CL-003·CL Track·Advanced·8–35 hrs saved

Stop One Compromised Credential from Owning Your Entire Cloud Estate — Design Governed Identity and Access

An AI-assisted workflow to design least-privileged, traceable, resilient cloud identity for every human and machine identity — from federation and privileged access to workload identity and offboarding.

5Phases

15Prompts

8–35Hours saved

9Deliverables

Executive Brief

Your Challenge

In the cloud, identity is the security boundary — and yours probably grew by accretion. It started with one administrator, a few service accounts, and broad access granted for convenience. Now those early shortcuts are embedded in production: permanent owner-level roles, static access keys in pipeline variables, contractor accounts that never expire, and service accounts nobody owns. A single compromised account, exposed credential, or abandoned service identity can now reach across your entire tenant, organization, or project hierarchy.

Common Obstacles

The failure modes are well known and still ubiquitous. Teams treat authentication as authorization — a valid login is assumed to grant access. They grant permissions by job title, keep administrators on permanent standing privilege, and reuse the same identity for email and cloud administration. They trust network location as proof of identity, wildcard their permission scopes, and never analyze indirect privilege-escalation paths where a user gains access by editing a role, passing a role to a service, or reading a deployment secret. Access reviews get completed without anyone removing access, and emergency access is never tested until the day federation fails and no one can get in.

The ABME Approach

This workflow does it in order: assess requirements and inventory every identity type, map authentication and authorization paths including indirect escalation, then design the controls — source of truth, federation, phishing-resistant MFA, conditional access, eligible time-bound privileged access, task-based roles, workload federation, and lifecycle governance. You produce an implementation roadmap, a validation plan, a risk register, and a governance model. The prompt pack and follow-ups drive each design task; example findings, matrices, and standards show the target shape. AI accelerates the analysis — human identity, security, platform, application, operations, and compliance stakeholders validate it before anything touches production.

Insight Summary

In modern cloud environments identity is the primary security boundary — a single compromised account, exposed credential, or abandoned service identity can affect an entire cloud estate.

phase-1

Conflicting sources of truth create delayed removal and inaccurate access; define which system is authoritative before designing anything else.

phase-2

Authentication is not authorization — a valid identity does not automatically have permission to access a resource, and treating login as sufficient is the most common design error.

phase-3

Permanent privilege increases exposure and reduces accountability; the highest-level roles should have the fewest permanent assignments and elevation should be eligible, time-bound, and approved.

phase-4

Long-lived pipeline credentials are difficult to contain and rotate — prefer workload federation and short-lived tokens over static access keys wherever managed identity is available.

tactical

An access review is only effective when its decisions are implemented; measure access removal, not review completion.

The Journey

Three phases; each lists the tools you'll use there.

Discover, Contain, and Establish Truth

Inventory every identity, contain the worst exposures, and define the authoritative identity source before designing controls.

Gather providers, directories, identities, roles, and existing processes
Inventory workforce, service, workload, contractor, guest, and emergency identities
Identify shared accounts, long-lived credentials, and orphaned identities
Enforce MFA for administrators and enable identity logging
Define the identity source of truth and protect emergency access

Prerequisites Checklist

Federate Workforce and Authentication

Establish federation, single sign-on, MFA, and tested conditional access for human access.

Establish identity-provider trust and implement single sign-on
Map groups and roles and remove unnecessary local users
Require MFA and prefer phishing-resistant methods for high-risk access
Design conditional-access policies and test in report-only mode
Define contractor and guest access lifecycle

Cloud Identity Design Prompt Pack

Implement Privileged and Authorization Controls

Separate administrator identities, convert standing privilege to eligible access, and design task-based roles.

Separate routine and privileged administrator identities
Convert permanent roles to eligible, time-bound access with approvals
Design roles around tasks and separate read, operate, deploy, and administer
Apply permission boundaries and organization-level guardrails
Review indirect privilege-escalation paths

Cloud Identity Design Prompt Pack Example Role Matrix example-conditional-access-policy-set

Modernize Workload and Machine Identity

Replace static credentials with managed identity and workload federation across services and CI/CD.

Inventory service credentials and replace static keys
Implement managed identities and workload federation
Redesign CI/CD access with OIDC and environment-specific roles
Assign owners, purpose, environment, and review dates to service accounts
Separate environments and enforce retirement criteria

Cloud Identity Design Prompt Pack example-service-identity-standard

Govern, Validate, and Sustain

Automate lifecycle, run access reviews that produce remediation, and validate the design end to end.

Automate joiner, mover, and leaver processes
Implement access requests, approvals, and reviews with expiration
Run the validation plan and identity test scenarios
Maintain the risk register, metrics, and review cadence
Complete stakeholder review before production changes

Validation Checklist Identity Risk Register example-current-state example-target-state

What's Inside the Execution Layer

Numbered deliverables grouped by phase. Membership unlocks every tool.

2. PHASE 2Prompt Packprotected

Cloud Identity Design Prompt Pack

One primary design prompt and fourteen targeted follow-ups that assess, inventory, and design every cloud identity and access control.

Use this to

Run the full identity design from current-state assessment to approval recommendation
Drive focused tasks: privileged access, roles, workload identity, CI/CD, and cross-account access
Analyze privilege-escalation paths and build the implementation roadmap

Included with membership — $20/mo

Primary Prompt

Start here with the full set of current-state inputs.

