Workforce Identity and Zero Trust: Okta vs Microsoft Entra vs Ping Identity vs CyberArk vs ForgeRock

Zero trust is frequently described as a philosophy rather than a product, which is accurate but unhelpful for security architects who need to select and deploy specific technology. At the identity layer, zero trust has concrete technical requirements that differ from what traditional IAM platforms provide.

Continuous verification means identity trust is not established once at login and assumed to persist. It means that risk signals continue to be evaluated during an active session and that the identity platform can take action (step up MFA, reduce session privilege, or terminate the session) when signals change. Most identity platforms provide MFA at login. Fewer provide continuous post-login evaluation with real-time session intervention capability.

Device posture integration means access decisions incorporate the security state of the device being used, not just the identity of the user. A valid user credential on an unmanaged personal device with no MDM enrollment and no endpoint protection should receive different access than the same credential on a corporate-managed device that has passed all compliance checks. Implementing this requires the identity platform to receive and act on device health signals from MDM and EDR platforms.

Risk-based conditional access means access policy evaluates multiple signals simultaneously: the identity of the requester, the device state, the geolocation, the time of day, the sensitivity of the resource being accessed, and behavioral signals like impossible travel or credential stuffing pattern detection. Simple MFA policies that apply the same step-up requirements regardless of context are not zero trust conditional access; they are just MFA.

Least privilege and session re-evaluation mean that access scope is limited to what is necessary for the specific task being performed, and that scope can be reduced or revoked mid-session when the task is complete or risk conditions change. Most identity platforms issue broad session tokens that remain valid until expiration. Zero trust requires that those tokens be scoped to minimum necessary access and that revocation can happen in real time.

Okta's zero trust positioning is built around Okta Identity Engine (OIE), the platform architecture that replaced the classic Okta platform and enables more granular and dynamic authentication policy than the previous generation. OIE supports authentication policy that evaluates multiple signals simultaneously and supports step-up authentication, device trust requirements, and network zone enforcement as conditions on individual application access.

Okta ThreatInsight aggregates authentication telemetry across Okta's customer base to identify IP addresses associated with credential stuffing, brute force campaigns, and other authentication attacks. ThreatInsight operates as a shared threat intelligence layer that allows Okta to block known malicious IPs before authentication succeeds, without each customer needing to maintain their own IP blocklist. This collective defense capability is a meaningful differentiator for organizations that cannot maintain independent threat intelligence for authentication attack detection.

Device trust in Okta is delivered through Okta Device Access and FastPass. Okta FastPass is a phishing-resistant authenticator installed on managed devices that evaluates device posture signals at authentication time, including MDM enrollment status, screen lock enforcement, OS version, and endpoint detection agent presence. For managed devices with Okta FastPass, authentication can be passwordless and phishing-resistant while simultaneously confirming that the device is corporate-managed and compliant.

Okta's MDM integrations cover Jamf Pro, Microsoft Intune, VMware Workspace ONE, and Google Endpoint Management, allowing device compliance signals from these platforms to be evaluated as conditions in Okta authentication policies. Unmanaged devices can be blocked from accessing sensitive applications, redirected to an enrollment workflow, or permitted access to a reduced set of resources defined by network zone policy.

The integration breadth of Okta's app catalog (more than 18,000 pre-built integrations) is the operational advantage that makes Okta the default choice for organizations with diverse SaaS portfolios. Zero trust benefits from broad SSO coverage because applications not integrated into the identity platform cannot have their access governed by zero trust policy, creating blind spots where users authenticate directly to applications without any risk signal evaluation.

Microsoft Entra ID's Conditional Access engine is widely regarded as the most sophisticated in the market when deployed in a Microsoft-first environment where it can draw on the full breadth of Microsoft signal sources. Conditional Access policies evaluate user identity, group membership, device compliance state from Intune, sign-in risk from Entra ID Protection, user risk from Entra ID Protection, application sensitivity, network location, and client application type simultaneously, with policy conditions that can require different authentication strengths for different combinations of signals.

Entra ID Protection provides risk-based conditional access by assigning a real-time sign-in risk score to every authentication event based on Microsoft's global threat intelligence. Microsoft has visibility across Xbox, Office 365, Azure, and Windows telemetry that gives its threat intelligence a signal volume that no pure-play identity vendor can match. Sign-in risk signals include anonymous IP detection, atypical travel, malware-linked IP, impossible travel, unfamiliar sign-in properties, and leaked credentials detected in underground markets. User risk signals track patterns across multiple sign-ins and flag accounts exhibiting behaviors consistent with compromise.

Continuous access evaluation (CAE) is Entra ID's implementation of mid-session verification, and it is the most mature CAE deployment in production use. When Entra ID revokes a session (due to account termination, password change, or detected risk), CAE-enabled applications receive the revocation signal and terminate the session within seconds. Microsoft 365 applications (Exchange Online, SharePoint Online, Teams, and Outlook) all support CAE natively. Third-party applications can implement CAE support through the OpenID Connect CAE specification, and Microsoft maintains a list of CAE-enabled applications that grows over time.

The FIDO2 and Windows Hello for Business integration in Entra ID provides phishing-resistant passwordless authentication for Windows-enrolled devices that is tightly integrated with the Windows operating system and does not require a separate agent or authenticator application. For organizations with Windows-standard desktop fleets managed through Intune, this integration provides the most seamless path to phishing-resistant MFA for the workforce.

