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Prepare and test your skills
Privileged access workflow and lifecycle is the end-to-end process for creating, protecting, reviewing, and removing super administrator accounts. The lifecycle spans two control planes with a trust boundary between them: Cloud Identity (opens in a new tab) or Google Workspace manages users, groups, and recovery, while Identity and Access Management (IAM) (opens in a new tab) manages what those users can do to organization, folder, and project resources. Every stage follows role-based access control and least privilege, which means granting only the minimum permissions needed and removing access as soon as it is no longer required.
Secure provisioning of super administrator accounts starts by choosing the identity source of truth where users and groups are created and authenticated. The source of truth determines where passwords and multi-factor authentication are enforced and how single sign-on flows into Google Cloud. Before creating new managed accounts, existing unmanaged Google Accounts must be found and migrated so everyone uses corporate credentials consistently.
| Source option | Where users and groups are managed | How it connects to Google Cloud |
|---|---|---|
| Use Google centrally | Google Workspace or Cloud Identity in the verified domain | Users are provisioned directly; sync with an external provider can be added later |
| Use external identity provider | Microsoft Entra ID, Okta, or other OIDC or SAML provider | Single sign-on through Workforce Identity Federation (opens in a new tab) using a workforce pool and provider ID |
| Skip external setup for now | Google Workspace or Cloud Identity | Users and groups are created now; federation is connected later |
When federation is used, identity data flows from the external provider to Google Cloud through a trusted workforce pool. The setup follows a fixed order:
Redundancy is required at provisioning time. A single super administrator creates lockout risk and allows one person to make platform-altering changes without oversight, so one or more backup administrator accounts must be created, up to 20. Each backup is a separate managed user placed in an administrative group rather than granted individual IAM roles.
Administrative role assignment is the process where IAM grants collections of permissions to groups at the organization level for central control. The grant must be made by a super administrator or by a user with the Organization Administrator role (roles/resourcemanager.organizationAdmin). Permissions flow downward through inheritance: organization policies apply to all folders and projects, folder policies apply to contained projects, and project policies apply only to that project.
Groups are the only scalable principal for privileged access. Roles are assigned to a group email such as gcp-billing-admins@example.com, and users gain or lose access by joining or leaving the group. Roles must not be assigned to individual users because individual grants bypass job-based review and are hard to audit for least privilege.
Recommended groups separate duties by function:
gcp-organization-admins administers all organization resources and is reserved for the most trusted users.gcp-billing-admins sets up billing accounts and monitors usage.gcp-network-admins creates Virtual Private Cloud networks, subnets, and firewall rules.gcp-hybrid-connectivity-admins creates Cloud VPN, Cloud Router, and related connectivity.gcp-security-admins sets organization security, access management, and constraint policies.gcp-logging-monitoring-admins and gcp-logging-monitoring-viewers separate full logging administration from read-only viewing.Each group starts with default IAM roles that must be reviewed. The owner can add or remove roles, or delete an unused group, then save and grant access. The most privileged grouping combines Organization Administrator, Folder Admin, Project Creator, Organization Role Administrator, Organization Policy Administrator, Security Center Admin, and support and billing roles, so it must be assigned sparingly.
Credential controls for super administrator accounts are the password, recovery, and separation rules that prevent takeover of the highest-privilege identities. All accounts require strong, unique passwords with a password manager recommended, and multi-factor authentication is required for all non-service accounts. Administrators must use separate user and administrator accounts so daily work does not run with super administrator privilege.
Self-recovery is the critical hardening control. Self-recovery through a compromised phone, email, or social engineering attack can hand an attacker full control of the environment. Self-recovery is off by default for new customers, but existing customers may still have it on and must turn it off in the Google Admin console recovery settings. Turning it off creates a dependency on a peer process: a locked-out super administrator contacts another super administrator, all super administrators know that contact path, and support-assisted recovery is the fallback.
Exam tip: Super administrator self-recovery is off by default for new customers but may be on for existing customers, so verify and disable it rather than assuming the default applies.
Ongoing review, auditing, and decommissioning keep privileged access correct after provisioning. Access reviews verify Organization Administrator assignments, confirm at least one user retains the role to avoid orphaned administration, and remove users whose jobs no longer need privilege. Group membership conditions, approval workflows for new accounts, and periodic checks of IAM roles against internal and external policies provide compliance evidence.
Audit logging makes privileged use observable. Logging must be enabled and reviewed for account usage, administrator activity, audit configuration changes, custom role changes, and group events. Logs should be exported to a sink for long-term storage and analysis, including export to BigQuery for deactivation and transfer investigations, with Essential Contacts configured so security teams receive critical alerts. Decommissioning completes the lifecycle by removing the user from privileged groups, notifying account managers, and revoking shared credentials. Because organization grants inherit downward, removing group membership immediately removes access to child folders and projects.