You are a senior cloud identity architect, security architect, privileged-access specialist, and cloud governance advisor.I will provide some or all of the following:• Cloud providers• Identity provider• Directory architecture• Human-resources source• Identity-governance platform• Federation design• Cloud users• Administrators• Contractors• Partners• Customers• Service accounts• Workload identities• Current roles• Current permissions• Current access policies• Current access keys• Group structure• Application inventory• Cloud account hierarchy• CI/CD platforms• Security requirements• Compliance requirements• Data classifications• Logging requirements• Security operations model• Joiner, mover, and leaver process• Access-review process• Privileged-access process• Emergency-access process• Audit findings• Identity incidents• Known exceptionsYour task is to design secure cloud identity and access controls.Do not begin by assigning broad provider-managed administrator roles.Do not assume every user requires cloud-console access.First:1. Summarize: • Business context • Cloud scope • User populations • Administrative populations • Workload identities • Security requirements • Compliance requirements • Operational constraints2. Separate: • Confirmed facts • Reported observations • Inferences • Assumptions • Unknowns3. Identify missing evidence that materially affects the design.4. Inventory: • Workforce identities • Customer identities • Contractors • Guests • Administrators • Service accounts • Workload identities • CI/CD identities • Emergency identities • External trusts5. Identify: • Identity source of truth • Authentication paths • Authorization paths • Privileged-access paths • Cross-account paths • Cross-tenant paths • Credential types • Long-lived credentials • Shared accounts • Orphaned identities • Excessive roles • Indirect privilege-escalation paths6. Assess the current state across: • Federation • Single sign-on • Multi-factor authentication • Conditional access • Privileged access • Role design • Workload identity • Service accounts • CI/CD access • Cross-account access • Cross-tenant access • Contractor access • Access requests • Access reviews • Joiner, mover, and leaver • Emergency access • Logging • Monitoring • Incident response • GovernanceThen design:• Identity source-of-truth model• Federation architecture• Single sign-on• Multi-factor authentication• Conditional-access policies• Administrative identity separation• Privileged-access activation• Role-based access control• Attribute-based access where justified• Permission boundaries• Organization-level guardrails• Production access• Nonproduction access• Service-account standards• Workload identity• CI/CD identity• Cross-account access• Cross-tenant access• Contractor and guest access• Access-request workflow• Access-approval workflow• Joiner, mover, and leaver process• Access reviews• Emergency access• Session management• Authentication recovery• Identity logging• Identity monitoring• Identity incident response• Exception management• Ownership and governanceFor each control provide:• Objective• Scope• Identity types affected• Recommended design• Enforcement mechanism• Owner• Approver• Dependencies• Risks• Operational impact• User impact• Logging requirements• Validation method• Evidence produced• Review cadenceRequirements:• Apply least privilege.• Separate authentication from authorization.• Separate routine and privileged identities.• Identify permanent privileged access.• Prefer eligible and time-bound privilege.• Require strong authentication for privileged access.• Prefer phishing-resistant authentication for high-risk roles.• Prefer managed or federated workload identity over static credentials.• Identify all long-lived keys and secrets.• Avoid shared human accounts.• Define production and nonproduction separation.• Define access expiration.• Define contractor and guest lifecycle.• Define emergency access.• Identify indirect privilege-escalation paths.• Identify policies that require report-only or pilot deployment.• Do not rely solely on network location.• Do not assume a role name accurately describes its permissions.• Do not invent regulatory requirements.• State when platform capabilities differ.• State when evidence is insufficient.• Require human identity, security, platform, application, operations, and compliance review.Then produce:1. Executive summary.2. Identity objectives.3. Current-state assessment.4. Identity inventory.5. Source-of-truth and federation design.6. Authentication design.7. Conditional-access design.8. Privileged-access design.9. Role and permission model.10. Workload and service-identity design.11. CI/CD identity design.12. Cross-account and cross-tenant access.13. Contractor and guest access.14. Joiner, mover, and leaver process.15. Access-request and approval process.16. Access-review process.17. Emergency-access design.18. Logging and monitoring design.19. Identity incident-response plan.20. Responsibility matrix.21. Implementation roadmap.22. Validation plan.23. Risk register.24. Exceptions.25. Open questions.26. Approval recommendation.

Inventory Cloud Identities

To build a full identity inventory across providers.

Create a cloud identity inventory.Include:• Identity ID• Identity type• Display name• Owner• Business purpose• Cloud provider• Account, subscription, or project• Environment• Authentication method• Roles• Credential type• Last used• Creation date• Expiration• Review date• Risk level• StatusIdentify:• Shared accounts• Orphaned identities• Dormant identities• Unowned service accounts• Permanent administrators• Long-lived access keys

Review Privileged Access

To assess who holds elevated roles and how.

Review privileged access across the cloud environment.Identify:• Organization-level administrators• Tenant-level administrators• Account owners• Subscription owners• Project owners• Security administrators• Identity administrators• Network administrators• Billing administrators• Key administrators• Secrets administratorsFor each assignment determine:• Permanent or eligible• Scope• Business justification• Last used• Approval• Authentication strength• Monitoring• Review status• Recommended action

Design Conditional Access

When designing policies for each population.

Design conditional-access policies for:• Administrators• Developers• Contractors• Guests• Security personnel• Billing personnel• High-risk applications• Cloud consoles• Privileged elevationConsider:• Authentication strength• User risk• Sign-in risk• Device compliance• Network location• Session duration• Geographic restrictions• Emergency exclusions• Report-only deployment• Rollback

Design Cloud Roles

When building a task-based role model.

Design a cloud role model based on tasks rather than job titles.Separate:• Read• Operate• Deploy• Approve• Administer• Audit• Security response• BillingFor each role define:• Purpose• Permissions• Scope• Environment• Eligible users• Approval• Duration• Prohibited actions• Logging• Review cadence

Review Role Permissions

When auditing an existing role or policy.

Review the supplied role or policy.Identify:• Wildcard permissions• Broad resource scope• Sensitive actions• Pass-role or delegation rights• Policy modification• Logging modification• Key access• Secret access• Identity creation• Privilege-escalation paths• Cross-account access• Unused permissionsRecommend the smallest permission reduction that preserves required work.

Design Workload Identity

When replacing static credentials for an application.

Design workload identity for the supplied application.Include:• Runtime• Cloud provider• Resource scope• Authentication method• Token source• Token lifetime• Permissions• Environment separation• Logging• Rotation• Failure behavior• Local-development approach• CI/CD deployment• Emergency accessAvoid static credentials where managed identity or federation is available.

Review Service Accounts

When auditing nonhuman identities.

Review service accounts and nonhuman identities.For each identity assess:• Owner• Purpose• Environment• Permissions• Credential type• Credential age• Rotation• Last used• Interactive login• Cross-account access• Monitoring• Retirement criteriaIdentify accounts that should be:• Removed• Restricted• Converted to managed identity• Rotated• Assigned an owner• Separated by environment

Design CI/CD Access

When designing deployment pipeline identity.

Design CI/CD identity and permissions.Include:• Source platform• Federation• OIDC trust• Deployment identity• Environment-specific role• Branch protection• Approval• Artifact validation• Secret access• Production elevation• Session duration• Logging• Rollback• Emergency deploymentDo not use permanent owner-level access keys.

Design Cross-Account Access

When designing cross-boundary trust.

Design cross-account, cross-subscription, or cross-project access.Define:• Trusting environment• Trusted environment• Identity• Role• Scope• Session duration• Conditions• Approval• External identifier• Logging• Revocation• Ownership• Review cadence

Design Contractor Access

When governing external contractor identities.

Design contractor access controls.Include:• Sponsor• Start date• End date• Authentication• Device requirement• Role• Environment• Data restrictions• Approval• Monitoring• Access review• Automatic expiration• Offboarding

Design Access Reviews

When establishing a recurring review program.

