Cloud Infrastructure Entitlement Management

In cloud environments, permissions effectively define the security boundary. Overly permissive identities—including users, roles, service accounts, and automated workloads—introduce significant yet often invisible risk across the infrastructure.

Cloud Infrastructure Entitlement Management (CIEM) focuses on continuously discovering and evaluating identity permissions, and systematically right-sizing access across cloud environments. The goal is to enforce least-privilege access by ensuring identities have only the permissions they truly need, while proactively identifying and remediating excess privileges before they can be exploited.

1. Cloud permissions sprawl quickly

Cloud environments make it easy to grant permissions. IAM roles are created for convenience, inherited from templates, or duplicated from other accounts. Service accounts accumulate permissions as applications expand. By the time a formal review occurs, most cloud identities hold far more access than they need.

2. The blast radius of compromised cloud credentials is enormous

A compromised cloud credential with broad permissions doesn't just expose one system — it can expose every resource the identity can reach. In poorly designed cloud environments, that can mean an entire account, entire storage landscape, or access to production databases across multiple regions.

3. Least privilege is hard to maintain at scale

The principle of least privilege is universally acknowledged. Actually implementing it across hundreds of IAM roles, thousands of policies, and dozens of service accounts and maintaining it as the environment evolves requires tooling that most organizations don't have.

4. Automation and service accounts create unique exposure

Automated processes, CI/CD pipelines, and service accounts often hold elevated permissions granted for convenience during development and never reduced. These non-human identities are frequently overlooked in access reviews and represent persistent, often unmonitored privileged access.

Identity discovery and inventory

Complete discovery of all identities across cloud environments including identities outside formal IT provisioning.

Permission analysis and effective access

Understanding what permissions an identity holds is only the first step. Effective access analysis determines what an identity can actually do — accounting for policy inheritance, permission boundaries, conditions, and service control policies.

• Direct permission grants

• Role-based access and inheritance

• Cross-account access and federation

• Service control policy constraints

• Condition-based access rules

Overprivilege identification

Identities with excessive permissions are identified — focusing on those that hold permissions they've never used, permissions that exceed operational requirements, or permissions that provide access to high-value resources like production databases, credential stores, or administrative interfaces.

Risk prioritization

Not all overprivilege carries equal risk. CIEM prioritizes findings based on identity sensitivity, the nature of the excess permissions, the resources those permissions could reach, and whether the identity has indicators of compromise or anomalous usage.

Remediation and right-sizing

Remediation paths include permission removal, role consolidation, policy scoping, and the implementation of permission boundaries or service control policies. Right-sizing is tracked and validated — not assumed from change request closure.

• Multi-cloud identity discovery: All identities across AWS, Azure, and GCP are discovered and inventoried — including service accounts, automated processes, and federated identities.
• Effective access analysis: The platform evaluates what identities can actually do — not just what policies are attached — accounting for inheritance, conditions, and cross-account relationships.
• Overprivilege identification: Identities with permissions exceeding operational use are flagged, with risk context drawn from the sensitivity of accessible resources and usage history.
• Integrated posture view: Identity risk findings are evaluated alongside configuration posture, vulnerability data, and exposure state in the same unified risk model.
• Remediation tracking: Permission corrections are tracked through to validated state, with drift detection that flags if right-sized permissions expand again.

• Total cloud identities vs. identities with excess permissions
• Percentage of permissions that have never been used
• High-risk identity count — excessive access to sensitive resources
• Service account overprivilege rate
• Mean time to detect and correct entitlement drift
• Cross-account access risk findings
• Remediation rate for overprivileged findings by identity type