Super administrator account controls are the separation, authentication, redundancy, and logging rules that protect the highest-privilege identities in the identity plane. Google Workspace (opens in a new tab) and Cloud Identity super administrators control the lifecycle of the Google Cloud organization resource. The super administrator that creates the organization is automatically assigned the Organization Administrator role, can grant any role, and serves as the recovery contact, so these accounts require stronger protection than normal accounts.
Separation of duties means the super administrator delegates daily work to the Organization Administrator role instead of using super admin power every day. After the organization resource is created, the super admin assigns one or more Organization Administrators who define allow and deny policies, grant IAM roles, and view the resource hierarchy. The recommended pattern is to create a private administrator group, add Organization Administrator users to that group but not the super admin user, and grant the group the Organization Administrator role or a limited subset of its permissions.
The Organization Administrator role alone follows least privilege and cannot create folders or projects, so additional roles are added only when needed. Less-permissive Workspace and Cloud Identity admin roles handle user and group management without super admin rights. This division keeps emergency identity control separate from routine cloud resource control.
Phishing-resistant authentication for super admins requires mandatory multi-factor authentication with dedicated hardware security keys. Cloud Identity users with super admin privilege bypass organization single sign-on (SSO) settings and authenticate directly to Cloud Identity by design. That exception keeps the account reachable during an SSO outage but also places it outside identity provider controls, so enforcement inside Cloud Identity is critical.
Robust super admin sign-in policies combine several peer controls:
alice-admin@example.com separate from alice@example.com, and apply the same suspension policy in Cloud Identity and any synced identity.Discouraging routine use reduces the chance that a powerful credential is exposed through daily operations or phishing. Super admin accounts are not needed for day-to-day organization administration, so policy should make users less likely to use them and shorten how long a session remains useful to an attacker. Persistent OAuth tokens on developer workstations and persistent web sessions across Google services create theft risk if exposed.
Session controls therefore cap maximum web session length, align Google session length with SSO provider controls, and enforce idle timeouts. If federation is used, enforcement must stay consistent across systems. Least-privilege role assignment also limits exposure by avoiding broad basic roles such as Owner, Editor, or Viewer, which are overly permissive and enable privilege escalation and lateral movement.
Redundant administrator coverage prevents lockout and prevents one person from making unchecked platform changes. Organizations must not rely on a single super admin or single Organization Administrator (opens in a new tab). One or more backup administrator accounts must be created, up to 20, and other owners must know who the super admins are for delegation and access issues.
The recovery dependency runs from Organization Administrators to the super admin process, so Organization Administrators must know support-assisted recovery before credentials are lost. Self-recovery for super administrator accounts is disabled by default for new Cloud Identity and Google Workspace customers, and keeping it disabled is the best practice. The compensating process is that one super admin contacts another super admin if access is lost.
Exam tip: Super admins bypass organization SSO and authenticate directly to Cloud Identity, so protect them with 2-step verification plus security keys in Cloud Identity even when MFA is already enforced at the external identity provider.
Accountability for super admins depends on detecting IAM policy changes and centralizing identity logs. Google Cloud Observability (opens in a new tab) alerts when a SetIamPolicy() API call modifies an allow policy, so any privilege grant sends a notification for investigation. This alert flow from the policy API to the notification channel catches unauthorized privilege escalation.
Admin Activity audit logs from Google Workspace or Cloud Identity, including user login events, are normally managed separately in the Admin Console. Sharing Cloud Identity audit data into the Google Cloud environment centralizes logs from all sources. Together, centralized logging and policy-change alerts preserve accountability even though super admin authentication itself occurs outside SSO.
Privileged access risk in Google Cloud centers on the Google Workspace or Cloud Identity (opens in a new tab) super administrator account, which controls identity, Workspace services, and the Google Cloud organization resource. A super administrator can assign the Organization Administrator role, recover domain accounts, and control account and organization lifecycle including deletion. Because one compromised account can cause data exfiltration, service disruption, and configuration tampering across that scope, super administrator privileges must be isolated and contained.
Inherent risks of super administrator privileges come from breadth, persistence, and bypass of normal controls. A super administrator manages users and groups across documents, sheets, Google Cloud, and other Google services from one identity plane, so takeover extends beyond one project to the whole domain and hierarchy. Configuration tampering is severe because allow policies set at the organization inherit down to folders and projects, while overly permissive Owner or Editor grants enable privilege escalation and lateral movement.
Service disruption and lockout are also inherent when only one person holds super administrator or Organization Administrator rights. One person can then make platform-altering changes with no oversight and no backup can recover access. A critical trust boundary increases exposure: federated users normally redirect to an external provider for SAML single sign-on with no passwords in Cloud Identity, but super admins bypass organization SSO and authenticate directly to Cloud Identity. That exception preserves access during an SSO outage but removes external multi-factor and session controls from the highest-value accounts.