Create an access-review program.Include:• Privileged users• Production access• Guests• Contractors• Service accounts• External trusts• High-risk roles• Dormant users• Static credentialsFor each review define:• Scope• Reviewer• Frequency• Evidence• Decision options• Escalation• Remediation timeline• Completion metrics

Design Emergency Access

When designing break-glass recovery.

Design emergency cloud access.Include:• Failure scenarios• Number of identities• Authentication method• Credential storage• Monitoring• Alerting• Usage authorization• Session logging• Post-use review• Rotation• Test cadence• Recovery documentationEnsure the emergency process does not depend entirely on the system it is intended to bypass.

Analyze Privilege-Escalation Paths

When hunting for indirect elevation.

Analyze cloud identity policies for privilege-escalation paths.Review whether users can gain access by:• Modifying roles• Passing roles• Editing trust policies• Changing group membership• Modifying federation• Creating service identities• Updating pipelines• Reading deployment secrets• Changing key policies• Updating functions or virtual machines• Disabling logs• Creating access keysRank each path by severity and confidence.

Create an Identity Roadmap

To sequence the implementation into phases.

Create a phased cloud identity implementation roadmap.Separate:• Critical access risks• Federation and authentication• Privileged-access controls• Workload identity• Role redesign• Access reviews• Contractor governance• Logging and detection• Long-term automationFor each phase include:• Objective• Controls• Dependencies• Owners• Validation• Success criteria• Risks

3. PHASE 3Matrixprotected

Example Role Matrix

A worked role catalog showing environment, purpose, access type, and approval authority for representative cloud roles.

Use this to

Model task-based roles with explicit environment scope
Distinguish standing, eligible, and pipeline-only access types
Assign an approval authority to every role

Included with membership — $20/mo

Reference rows from the blueprint — downloads ship as an empty skeleton

Role	Environment	Purpose	Access Type	Approval
Cloud Reader	All	View configuration and status	Standing	Manager
Nonproduction Developer	Nonproduction	Build and test workloads	Standing	Workload Owner
Production Operator	Production	Restart and operate services	Eligible	Operations Manager
Production Deployer	Production	Deploy approved artifacts	Pipeline only	Release Approval
Security Investigator	All	Read logs and findings	Eligible	Security Manager
Platform Administrator	Platform	Maintain shared cloud services	Eligible	Platform Director
Billing Analyst	Billing	View and report cost	Standing	Finance Owner

4. PHASE 5Matrixprotected

Identity Risk Register

A starting risk register for cloud identity, pairing each risk with probability, impact, mitigation, and owner.

Use this to

Track the top cloud identity risks with owners
Prioritize mitigation by probability and impact
Assign accountability for each mitigation

Included with membership — $20/mo

Reference rows from the blueprint — downloads ship as an empty skeleton

Risk	Probability	Impact	Mitigation	Owner
Permanent administrator compromise	Medium	Critical	Eligible time-bound access	Identity Team
Static CI/CD key exposure	Medium	Critical	Workload federation	DevOps
Contractor access remains active	High	High	Automatic expiration	Identity Governance
Emergency access fails	Low	Critical	Scheduled testing	Security
Misconfigured federation claims grant excess access	Medium	High	Claim governance and testing	Identity Architect
Service account has no owner	High	Medium	Ownership enforcement	Platform Team
Access reviews are completed without remediation	Medium	High	Escalation and metrics	Governance

🔒 The full execution layer — every checklist, matrix, and the prompt pack — is included with ABME membership.

Unlock Full Blueprint

Full Playbook

Overviewpublic

Cloud identity and access management determines who and what may access cloud resources, under which conditions, for what purpose, and for how long.

In modern cloud environments, identity is often the primary security boundary.

A cloud identity design must account for:

Human users
Administrators
Developers
Contractors
Partners
Customers
Applications
Services
Automation
CI/CD pipelines
Virtual machines
Containers
Serverless functions
Managed services
Emergency responders

A secure design must do more than require passwords and assign roles.

It should define:

The authoritative identity source
Federation and single sign-on
Multi-factor authentication
Conditional access
Privileged-access controls
Role design
Workload identity
Service-account lifecycle
Cross-account and cross-tenant access
Access reviews
Emergency access
Logging and monitoring
Provisioning and deprovisioning
Segregation of duties
Policy enforcement
Exception management

Poor identity design can allow a single compromised account, exposed credential, misconfigured role, or abandoned service identity to affect an entire cloud estate.

This workflow uses AI to help assess requirements, identify access paths, design cloud identity controls, define roles and governance, and produce an implementation and validation plan.

The goal is to answer: “How should human and machine identities be authenticated, authorized, governed, monitored, and removed so cloud access remains least-privileged, traceable, and resilient?”

Business Problempublic

Cloud identity environments often grow incrementally.

Organizations may begin with:

One cloud administrator
A small development team
A few service accounts
Broad access for convenience
Local cloud-native users
Shared credentials
Static access keys
Permanent administrator roles

As adoption grows, these early practices may become embedded in production.

Common consequences include:

Excessive permissions
Permanent privileged access
Orphaned users
Orphaned service accounts
Long-lived credentials
Shared administrator accounts
Weak contractor controls
Inconsistent multi-factor authentication
Unmonitored cross-account access
Poor separation between production and development
Conflicting role definitions
Access retained after job changes
Limited auditability
Failed compliance reviews
Increased credential-theft risk
Unclear incident-response authority

Identity failures often have broad impact because access policies can span:

Entire tenants
Organizations
Accounts
Subscriptions
Projects
Networks
Databases
Storage
Secrets
Encryption keys
Security tools
Deployment pipelines

A strong cloud identity architecture reduces both unauthorized access and operational friction by giving users and systems the access they need through governed, repeatable mechanisms.

Typical Use Casespublic

Use this workflow when:

Designing identity for a new cloud landing zone
Migrating from local cloud users to federation
Implementing single sign-on
Implementing multi-factor authentication
Designing privileged-access management
Reducing permanent administrator access
Creating cloud role standards
Designing workload identities
Replacing static access keys
Designing cross-account access
Designing cross-tenant access
Supporting contractors and partners
Supporting mergers and acquisitions
Reviewing service accounts
Preparing for a security audit
Investigating excessive cloud permissions
Creating access-review processes
Designing emergency access
Integrating cloud access with identity governance
Designing CI/CD deployment identities
Creating customer or business-unit isolation
Reviewing cloud identity after an incident

Do NOT Use This Workflow Whenpublic

This workflow is not intended to:

Assume every user needs cloud-console access
Grant broad access to simplify delivery
Treat multi-factor authentication as a complete identity strategy
Replace formal authentication threat modeling
Replace application authorization design
Replace directory-service engineering
Replace legal or privacy review
Store passwords, keys, or tokens in the prompt
Recommend permanent privileged access without justification
Treat network location as proof of identity
Assume service accounts should behave like human users
Use shared accounts for routine work
Depend on long-lived access keys where managed identity is available
Automatically remove access without validating operational impact
Create roles solely from job titles
Ignore emergency-access requirements
Treat successful login as sufficient authorization
Treat AI-generated role definitions as production-ready policy
Approve cross-tenant access without accountable review

Cloud identity design must be validated by identity, security, platform, application, operations, and compliance stakeholders.

