Identities have become the most exploited entry point in cloud environments. According to Microsoft's Digital Defense Report, over 99% of identity attacks could be blocked with basic hygiene — yet organizations running at cloud scale still struggle to answer the most fundamental question: who can actually access what in my Azure environment?
Cloud access governance answers that question continuously, not just during scheduled reviews.
This guide covers what cloud access governance means in practice, why Azure environments create specific identity challenges, what capabilities your tooling should provide, and how TENET approaches the problem.
What is cloud access governance?
Cloud access governance is the discipline of continuously managing, monitoring, and enforcing who can access what across your cloud estate — and under what conditions.
It goes well beyond creating users and assigning roles. Cloud access governance covers the full lifecycle of identities across an organization: provisioning, permissions assignment, behavioral monitoring, access reviews, and deprovisioning. It also extends beyond human users to include service principals, managed identities, and third-party OAuth applications.
In practice, cloud access governance asks — and answers — a set of questions that many organizations cannot currently answer in real time:
- Which identities have permissions they do not use?
- Which service principals have more access than their function requires?
- Are any privileged identities dormant?
- Which OAuth-consented applications have access to sensitive data?
- Which identities, if compromised, could reach crown-jewel resources?
- Where does standing access create unnecessary risk?
If these questions take days to answer — or produce incomplete answers — your governance posture has a gap.
Why Azure creates specific identity challenges
Azure environments are not static. Subscriptions are added, resources are deployed, role assignments are created directly in the portal without formal review, and workload identities accumulate permissions that were reasonable for one task but were never cleaned up.
Several patterns make Azure identity risk especially hard to manage with traditional tools.
Role assignment sprawl. Azure RBAC is powerful, but it can also produce complex webs of inherited permissions. A single identity may hold assignments at the subscription level, resource group level, and individual resource level simultaneously. Understanding the effective permissions that result requires correlating multiple assignments — not just reading a single policy.
Non-human identity growth. Managed identities and service principals multiply as teams automate. These identities often hold permissions equivalent to privileged human users but receive less scrutiny. They do not log into portals, do not trigger MFA, and are rarely included in periodic access reviews.
Overly permissive defaults. Built-in roles like Contributor and User Access Administrator are broad. Teams frequently assign them for convenience and never revisit. The resulting access far exceeds what any workload or user actually needs.
Temporary access that becomes permanent. Break-glass accounts, guest users, and elevated assignments created for specific incidents often stay active long after the need passes. Identifying and revoking that access requires dedicated tooling.
OAuth application blindspots. Users and administrators routinely consent to third-party applications that request broad Graph API permissions. These consented apps may have access to email, calendars, directory data, and files — with no visibility into how those permissions are being exercised.
The difference between IAM and CIEM
Traditional IAM (identity and access management) focuses on creating identities and defining permissions. It answers: what access did we assign?
CIEM (cloud infrastructure entitlement management) focuses on what is actually happening. It answers: what access is being used, what is excessive, and what creates risk?
In Azure terms, IAM is the control plane. CIEM is the observability layer that tells you whether the control plane is configured safely and whether permissions are behaving as expected.
A CIEM platform does not replace Azure AD, Entra ID, or your existing role management processes. It works alongside them to provide continuous visibility into the gap between intended access and effective access — and to flag the conditions where that gap introduces real risk.
What effective access governance looks like in Azure
Effective access governance in Azure requires visibility across four interconnected areas.
1. Identity inventory with risk context
You cannot govern what you cannot see. An identity inventory provides a complete picture of every principal in the environment — users, service principals, managed identities, groups, and guest accounts — along with the roles they hold, the resources they can reach, and a risk assessment based on privilege, activity, and configuration.
This inventory should be searchable and filterable so security teams can answer specific questions quickly: which identities hold Owner or Global Administrator? Which managed identities have Key Vault access? Which guest accounts have subscription-level permissions?
Risk context matters as much as the inventory itself. A single identity holding Contributor across three subscriptions with no MFA is a different risk profile than an identity with read-only access to a non-sensitive resource group.
2. Effective permissions analysis
Role assignments describe intended access. Effective permissions describe what an identity can actually do, accounting for all assignment paths, group memberships, subscription inheritance, and conditional controls.
The gap between the two is where access governance failures hide. An identity may hold a role assignment that looks innocuous in isolation while its group memberships grant full administrative access to production systems. Without effective permissions analysis, that gap is invisible.
This analysis also extends to non-human identities. A service principal's effective permissions across multiple subscriptions may be broader than any single role assignment suggests. Understanding the combined blast radius matters when prioritizing remediation.
3. Behavioral anomaly detection
Static permissions analysis tells you what is possible. Behavioral analysis tells you what is happening.
Anomaly detection in the identity context watches for patterns that deviate from expected behavior — impossible travel events, authentication via legacy protocols that bypass MFA, bulk directory operations outside normal working hours, and sudden permission escalations that do not follow normal change workflows.
These signals are important not because every anomaly is an active attack, but because they indicate conditions that deserve investigation. A dormant service principal that suddenly becomes active and starts modifying role assignments is categorically different from the same service principal running routine backups.
4. Attack path analysis
Individual risk signals are useful. Understanding how they combine is more useful.
Attack path analysis maps the relationships between identities, permissions, network exposure, and sensitive resources to show where a compromised account or service principal could reach. A single identity with User Access Administrator permissions may seem like a medium-risk finding in isolation. Combined with write access to a key vault and a path to production databases, the same finding becomes critical.