Separation of duties between super admin and Organization Administrator divides emergency identity control from daily cloud resource control. The super administrator assigns the Organization Administrator role, serves as the recovery contact, and controls account and organization lifecycle. The Organization Administrator defines allow and deny policies, grants IAM roles, and views the resource hierarchy.
| Role | Scope | Key capabilities | Authentication path |
|---|---|---|---|
| Super administrator | Cloud Identity or Google Workspace domain plus organization setup | Grants Organization Administrator role, recovers domain accounts, controls lifecycle | Authenticates directly to Cloud Identity, bypassing organization SSO |
| Organization Administrator | Google Cloud organization resource | Defines allow and deny policies, grants IAM roles, delegates billing and folder duties | Authenticates through the organization identity path, including federated SSO |
The Organization Administrator follows least privilege and cannot create folders or projects without additional roles. By default the super administrator that creates the organization is automatically assigned the Organization Administrator role, but the recommended pattern delegates that role to a different user or private group. That group contains Organization Administrator users but not the super admin user and receives the role or a limited subset of its permissions. Delegation through the console follows an ordered handoff:
Time-bound and least-privilege access for privileged operations limits how long elevated rights exist and how far they reach. Privileged Access Manager (opens in a new tab) provides just-in-time access only when needed and only for needed resources. For other access, membership in access groups expires automatically and renewal requires an approval workflow. Using predefined roles instead of custom roles reduces sprawl and avoids custom role lifecycle work.
Principal access boundary (PAB) policies add containment that limits what a principal can access even if its identity is compromised. A PAB policy for the organization reduces the blast radius of a compromised identity and helps prevent phishing and data exfiltration. Complementary hygiene avoids basic roles, since Owner and Editor enable escalation while Viewer allows reading all data. Policy Intelligence tools such as IAM recommender and Policy Analyzer refine grants by replacing overly permissive roles and showing who has what access.
Session lifetime controls shorten the window for credential theft. Idle sessions for sensitive use time out after 15 minutes, reauthentication is required every 16 hours using a security key, and web session length is capped and aligned with the SSO provider. Context-Aware Access can further restrict access to the Google Cloud console and Google Admin console by identity, location, device security status, and IP address.
Strong authentication for break-glass accounts treats super administrator accounts as emergency credentials that stay available but are rarely used. Break-glass accounts authenticate directly to Cloud Identity outside federated SSO, so they depend on Cloud Identity 2-step verification rather than the external provider. The baseline is to always enforce 2-step verification with phishing-resistant hardware keys for super administrators and Organization Administrators.
Hardening controls for these accounts work together as peer protections:
Exam tip: A super administrator bypasses organization single sign-on and authenticates directly to Cloud Identity, so Cloud Identity 2-step verification with security keys is required even when all other users federate through an external provider.
Redundancy, recovery, and monitoring for privileged accounts ensure the organization survives loss or misuse of a super administrator. Redundancy requires more than one super administrator and more than one Organization Administrator, with up to 20 backup administrator accounts supported. Organization Administrators must know who the super administrators are and how to reach them to delegate access or request recovery.
Account recovery keeps self-recovery disabled for super administrator accounts. Self-recovery is disabled by default for new Cloud Identity and Google Workspace customers, and keeping it disabled prevents social-engineering resets of the highest-privilege credential. The break-glass procedure is that one super administrator contacts another after losing access, with all super administrators trained on support-assisted recovery. Detection depends on centralizing signals: Google Cloud Observability alerts on SetIamPolicy() calls that modify allow policies, and sharing Cloud Identity Admin Activity logs into Google Cloud centralizes login and policy-change signals for investigation in one place.
Super administrators bypass organization single sign-on and authenticate directly to Cloud Identity by design, so they remain outside external identity provider controls. Multi-factor authentication with phishing-resistant hardware security keys such as Titan Security Keys must therefore be enforced in Cloud Identity, with each super administrator using a separate dedicated login for administrative work.
Self-recovery should be disabled for super administrator accounts because recovery through a compromised phone, email, or social engineering attack can hand an attacker full control of the environment. Self-recovery is off by default for new customers but may still be on for existing customers, so it must be verified and turned off with peer-assisted recovery as the fallback where one locked-out super administrator contacts another super administrator.
A super administrator controls the Cloud Identity or Google Workspace domain plus organization setup, grants the Organization Administrator role, recovers domain accounts, and controls account and organization lifecycle while authenticating directly to Cloud Identity. An Organization Administrator controls the Google Cloud organization resource, defines allow and deny policies, grants Identity and Access Management (IAM) roles, and views the resource hierarchy while authenticating through the organization identity path including federated single sign-on, but cannot create folders or projects without additional roles.
A multinational enterprise is updating its security posture in Cloud Identity and Google Cloud to protect privileged administrative access. The security architecture team must establish stringent policies for Super Administrator accounts to prevent credential theft, phishing, and unauthorized privilege escalation.
The policy must enforce the following security requirements:
Which set of controls should the organization implement?
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