Expected Outcomepublic

After completing this workflow, you should have:

Identity objectives
Identity-source-of-truth model
Identity inventory
Human identity architecture
Administrative identity model
Workload identity architecture
Service-account standards
Federation design
Single sign-on requirements
Multi-factor authentication requirements
Conditional-access model
Role and permission model
Privileged-access design
Cross-account access design
Cross-tenant access design
Contractor and partner access model
Joiner, mover, and leaver process
Access-review process
Emergency-access process
Logging and monitoring design
Secrets and credential strategy
Responsibility matrix
Implementation roadmap
Test plan
Risk register
Governance model
Open questions

🔒 The complete playbook — reference models, worked examples, and operational guidance — is included with ABME membership.

Unlock Full Blueprint

Identity Design Objectivesprotected

A complete cloud identity design should answer:

What system is authoritative for human identities?
How will cloud platforms trust the corporate identity provider?
Which users require cloud access?
Which users require administrative access?
How will multi-factor authentication be enforced?
Which access conditions should be evaluated?
How will privileged access be activated?
How long should elevated access remain active?
Which approvals are required?
How will emergency access work?
How will service and workload identities authenticate?
How will static credentials be eliminated?
How will application permissions be granted?
How will production access differ from nonproduction?
How will contractors and partners be governed?
How will access be removed when roles change?
How will permissions be reviewed?
How will identity activity be logged?
How will suspicious access be detected?
How will identity changes be deployed?
Who owns roles, groups, service identities, and policies?
How will exceptions be managed?
How will identity recovery work during provider or directory outages?
How will the organization prove that access remains appropriate?

Identity Typesprotected

Workforce Identities

Human users. Workforce identities should normally use federation and organizational lifecycle controls.

Employees
Administrators
Developers
Auditors
Support personnel
Contractors
Consultants
Vendors

Customer Identities

External users accessing products or services. Customer identity is often separate from workforce identity.

Registration
Authentication
Passwordless access
Federation
Social identity
Multi-factor authentication
Consent
Recovery
Fraud detection
Account linking
Privacy

Service Identities

Nonhuman identities used by applications and automation.

Applications
Background services
Automation
Integration services
Monitoring agents
Backup systems
Scheduled jobs

Workload Identities

Cloud-native identities associated with compute. Workload identities should use short-lived tokens where supported.

Virtual machines
Containers
Kubernetes workloads
Functions
Managed services
Deployment jobs

Device Identities

Identities associated with hardware. Device state may be used as an access condition.

Managed workstations
Mobile devices
Privileged access workstations
Servers
Cloud hosts
IoT devices

Emergency Identities

Special identities maintained for recovery when ordinary identity systems are unavailable. These should be few in number, strongly protected, closely monitored, regularly tested, and rarely used.

Few in number
Strongly protected
Closely monitored
Regularly tested
Rarely used

Identity and Authentication Designprotected

Identity Source of Truth

The design should define which system is authoritative for:

Employees
Contractors
Partners
Customers
Groups
Employment status
Job role
Department
Manager
Cost center
Termination
Application ownership
Service identities

Possible sources include:

Human resources platform
Corporate directory
Identity governance platform
Customer identity platform
Cloud-native directory
Vendor directory

Conflicting sources of truth create delayed removal and inaccurate access.

Federation

Federation allows cloud services to trust identities authenticated by an external identity provider.

Benefits include:

Central authentication
Single sign-on
Central multi-factor authentication
Central lifecycle management
Reduced local accounts
Improved logging
Consistent policies

Common federation technologies include:

SAML
OpenID Connect
OAuth 2.0
Provider-specific federation
Workforce identity federation
Workload identity federation

Federation Design Questions

Assess:

Identity provider
Trust configuration
Claim mapping
Group mapping
Role assignment
Token lifetime
Session lifetime
Signing certificates
Certificate rotation
Logout
Failover
Break-glass access
External user behavior
Logging
Clock synchronization

A federation design should not assume every identity-provider attribute is trustworthy without governance.

Single Sign-On

Single sign-on should support:

Central authentication
Consistent policy
Reduced passwords
Faster access removal
Improved user experience

However, single sign-on also concentrates risk.

Controls should include:

Strong authentication
Device evaluation
Session controls
Risk detection
Privileged-access separation
Recovery procedures
Monitoring

Multi-Factor Authentication

Multi-factor authentication should be required for:

Administrators
Cloud-console access
Sensitive applications
Privileged elevation
Remote access
High-risk sessions
Security tooling
Billing administration
Identity administration
Break-glass validation where compatible

Prefer phishing-resistant methods for high-risk access. Examples include:

FIDO2 security keys
Passkeys
Certificate-based authentication
Hardware-backed authenticators

SMS and voice methods may provide weaker protection and should be evaluated accordingly.

Conditional Access

Conditional access may consider:

User risk
Sign-in risk
Device compliance
Device ownership
Network location
Geographic location
Application sensitivity
Authentication strength
Session risk
User type
Role
Platform
Time

Possible actions include:

Allow
Block
Require multi-factor authentication
Require stronger authentication
Require compliant device
Limit session duration
Require approval
Restrict download
Require managed application

Conditional-Access Design Principles

Do not rely solely on trusted network location.
Protect administrators more strongly than ordinary users.
Test policies before broad enforcement.
Maintain emergency-access exclusions where justified.
Monitor policy failures.
Avoid conflicting policies.
Document policy ownership.
Include contractors and guests.
Evaluate service accounts separately.
Use report-only or audit modes where available before enforcement.

