Mark duplicates and obsolete addresses to avoid assigning access to the wrong account, and include these findings in the inventory for traceability and remediation.

 

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Define precise read-only permissions and map access paths

 

Create a permissions matrix that does the following: list every read-only capability, map each capability to resource types such as file, folder and database table, and record which roles or groups receive each capability. Include example rows that show differing rights across resource types so readers can see practical variations.

Catalogue every access path that can reach a resource: web UI, API endpoints, mounted network shares, shared links, mobile sync clients and third-party integrations. For each path record identifiers such as resource IDs and endpoint patterns, the credentials or tokens required, and the exact scope those credentials grant.

Split permissions into the smallest useful scopes: for example metadata read, content read, and export or download operations. Explain why this granularity matters by showing how metadata-only access supports reporting while preventing content exfiltration.

Together, the permissions matrix and the access-path inventory form a clear map for verifying that read-only intentions are translated into enforceable scopes.

 

Document permission inheritance and calculate effective permissions by mapping group memberships, nested folders and inherited rules. Include concrete examples that show when a deny on a parent is overridden by an explicit allow on a child, and the opposite case as well.

Create a verification plan that uses a dedicated test account assigned a read-only role. With that account, perform the permitted read actions, attempt the prohibited write actions, capture the exact error responses and collect audit log evidence.

Combine the test results with the permission matrix and inheritance mapping to demonstrate, using concrete artefacts, that read-only behaviour is being enforced.

 

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Verify read-only access using platform checks, test views and audit logs

 

Begin by recording the assigned role profile and listing every capability marked as read or write. Compare that list with the platform permission matrix to identify any missing write privileges. Record each permission definition and capture screenshots or export permission lists as evidence. Call out the exact capabilities that should be absent so reviewers can verify alignment with the principle of least privilege. This provides a traceable baseline for later tests and helps highlight any policy gaps.

 

Verify that write operations are correctly blocked and that exports respect field-level visibility by following a controlled test plan:

– Perform controlled test logins in a sandbox and attempt representative write actions, for example edits, deletions, configuration changes and exports. Record UI behaviour, any error messages and session logs as you go.
– Correlate those UI attempts with event and access logs, filtering by user ID and resource, to confirm the backend recorded denied requests or forbidden responses.
– Run API calls using the relevant tokens and service accounts to confirm token scopes prevent write endpoints from succeeding.
– Execute sample exports and reports, inspect the output against the expected field-level visibility map, and save any discrepancies to inform policy adjustments.

Keep notes of unexpected results so you can feed them back into access and policy tuning.

 

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Manage document access: schedule regular audits, revoke permissions and troubleshoot issues

 

Create a dedicated read-only test identity, then attempt common write operations and capture the exact failure responses and matching audit entries as annotated evidence, for example “permission denied” messages or HTTP 403 responses. Export the effective permissions for the resource, including explicit grants, inherited roles and group memberships, and present a side-by-side comparison with the intended permission matrix to highlight mismatches or unexpected privileges. Record these artifacts so reviewers can verify the access boundary from the raw evidence rather than summaries, and flag any missing deny rules or overlapping roles uncovered during the comparison.

 

Keep an access register that records who has read-only access, why access was granted and when the entry was last reviewed. Pair the register with automated change reports and retained audit logs so you can show the current state and recent modifications.

Publish a revocation and troubleshooting playbook that sets out step-by-step revoke actions, rollback procedures, stakeholder notifications and common root causes such as group inheritance, overlapping roles or service account privileges. Include quick remediation commands and simple validation steps to confirm success.

Monitor for anomalous write attempts and stale accounts by flagging failed write operations from read-only identities, recording last-used timestamps and creating alerts. Use those signals to prioritise revocations, revalidations or deeper investigations.