The cost advantage of Entra ID in Microsoft-heavy organizations is significant: Entra ID P1 is included in Microsoft 365 E3, and Entra ID P2 (which adds Identity Protection risk-based conditional access and Privileged Identity Management) is included in Microsoft 365 E5. Organizations already paying for E3 or E5 licensing are paying for Entra ID P1 or P2 regardless of whether they use it.

Ping Identity (now owned by Thales following the 2023 acquisition, which also absorbed ForgeRock) has built its market position as the enterprise federation platform for organizations with requirements that exceed what cloud-native IAM SaaS platforms can address. PingFederate's protocol breadth, including SAML 2.0, WS-Federation, WS-Trust, and legacy protocol adapters, makes it the primary choice for organizations with heterogeneous application environments that include older federation standards alongside modern OIDC-based SaaS.

DaVinci, Ping's visual authentication orchestration layer, allows security architects to build complex, conditional authentication flows using a no-code workflow builder. A DaVinci authentication tree can evaluate device posture, query external risk APIs, invoke step-up MFA based on transaction value or resource sensitivity, route authentication decisions through external fraud detection services, and adapt the authentication flow dynamically based on the outcome of each evaluation node. This configurability makes Ping particularly strong for financial services organizations that need to implement regulatory requirements (PSD2 Strong Customer Authentication, FFIEC authentication guidance) through custom authentication logic that standard conditional access policy engines cannot express.

For healthcare organizations, Ping's HIPAA-ready deployment options and ability to manage authentication for both workforce and patient-facing applications in a unified platform reduce the vendor count in regulated access management. Ping's FedRAMP-authorized deployment options for government contractors and federal agencies provide a compliance-ready path that cloud-native alternatives like Okta (also FedRAMP authorized through Okta Government Cloud) offer separately.

Ping's zero trust strength is the depth of its policy engine rather than the breadth of its pre-built integrations. Organizations that need standard SaaS SSO with minimal customization will find Ping's deployment complexity disproportionate to the requirement. Organizations that need fine-grained control over exactly how authentication decisions are made, including integration with external risk services, fraud detection APIs, and complex regulatory step-up requirements, will find Ping's DaVinci orchestration indispensable.

CyberArk approaches workforce identity from the premise that the distinction between workforce identity and privileged identity is artificial from an attacker's perspective. Every compromised employee account is a potential entry point for privilege escalation, and managing workforce identity without managing what those accounts can do at the endpoint level leaves a significant attack surface unaddressed.

CyberArk Identity provides standard workforce IAM capabilities: SSO through SAML and OIDC to SaaS applications, adaptive MFA with biometrics, push notification, TOTP, and hardware token support, and self-service password reset. The zero trust differentiation is CyberArk's endpoint privilege management layer, which controls what applications standard employee accounts can install and run on corporate endpoints without requiring local administrator rights. This eliminates the persistent local administrator accounts that attackers exploit for lateral movement after initial access.

CyberArk's adaptive MFA evaluates risk signals at authentication time and can step up from standard push notification to hardware token or biometric challenge when signals indicate elevated risk. CyberArk Identity integrates with the PAM vault so that access requests for privileged resources flow through the same MFA enforcement as standard application access, with additional approval workflow and session recording requirements applied for privileged targets.

For organizations that are CyberArk PAM customers, extending to CyberArk Identity for workforce SSO and MFA provides unified identity security reporting across both regular employee access and privileged access in a single console. This unified visibility reduces the operational overhead of correlating access data across separate workforce IAM and PAM platforms. For organizations evaluating workforce identity without an existing CyberArk investment, CyberArk Identity's app catalog is smaller than Okta's and lifecycle management is less mature, which is a meaningful limitation for organizations with large SaaS portfolios.

ForgeRock's platform, now part of Ping Identity following the 2022 acquisition and subsequent absorption by Thales, is distinguished by its open standards foundation and deployment flexibility. ForgeRock Access Management (AM) is built on open OAuth 2.0, OIDC, SAML 2.0, and SCIM standards with developer-accessible REST APIs, making it the platform of choice for organizations that want to integrate identity into custom application flows without relying on vendor-specific proprietary APIs.

ForgeRock's intelligent access feature uses AI-driven authentication trees to adapt the authentication flow based on real-time risk signals. Authentication trees are visual policy workflows that can branch based on device fingerprint, behavioral signals, network reputation, and previous authentication outcomes, presenting step-up challenges only when risk signals warrant them. This reduces authentication friction for low-risk access while maintaining strong verification for high-risk scenarios.

Deployment flexibility is ForgeRock's operational differentiator: the AM/IDM/DS stack can be deployed on-premises in private data centers, in public cloud environments (AWS, Azure, GCP), or in hybrid configurations where some components remain on-premises for regulatory reasons while cloud-facing components operate in the public cloud. This flexibility addressed a requirement that pure SaaS identity platforms could not meet for organizations with data sovereignty requirements or regulatory mandates preventing certain workloads from leaving on-premises infrastructure.

With the Ping Identity acquisition, ForgeRock's technology is being integrated into Ping's overall platform offering. Organizations evaluating ForgeRock specifically should understand that they are now evaluating Ping Identity's enterprise platform capabilities, which include ForgeRock's AM/IDM/DS foundation alongside Ping's DaVinci orchestration and PingFederate federation depth.

The following table compares all five platforms across the dimensions most relevant to zero trust implementation decisions.