Privileged and Administrative Accessprotected

Administrative Identity Model

Administrators should generally use separate accounts or identities for:

Routine work
Privileged work
Emergency access

This reduces the exposure of privileged credentials during:

Email use
Web browsing
Collaboration
Development
Ordinary support activity

Privileged Access Management

Privileged access should be:

Eligible rather than permanent
Time-bound
Approved where appropriate
Logged
Monitored
Reviewed
Protected by strong authentication
Restricted by device where justified

Privileged Role Categories

Examples include:

Organization administrator
Tenant administrator
Identity administrator
Security administrator
Network administrator
Billing administrator
Platform administrator
Account administrator
Subscription owner
Project owner
Key administrator
Secrets administrator
Audit administrator

The highest-level roles should have the fewest permanent assignments.

Privileged-Access Activation

An activation process may require:

Reason
Ticket or change reference
Approval
Multi-factor authentication
Authentication strength
Compliant device
Limited duration
Session monitoring
Notification
Post-activation review

Standing Access

Standing access may be justified for:

Specific operational roles
Automated emergency response
Limited read-only support
Continuous monitoring systems

Any standing privilege should include:

Business justification
Narrow scope
Owner
Monitoring
Review cadence
Expiration or reevaluation
Compensating controls

Segregation of Duties

The identity model should separate incompatible responsibilities where practical.

Examples:

A developer should not independently approve and deploy high-risk production changes.
A key administrator should not automatically read encrypted application data.
A billing administrator should not require platform-owner access.
An auditor should not be able to alter logs.
A security analyst should not automatically receive application-data access.
A user creating access roles should not independently approve their own elevation.

Authorization and Role Designprotected

Role-Based Access Control

Role-based access control grants permissions based on defined roles.

A role should represent:

A stable responsibility
A clear scope
A documented permission set
An accountable owner
A review process

Avoid roles that simply mirror individual employees.

Attribute-Based Access Control

Attribute-based access control evaluates attributes such as:

Department
Environment
Resource owner
Data classification
Region
Project
Customer
Device state
Access time

Benefits include:

Dynamic access
Reduced manual role assignments
Policy consistency

Risks include:

Incorrect attributes
Difficult troubleshooting
Excessive policy complexity
Hidden access paths
Dependency on metadata quality

Role Design Method

For each role define:

Role name
Purpose
Intended users
Permissions
Resource scope
Environment
Data access
Administrative actions
Prohibited actions
Approval
Duration
Logging
Owner
Review cadence

Role Design Principles

Begin with tasks, not job titles.
Separate read, operate, deploy, and administer permissions.
Scope roles narrowly.
Avoid wildcard permissions where practical.
Separate production and nonproduction.
Avoid embedding individual resource identifiers unnecessarily.
Use provider-managed roles when they match requirements.
Create custom roles only with ownership and testing.
Retire unused roles.
Monitor denied actions during role tuning.

Permission Boundaries

Permission boundaries and equivalent controls can limit the maximum permission an identity may receive.

Use them to:

Constrain delegated administration
Limit developer-created roles
Prevent privilege escalation
Restrict workloads to approved services
Separate environments

Permission boundaries do not grant access by themselves.

Organization-Level Guardrails

Organization-level policies can:

Restrict regions
Prohibit selected services
Limit account behavior
Prevent disabling logs
Restrict external sharing
Require approved identity patterns
Prevent creation of unmanaged access keys

Guardrails should not substitute for resource-level authorization.

Production Access

Production access should be:

Explicit
Limited
Time-bound where possible
Monitored
Reviewed
Separated from development access
Based on support responsibility
Documented

Developers may require production observability without broad production modification rights.

Nonproduction Access

Nonproduction access may be broader but should still protect:

Sensitive test data
Shared services
Deployment credentials
Network paths
Production secrets
Customer-derived data

Nonproduction should not serve as an indirect path to production.

Workload and Machine Identityprotected

Service Accounts

A service account should have:

A defined owner
A business or technical purpose
A creation date
A lifecycle
A permission scope
An environment
A credential method
Monitoring
Review
Retirement criteria

Avoid generic names such as:

svc-app
automation
admin-service
cloud-user

Names should identify purpose and ownership.

Static Credentials

Static credentials include:

Access keys
Passwords
Client secrets
Private keys
Shared tokens

Risks include:

Theft
Accidental exposure
Long lifespan
Unclear ownership
Difficult rotation
Reuse
Storage in source code or pipelines

Prefer short-lived credentials and managed identities.

Workload Identity

Workload identity allows a workload to obtain short-lived access based on its runtime identity.

Examples include:

Managed identities
Instance roles
Service accounts mapped to cloud identities
Workload identity federation
OIDC-based CI/CD federation

Benefits include:

No embedded secret
Short-lived token
Central policy
Easier rotation
Better auditability

CI/CD Identity

Deployment pipelines should use:

Dedicated nonhuman identities
Short-lived federation
Environment-specific permissions
Protected branches
Approval gates
Restricted production roles
Logged deployments
Artifact provenance where required

Avoid storing permanent owner-level keys in pipeline secrets.

Cross-Boundary and External Accessprotected

Cross-Account and Cross-Subscription Access

Cross-boundary access should define:

Trusting environment
Trusted environment
Role
Scope
Session duration
External identifier where applicable
Approval
Logging
Revocation
Ownership
Data access

Avoid unmanaged user duplication across accounts or subscriptions.

Cross-Tenant Access

Cross-tenant access may be required for:

Partners
Managed-service providers
Acquisitions
Joint ventures
Central security teams
Shared platforms

Assess:

Identity trust
Tenant restrictions
Multi-factor authentication
Device trust
Guest lifecycle
Data exposure
Administrative scope
Contractual requirements
Incident response
Offboarding

Contractor Access

Contractor access should include:

Sponsor
Start date
End date
Business purpose
Limited role
Strong authentication
Device requirements
Review
Logging
Automatic expiration
Offboarding

Contractor accounts should not remain active indefinitely.

Guest and Partner Access

Guest access should define:

Invitation authority
Sponsor
Allowed applications
Allowed resources
Authentication requirements
Access duration
Review cadence
Data restrictions
Removal
Incident handling

Lifecycle and Access Governanceprotected

Joiner, Mover, and Leaver Process

Joiner

Create identity through authoritative workflow.
Assign base groups.
Require approved access.
Verify authentication enrollment.
Record sponsor or manager.
Provide least privilege.

Mover

Reassess access after role or department change.
Remove obsolete permissions.
Update manager and ownership.
Review privileged access.
Validate segregation of duties.

Leaver

Disable interactive access promptly.
Revoke sessions.
Remove privileged eligibility.
Rotate owned secrets where required.
Transfer service ownership.
Remove external access.
Preserve evidence.
Review shared resources.

Access Requests

An access-request process should capture:

Requester
Identity
Role
Resource
Environment
Business reason
Duration
Approver
Data sensitivity
Segregation-of-duties impact
Ticket reference

Requests should not rely entirely on free-form text.

