BeyondTrust Entitle vs CyberArk Just-in-Time Access: PAM JIT Comparison 2026

JIT provisioning and JIT access are often used interchangeably but represent two related but distinct patterns. JIT account provisioning creates a temporary privileged account on a target system at request time and deletes it when the session ends. The account never exists outside of an active, approved session, so there are no persistent privileged accounts for an attacker to discover and exploit. CyberArk's Dynamic Privileged Access capability uses this pattern: it provisions ephemeral administrator accounts on Windows or Linux systems, records the session, and removes the account automatically.

JIT role or permission elevation takes a different approach. Rather than creating a new account, it elevates an existing standard account by assigning it elevated roles or group memberships on a time-limited basis. When the time window closes or the task is marked complete, the elevated role assignment is revoked and the account returns to its baseline permissions. BeyondTrust Entitle operates primarily in this pattern for cloud environments: it assigns an AWS IAM role, Azure RBAC role, or Kubernetes ClusterRole to a user's existing identity for a defined time window, then revokes the assignment automatically.

Both patterns eliminate standing privilege but have different operational implications. Ephemeral account provisioning is well suited to on-premises systems where administrator accounts are the primary access mechanism. Role elevation is better suited to cloud environments where IAM roles and RBAC bindings are the native access control model and creating temporary accounts is architecturally awkward or unsupported by the target platform.

BeyondTrust Entitle is built on a permission graph that maps users, roles, groups, and resources across connected platforms into a unified model. The platform integrates natively with AWS IAM, Azure RBAC, GCP IAM, Kubernetes RBAC, Okta, Entra ID, GitHub, Salesforce, Snowflake, and dozens of other SaaS and cloud platforms through a connector library. When a user requests elevated access, Entitle evaluates the request against the permission graph to determine if the requested role is appropriate for the user's organizational context, routes the request to an approver (manager, resource owner, or security team), and provisions the elevated permission for the approved duration.

Entitle's cloud-native approach means it does not require a credential vault for cloud environments. AWS IAM roles are not passwords that can be stored in a vault; they are access policies that are assigned to identities. Entitle manages the assignment lifecycle natively through cloud provider APIs, which is architecturally cleaner than attempting to vault cloud credentials through a platform designed for on-premises passwords.

The platform provides an access graph visualization that shows every permission path a given user has to every connected resource, including transitive permissions (permissions inherited through group membership or role chaining). This visibility is valuable beyond JIT provisioning: security teams use the access graph to identify over-permissioned accounts and toxic permission combinations that create privilege escalation paths.

For approval workflows, Entitle integrates with Slack and Microsoft Teams to surface access requests directly in the communication tools that approvers already use, reducing approval friction and improving response time compared to ITSM-based workflows that require approvers to navigate to a separate portal. Approval policies can be defined to require no approval (self-service for low-risk roles), single manager approval, dual approval, or breakglass workflows for emergency access that bypass normal approval but generate immediate alerts and audit records.

Entitle's breakglass access capability is particularly relevant for incident response scenarios where normal approval workflows create unacceptable delays. Breakglass grants are provisioned immediately but logged with full session recording, approver notification, and mandatory post-access review to maintain audit defensibility while eliminating operational friction in emergencies.

CyberArk's JIT capability is delivered through Dynamic Privileged Access within CyberArk Privilege Cloud, which manages the full PAM lifecycle: credential vaulting, session recording, privileged session management, and JIT account provisioning. CyberArk's approach to JIT is closely integrated with the vault: when a user requests privileged access to a target system, CyberArk provisions an ephemeral account on that system using credentials managed through the vault, records the session through the Privileged Session Manager, and deprovisions the account when the session ends.

For Windows environments, CyberArk provisions JIT accounts as temporary local administrator or domain accounts. For Linux, it creates temporary SSH accounts with appropriate sudo rights for the approved scope. For cloud environments, CyberArk integrates with AWS IAM, Azure AD, and GCP through its cloud entitlements management capabilities, though cloud IAM governance is less native in CyberArk than in purpose-built cloud identity platforms.

CyberArk's session recording capability is mature and comprehensive. The Privileged Session Manager records full keystroke-level logs and screen recordings of every privileged session, with DVR-like playback and search capabilities that allow security teams to investigate specific commands or actions within a session. This depth of session recording is CyberArk's strongest differentiator for compliance scenarios where detailed privileged session audit trails are required by auditors.

Conjur, CyberArk's secrets management platform, extends the vault-centric model to machine identities and application credentials. JIT secret access through Conjur allows applications and CI/CD pipelines to receive short-lived credentials for database access, API keys, and service account tokens without those credentials being hardcoded or persisted. This extends the JIT model from human privileged access to non-human identity, which is a growing attack surface as service accounts accumulate in complex application environments.

CyberArk Privilege Cloud is delivered as a SaaS platform with components running both in CyberArk's cloud and optionally on-premises through the Connector component, which handles communication between cloud-managed policy and on-premises target systems. This hybrid deployment model addresses organizations with regulatory requirements that prevent storing privileged session recordings in third-party cloud infrastructure.

The following comparison covers the dimensions most relevant to organizations evaluating JIT provisioning solutions for enterprise PAM programs.

The choice between BeyondTrust Entitle and CyberArk JIT ultimately depends on the primary environment requiring JIT coverage and the broader PAM context in which JIT will operate.

Organizations frequently ask whether BeyondTrust Entitle and CyberArk can coexist in the same environment. The short answer is yes, and the combination is common in practice: CyberArk manages on-premises privileged account vaulting and session recording, while Entitle manages cloud IAM and SaaS JIT provisioning. This division of responsibility reflects the architectural strengths of each platform and avoids forcing either tool to cover environments where the other is more native.

Migrating from standing privilege to JIT provisioning on either platform requires a discovery phase that identifies all existing standing privileged account holders, all shared accounts (which should be eliminated as part of the JIT adoption), and all access paths that need to be reproduced in the JIT model. Both vendors provide discovery tooling and professional services for this phase.

The most common implementation challenge is not technical but organizational: application teams and administrators accustomed to standing access resist JIT workflows that require explicit requests even for routine tasks. Both platforms address this through self-approval rules (low-risk access can be self-served without manual approver involvement) and by setting approval SLAs that route to secondary approvers automatically if the primary approver does not respond within a defined window. Designing approval policies that are appropriately frictionless for routine access while maintaining control for sensitive access is the primary implementation decision that determines whether JIT adoption succeeds or creates a shadow access workaround culture.