Blast radius analysis extends this further. It shows not just whether an attack path exists, but how many nodes — resources, identities, and systems — are reachable if a given identity is compromised. That framing helps teams prioritize remediation according to business impact, not just technical severity.
Access governance and compliance
Many regulatory frameworks and security standards include specific controls around identity access management. NIS2 Article 21 addresses access control for critical systems. NIST CSF 2.0's PR.AA control family covers identity management and access authorization. CIS Controls include dedicated controls for controlled use of administrative privileges and access management.
Access governance tooling helps organizations meet these requirements continuously rather than through point-in-time audits. When compliance reviews require evidence of access control effectiveness, a platform that continuously monitors and records the identity posture provides a much stronger basis for that evidence than a spreadsheet reviewed quarterly.
The connection between governance findings and compliance frameworks also helps teams communicate risk in terms that resonate with stakeholders outside the security team. Rather than reporting a list of overprivileged service principals, teams can map those findings to specific control requirements and demonstrate remediation progress against compliance obligations.
Common access governance failures to avoid
Understanding what goes wrong in practice helps shape a more effective program.
Treating access reviews as a checkbox exercise. Quarterly reviews that produce rubber-stamp approvals do not reduce risk. Effective access governance requires reviews that surface genuine anomalies and generate real remediation actions, not just certification that a list of role assignments looks familiar.
Excluding non-human identities. Service principals and managed identities often hold the most sensitive access in an Azure environment. Leaving them out of governance scope creates a significant blind spot.
Ignoring OAuth-consented applications. Third-party applications that have been granted permission through Microsoft's OAuth flow are effectively identities in your tenant. They can read mail, access files, and query directory data. Managing this surface requires dedicated visibility into what has been consented and what those consents actually allow.
Relying on manual correlation. Azure environments generate enormous volumes of audit log data. Correlating that data manually to identify anomalies, trace effective permissions, or map attack paths is impractical at scale. Automation is not optional for organizations beyond a certain size.
Treating governance as a security-only problem. Access governance failures have compliance, operational, and reputational consequences, not just security consequences. The teams responsible for governance should include both security and IT operations, and findings should be communicated in terms relevant to each audience.
How TENET approaches access governance for Azure
TENET is built specifically for Azure environments. Rather than adapting a multi-cloud product to Azure's identity model, TENET is designed from the ground up to work with the specific role types, assignment scopes, identity categories, and behavioral signals that Azure and Entra ID produce.
Identity inventory with risk scoring
TENET builds and continuously updates a full inventory of identities across your Azure estate — users, service principals, managed identities, and groups — enriched with effective permissions, role assignments, and risk signals. The inventory is queryable so teams can surface specific risk patterns without manual investigation.
Risk scoring combines privilege level, permissions scope, authentication configuration, activity history, and anomaly indicators to produce a risk profile for each identity. That profile makes it straightforward to prioritize which identities need immediate attention.
Effective permissions across subscriptions
TENET maps effective permissions across all assignment layers — subscription, resource group, and individual resource — to show what each identity can actually do, not just what their role assignments say. This includes inherited permissions, group-based assignments, and the combined impact of multiple roles.
For service principals and managed identities, TENET traces permissions across subscription boundaries so teams can understand the full blast radius of a non-human identity that operates across multiple parts of the estate.
Behavioral anomaly detection
TENET monitors identity behavior against expected baselines and flags deviations that warrant investigation. This includes impossible travel events, legacy authentication protocol usage, bulk directory write operations, unusual permission grants, and dormant account activity.
These signals are surfaced with context — not just what happened, but why it matters and what remediation looks like.
Attack path and blast radius analysis
TENET's attack path graph connects identity risk with resource exposure to show how a compromised or over-permissioned identity could move laterally to high-value targets. Blast radius scores show how many nodes are reachable from a given starting point, helping teams prioritize the identities that create the most significant risk to the environment.
Dormant account detection
TENET identifies identities that have not authenticated in over 90 days but still hold active privileged role assignments. These dormant accounts represent abandoned standing access — a quiet risk that grows more dangerous the longer it remains unaddressed.
OAuth and third-party app governance
TENET inventories OAuth-consented applications across the Entra ID tenant and scores each application for risk based on the permissions granted, the publisher's verification status, and the sensitivity of the data those permissions expose. This gives teams visibility into a surface that is frequently overlooked in traditional IAM reviews.
Natural language entitlement queries with Brite AI
One of the barriers to effective access governance is that the questions teams need to answer require significant technical expertise to investigate. Which identities can write to storage accounts in the production subscription? Which service principals have Key Vault access and have not authenticated in 60 days?
TENET's Brite AI capability allows teams to ask entitlement questions in natural language and receive accurate, context-aware answers drawn from the live identity inventory. This lowers the barrier for cloud engineers, compliance teams, and security analysts who need access governance insights without deep familiarity with Azure RBAC internals.
Getting started
Effective access governance starts with visibility. The first step is understanding what identities exist, what they can access, and which ones create risk that exceeds what the business requires.
TENET is designed to deliver that visibility quickly — without requiring agent deployment, complex configuration, or a dedicated identity team. Most organizations are working through their identity inventory and seeing their first risk findings within minutes of connecting their Azure environment.
If you are working to reduce identity attack surface, strengthen compliance posture, or simply answer the question of who can access what in your Azure environment, try TENET for free or speak with our team to see how access governance works in practice.