Access Approval

Approval may be required from:

Manager
Resource owner
Data owner
Security
Platform owner
Compliance
Application owner

Approval should reflect the access risk.

Access Reviews

Access reviews should cover:

Privileged access
Production access
Guest access
Contractor access
Service accounts
External trusts
High-risk roles
Inactive users
Unused access keys
Dormant workload identities

Access Review Outcomes

Possible outcomes include:

Retain
Reduce
Remove
Transfer ownership
Convert to time-bound access
Investigate
Accept temporarily with expiration

Review completion without remediation has limited value.

Emergency Access and Session Resilienceprotected

Emergency Access

Emergency access should support:

Identity-provider outage
Federation failure
Privileged-access system failure
Administrative lockout
Security incident
Cloud-control-plane recovery

Emergency-Access Requirements

Define:

Number of accounts
Storage of credentials
Authentication method
Exclusions
Monitoring
Alerting
Usage approval
Post-use review
Testing cadence
Rotation
Ownership
Recovery documentation

Emergency access should not depend entirely on the failed system it is intended to bypass.

Session Management

Define:

Token lifetime
Session lifetime
Idle timeout
Reauthentication
Privileged-session duration
Device change behavior
Risk-event response
Session revocation
Refresh-token policy
Browser persistence

Long sessions increase exposure after credential theft.

Authentication Recovery

Recovery processes may include:

Self-service recovery
Help-desk recovery
Administrative reset
Replacement security key
Lost-device response
Compromised-account response
Executive or high-risk-user recovery

Recovery should not be weaker than normal authentication.

Logging, Monitoring, and Incident Responseprotected

Identity Logging

Collect and protect logs for:

Successful sign-ins
Failed sign-ins
Multi-factor challenges
Risk events
Role assignments
Role activations
Policy changes
Group changes
Service-account creation
Access-key creation
Token issuance
Cross-account access
Guest invitations
Emergency-account use
Access-review decisions
Application-consent grants

Identity Monitoring

Monitor for:

Impossible travel
Suspicious location
New device
Unfamiliar sign-in
Password spraying
Multi-factor fatigue
Excessive failed access
New privileged role
Long-lived access-key creation
Unusual service-account activity
Cross-region access
Dormant account use
Emergency-account use
Policy disablement
Logging disablement
Privilege escalation

Identity Incident Response

Define procedures for:

Account compromise
Stolen token
Exposed access key
Malicious administrator
Orphaned account
Unauthorized role assignment
Cross-account trust abuse
Federated identity compromise
Service-account compromise
CI/CD credential compromise

Response actions may include:

Disable identity
Revoke sessions
Remove role
Rotate credentials
Block federation
Restrict network
Review logs
Identify affected resources
Rebuild trust
Notify stakeholders
Preserve evidence

Identity Data Protection

Identity systems contain sensitive information such as:

Names
Email addresses
Employment status
Roles
Device information
Risk indicators
Access history
Authentication methods

Define:

Access
Retention
Export
Encryption
Regional requirements
Privacy
Incident handling

Privilege Escalation and Attack Pathsprotected

Privilege Escalation Paths

Review whether a user can indirectly gain more access. Effective permission analysis should include indirect paths.

Editing roles
Passing roles to services
Modifying pipeline definitions
Reading deployment secrets
Changing group membership
Modifying federation claims
Assuming another role
Creating new service accounts
Attaching policies
Updating functions or virtual machines with privileged identities
Changing key policies
Altering logging
Modifying resource ownership

Identity Attack Paths

Common identity attack paths include:

Credential theft
Session-token theft
Multi-factor fatigue
Password spraying
OAuth consent abuse
Malicious federation
Role chaining
Service-account key exposure
CI/CD secret theft
Guest-account persistence
Abandoned contractor account
Privileged group modification
Emergency-account compromise

Example Current Stateprotected

Cloud access is managed through locally created users.
Twelve users have permanent owner-level permissions.
Several administrators use the same identity for email and cloud administration.
Multi-factor authentication is optional.
CI/CD uses a static access key stored in pipeline variables.
Service accounts have no documented owners.
Contractor accounts do not expire automatically.
Production and development share several roles.
Access reviews are not performed.
Emergency access has not been tested.

Example Target Stateprotected

Workforce users authenticate through federation.
Multi-factor authentication is mandatory.
Privileged administrators use separate identities.
High-risk roles are eligible and time-bound.
Production access requires explicit approval.
CI/CD uses workload federation and short-lived tokens.
Service accounts have owners, purpose, environment, and review dates.
Contractor access expires automatically.
Production and nonproduction roles are separate.
Privileged and external access is reviewed quarterly.
Emergency accounts are monitored and tested.
Identity logs are centralized in the security platform.

Example Findingsprotected

IAM-001 — Permanent Organization-Level Administrative Access

Category: Privileged Access
Severity: Critical
Confidence: Confirmed

Evidence: Twelve users hold permanent organization-level administrator access.

Risk: Compromise or misuse of any one identity may affect the entire cloud organization.

Required Action:

Remove permanent assignments except explicitly approved emergency identities.
Convert administrators to eligible, time-bound access.
Require strong multi-factor authentication.
Require justification and approval.
Monitor every activation.
Review use monthly.

Owner: Identity and Security Teams

Validation:

Review effective permissions.
Test activation.
Test removal after expiration.
Confirm security alerts.
Conduct privileged-access review.

IAM-002 — CI/CD Uses a Long-Lived Access Key

Category: Workload Identity
Severity: High
Confidence: Confirmed

Evidence: The production deployment pipeline retrieves a static cloud access key from pipeline variables.

Risk: The credential may be copied, exposed, or reused outside the pipeline.

Required Action: Replace the static key with OIDC-based workload federation and an environment-specific deployment role.

Validation:

Confirm no permanent key remains.
Test token issuance.
Confirm branch and repository conditions.
Validate least-privilege deployment.
Confirm audit logging.

IAM-003 — Contractor Accounts Have No Expiration

Category: External Access
Severity: High
Confidence: Confirmed

Risk: Contractors may retain access after their engagement ends.

Required Action: Require sponsor, end date, automatic expiration, and recurring access review.

Validation: Test expiration and sponsor notification.

Example Service-Identity Standardprotected

Each service identity must include:

Unique name
Workload
Environment
Technical owner
Business owner where applicable
Purpose
Permission scope
Authentication method
Creation date
Review date
Expiration or retirement trigger
Logging
Incident contact

Interactive login should be disabled unless explicitly required and approved.

Example Conditional-Access Policy Setprotected

Policy 1 — Administrators

Require phishing-resistant authentication.
Require compliant managed device.
Block legacy authentication.
Limit session duration.
Require reauthentication for elevation.
Exclude only monitored emergency accounts.

Policy 2 — Contractors

Require multi-factor authentication.
Require approved countries or regions where legally appropriate.
Limit session duration.
Block unmanaged download for sensitive applications.
Require automatic expiration.

Policy 3 — High-Risk Sign-In

Block or require strong step-up authentication.
Create security alert.
Revoke existing sessions where appropriate.

Metricsprotected

Useful Cloud Identity Metrics

Useful cloud identity metrics include:

Federated user percentage
Multi-factor authentication coverage
Phishing-resistant authentication coverage
Permanent privileged-role count
Eligible privileged-role count
Privileged activations
Privileged activations without ticket
Access requests by risk
Access-request completion time
Access-review completion
Access-review removals
Contractor accounts past expiration
Guest accounts without sponsors
Orphaned service accounts
Static access keys
Access keys past rotation date
Dormant identities
Dormant privileged identities
Shared accounts
Emergency-account tests
Suspicious sign-ins
Account-compromise incidents
Identity-policy exceptions
Exceptions past expiration
Workloads using managed identity
CI/CD pipelines using federation
Average time to revoke access
Terminated users with active sessions
Unauthorized privilege-escalation attempts

Governance Recommendationsprotected

Define:

Identity source of truth
Federation standards
Authentication standards
Multi-factor authentication
Phishing-resistant authentication
Conditional access
Administrative identity separation
Privileged-access management
Role design
Custom-role approval
Workload identity
Service-account ownership
Static credential exceptions
CI/CD access
Production access
Cross-account access
Cross-tenant access
Contractor access
Guest access
Access requests
Access approval
Joiner, mover, and leaver
Access reviews
Emergency access
Session management
Authentication recovery
Identity logging
Monitoring
Incident response
Exception management
Role retirement
AI-assisted identity analysis validation

Suggested Review Cadenceprotected

Continuous

Monitor:

Sign-in risk
Privileged-role changes
Access-key creation
Emergency-account use
Suspicious service-account activity
Federation changes
Logging disablement

Monthly

Review:

Permanent privileged access
Dormant administrators
Static credentials
Contractor expiration
Identity exceptions
Emergency-access health

Quarterly

Review:

Privileged eligibility
Production access
Guest access
Service-account ownership
Cross-account trusts
CI/CD identities
High-risk roles

Semiannually

Review:

Role catalog
Conditional-access policy
Federation claims
Authentication methods
Segregation of duties
Identity incident trends

Annually

Review. Also review immediately after a material identity incident, merger, provider change, or major organizational restructuring.

Identity architecture
Identity provider strategy
Customer-identity model
Cloud-provider capability changes
Governance effectiveness
Recovery design

Security Considerationsprotected

Cloud identity assessments contain sensitive information such as:

Administrator identities
Role assignments
Trust policies
Federation configuration
Service accounts
Credential types
Emergency-access design
Privilege-escalation paths
Security incidents
Access-review findings

Before sharing information with an AI system:

Remove passwords.
Remove access keys.
Remove tokens.
Remove private keys.
Remove active client secrets.
Remove recovery codes.
Remove emergency credentials.
Sanitize user information where required.
Avoid sharing full trust-policy details unless approved.
Follow identity and vulnerability-handling procedures.
Confirm the AI platform is approved.
Confirm retention and training settings.
Restrict distribution of the output.

Do not use AI output as the sole basis for removing critical production access or modifying high-risk identity policy.

Automation Opportunitiesprotected

Identity inventory
Privileged-role analysis
Access-key discovery
Service-account ownership review
Role-policy analysis
Access-review preparation
Joiner, mover, and leaver validation
Contractor-expiration monitoring
Conditional-access assessment
CI/CD identity review
Cross-account trust review
Privilege-escalation analysis
Identity-governance reporting
Audit evidence generation
A mature automated identity workflow could: collect identities and role assignments; resolve effective permissions; identify static credentials; identify permanent privilege; identify dormant and orphaned identities; detect cross-account trusts; map service ownership; generate review recommendations; require owner confirmation; apply approved changes; validate effective access; record evidence; reassess continuously.

Pro Tipsprotected

Treat identity as a primary security boundary.
Establish one authoritative source for workforce identities.
Federate human access.
Minimize local cloud users.
Separate routine and privileged identities.
Replace standing privilege with time-bound eligibility.
Use phishing-resistant authentication for high-risk roles.
Design roles around tasks.
Separate read, operate, deploy, approve, and administer permissions.
Separate production and nonproduction access.
Review wildcard permissions.
Analyze indirect privilege-escalation paths.
Prefer workload identity over static credentials.
Replace CI/CD keys with federation.
Assign owners to every service account.
Expire contractor and guest access.
Revoke sessions during offboarding.
Review access regularly.
Protect and test emergency access.
Centralize identity logging.
Alert on privileged and trust changes.
Test conditional-access policies before enforcement.
Document exceptions and expiration.
Measure access removal, not only review completion.
Require human validation of AI-generated permission analysis.

Common Mistakesprotected

Treating Authentication as Authorization: A valid identity does not automatically have permission to access a resource.
Granting Access by Job Title Alone: Job titles are often too broad and inconsistent to define permissions.
Using Permanent Administrator Roles: Permanent privilege increases exposure and reduces accountability.
Using the Same Identity for Routine and Privileged Work: This increases the likelihood that privileged credentials are exposed.
Depending on Password-Based Multi-Factor Authentication: High-risk administrators should use phishing-resistant methods where practical.
Relying on Trusted Network Location: Network location can be spoofed, misconfigured, or compromised.
Creating Too Many Custom Roles: Custom roles create lifecycle, testing, and audit overhead.
Using Wildcard Permissions: Wildcard permissions may grant unexpected current or future capabilities.
Ignoring Indirect Privilege Escalation: A user may gain privilege by modifying roles, pipelines, functions, or trust policies.
Using Static CI/CD Keys: Long-lived pipeline credentials are difficult to contain and rotate.
Leaving Service Accounts Unowned: Unowned identities tend to retain excessive access indefinitely.
Allowing Service Accounts to Log In Interactively: Nonhuman identities should not behave like routine human accounts without explicit need.
Sharing Administrator Accounts: Shared identities eliminate individual accountability.
Ignoring Contractor Expiration: External access should have an explicit end date.
Completing Access Reviews Without Removing Access: A review is only effective when decisions are implemented.
Failing to Test Emergency Access: Emergency identities may fail when federation or privilege systems are unavailable.
Excluding Administrators from Security Controls: Administrators require stronger controls, not weaker controls.
Overly Restrictive Conditional Access: Poorly tested policies can cause enterprise lockout.
Relying on Group Names: A group name does not prove its membership or effective permissions are correct.
Failing to Revoke Sessions: Disabling an account may not invalidate all existing tokens immediately.
Treating AI Permission Analysis as Complete: Effective access may depend on nested groups, trust policies, conditions, resource policies, and indirect actions not present in the supplied input.

Brian Diamond

Founder, BrianOnAI

Twenty-five years designing, operating, and governing enterprise infrastructure — from MSP operations across dozens of client environments to enterprise infrastructure leadership. This blueprint codifies the operating model he's implemented in production, not theory.

Related Blueprints

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⚠ Normalization Warnings — 13 for review

RESTRUCTURE: 'Primary Prompt' and 'Follow-Up Prompts' (two source H1s plus 14 H2 follow-ups) combined into one prompt_pack tool with 15 prompts; 'when' guidance lines are editorial additions, prompt text verbatim. Note: prompt text runs together without spaces/line breaks in the source extraction (e.g. 'controls.I will provide') and was preserved verbatim as extracted — confirm original spacing on review.
GROUPING: The ~40 flat domain H1 sections were grouped by theme into body GROUPS (Identity and Authentication Design, Privileged and Administrative Access, Authorization and Role Design, Workload and Machine Identity, Cross-Boundary and External Access, Lifecycle and Access Governance, Emergency Access and Session Resilience, Logging/Monitoring/Incident Response) to avoid a flat 50+ section render. Grouping boundaries are editorial — confirm.
CLASSIFICATION: 'Identity Types' classified as body/reference (consulted taxonomy of identity categories with definitions), not prose. Confirm.
CLASSIFICATION: 'Privilege Escalation Paths' and 'Identity Attack Paths' merged into one body/reference section 'Privilege Escalation and Attack Paths' (consulted lists, not completed). Confirm merge.
CLASSIFICATION: 'Metrics' and 'Suggested Review Cadence' classified as body/reference. 'Metrics' is a single flat list rendered as one tier; review cadence tiers map to Continuous/Monthly/Quarterly/Semiannually/Annually. Confirm.
CLASSIFICATION TO CONFIRM: 'Prerequisites' classified as a checklist TOOL (gather-before-start items). Alternative: body/prose.
CLASSIFICATION TO CONFIRM: 'Validation Plan' and 'Identity Test Scenarios' classified as checklist TOOLS (verifiable/exercisable items). Alternatives: body/reference. Both are distinct from the 'Validation Checklist' tool.
CLASSIFICATION: 'Example Role Matrix' from a real table -> matrix tool; 'Identity Risk Register' from a real table -> matrix tool. rubric left empty for both (no scoring scheme stated in doc). skeleton_rows: 0.
CLASSIFICATION: Three 'Example Finding' H1s consolidated into one body/example section 'Example Findings' (IAM-001/002/003). Example Current State, Example Target State, Example Service-Identity Standard, and Example Conditional-Access Policy Set kept as body/example.
PLAYBOOK: 'Security Considerations' kept as a body/prose section (contains AI-sharing sanitization guidance and operational detail) rather than a flat playbook list; playbook.security_considerations left empty intentionally. Confirm.
PLAYBOOK: 'Implementation Roadmap' (5 phases) mapped to playbook.roadmap with phase names as horizons; also reflected in overlay.phases. 'Automation Opportunities' includes the numbered 'mature automated workflow' sequence collapsed into a final combined item — confirm or split.
STATS: deliverables counted as 9 tools; prompts counted as 15 (1 primary + 14 follow-ups). No Quick Wins section exists; playbook.quick_wins intentionally empty.
OVERLAY: phases, insights, and stats derived from the doc's actual roadmap and editorial position. hours_saved '8-35' from 'Estimated Time Saved: 8–35 hours'.

SEO Block

Title tag: Design Cloud Identity and Access Controls | ABME (48 chars)
Meta: Design least-privileged, traceable cloud identity: federation, phishing-resistant MFA, eligible privileged access, workload federation, and tested emergency access. (164 chars)
Schema: HowTo · noindex: false
Related: cl-001, cl-002, cl-004, cl-005, cl-006, cl-007, cl-008, cl-009, cl-010, ai-003, ai-008, ai-009, ai-010
Keywords: cloud identity design, cloud iam, privileged access management, conditional access, workload identity federation, cloud rbac, service account governance, joiner mover leaver, least privilege cloud, ci/cd oidc federation, emergency access break-glass, privilege escalation paths

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Stop One Compromised Credential from Owning Your Entire Cloud Estate — Design Governed Identity and Access

Executive Brief

Your Challenge

Common Obstacles

The ABME Approach

Insight Summary

The Journey

Discover, Contain, and Establish Truth

Federate Workforce and Authentication

Implement Privileged and Authorization Controls

Modernize Workload and Machine Identity

Govern, Validate, and Sustain

What's Inside the Execution Layer

Prerequisites Checklist

Cloud Identity Design Prompt Pack

Primary Prompt

Inventory Cloud Identities

Review Privileged Access

Design Conditional Access

Design Cloud Roles

Review Role Permissions

Design Workload Identity

Review Service Accounts

Design CI/CD Access

Design Cross-Account Access

Design Contractor Access

Design Access Reviews

Design Emergency Access

Analyze Privilege-Escalation Paths

Create an Identity Roadmap

Example Role Matrix

Identity Risk Register

Validation Plan

Identity Test Scenarios

Authentication Tests

Authorization Tests

Workload Identity Tests

Lifecycle Tests

Validation Checklist

Identity Foundation

Authentication

Privileged Access

Authorization

Workload Identity

External Access

Lifecycle

Monitoring

Governance

Full Playbook

Overviewpublic

Business Problempublic

Typical Use Casespublic

Do NOT Use This Workflow Whenpublic

Expected Outcomepublic

Identity Design Objectivesprotected

Identity Typesprotected

Workforce Identities

Customer Identities

Service Identities

Workload Identities

Device Identities

Emergency Identities

Identity and Authentication Designprotected

Identity Source of Truth

Federation

Federation Design Questions

Single Sign-On

Multi-Factor Authentication

Conditional Access

Conditional-Access Design Principles

Privileged and Administrative Accessprotected

Administrative Identity Model

Privileged Access Management

Privileged Role Categories

Privileged-Access Activation

Standing Access

Segregation of Duties

Authorization and Role Designprotected

Role-Based Access Control

Attribute-Based Access Control