VMware 2V0-62.23 Workspace ONE 22.x Professional: Legacy VMware Exam and the Omnissa Path

VMware 2V0-62.23 is the Professional VMware Workspace ONE 22.X exam associated with the VCP-Digital Workspace 2024 path. The official exam guide describes a 70-item, 135-minute professional exam for candidates who deploy, manage, and perform basic troubleshooting across Workspace ONE. The technical scope remains useful, but the certification context has changed: Broadcom moved the End-User Computing portfolio out of VMware certification delivery in July 2024, and Workspace ONE is now part of Omnissa.

For a candidate finding this exam today, the correct interpretation is therefore historical and transitional. The old VMware code is not the right place to begin a new certification plan. Omnissa now operates its own administrator, engineer, design, and expert credentials for Workspace ONE. Use 2V0-62.23 to understand the 22.x-era skills, then verify current Omnissa exam names, prerequisites, and product documentation before scheduling a certification.

The durable material is still highly relevant to modern endpoint management: enrollment, profiles, compliance, applications, identity, access, certificates, device posture, lifecycle operations, and troubleshooting. Those topics connect naturally to endpoint management lifecycle because every managed device moves through onboarding, configuration, monitoring, change, support, and retirement.

Workspace ONE administration begins with an enrollment trust model

Enrollment establishes the relationship between a user, a device, the management service, and the organization. A device may be corporate-owned, personally owned, shared, kiosk-like, or dedicated to a specific workflow. Those ownership models change which controls are appropriate and which user expectations must be respected.

Study enrollment as a chain of prerequisites rather than a single button. Identity must be resolved, the device must reach the right service, certificates or tokens may need to be issued, the device must be placed in the correct organizational context, and profiles or applications must arrive afterward. When enrollment fails, identify the last successful stage before changing configuration.

Profiles should express policy intent with the smallest necessary scope

Profiles configure device behavior such as passcodes, restrictions, Wi-Fi, VPN, certificates, email, security settings, and platform-specific controls. The challenge is not merely creating a profile; it is targeting the right devices and understanding how multiple profiles interact. Broad assignment can create unintended effects, while excessive fragmentation makes management difficult.

Practice translating a business rule into technical scope. If only regulated devices need a stronger restriction, define the group, platform, ownership state, and exception logic before building the payload. The same mindset appears in MDM, MAM, and device compliance: choose controls based on the management boundary instead of assuming every endpoint should receive the same treatment.

Compliance connects device state to operational response

A compliance rule becomes useful when the organization knows what happens after a device violates it. A rooted device, disabled encryption, outdated operating system, missing passcode, or prohibited application can trigger notifications, remediation, access restrictions, or escalation. The action should match the risk and the ability of the user or support team to remediate it.

Good candidates distinguish detection from enforcement. A console may correctly identify a noncompliant device while an access layer fails to consume that state. Conversely, a strict enforcement rule may block productive users because the underlying device signal is stale. Troubleshooting therefore requires validating both the compliance calculation and the systems that depend on it.

Application delivery is a lifecycle problem, not an install event

Managed applications have versions, dependencies, licenses, configuration, assignment rules, update behavior, and retirement decisions. Native applications, internal packages, web applications, and virtual applications can require different delivery models. User experience depends on understanding when an application should be mandatory, optional, silently installed, or exposed through a catalog.

Build a small application lifecycle in the lab: publish an app to a pilot group, apply configuration, validate installation, update it, remove it from one population, and observe the resulting device state. This teaches how assignments, smart groups, detection logic, and platform constraints combine in real operations.

Identity and access should follow device posture without becoming brittle

Modern workspace access often combines user identity with device trust. Strong authentication, certificates, conditional access, application entitlements, and device compliance can reduce risk, but only if dependencies are understood. An identity-provider outage or certificate problem can look like an application failure even when the endpoint itself is healthy.

Use the identity and endpoint architecture perspective to trace the path from sign-in to authorization. Ask which system authenticates the user, which signal establishes device trust, which policy makes the access decision, and which logs prove why access was permitted or denied.

Certificates create hidden dependencies across enrollment and applications

Certificates may support Wi-Fi, VPN, email, device identity, application authentication, or secure web access. Their value comes from strong machine or user identity, but they introduce lifecycle concerns: enrollment, private-key protection, renewal, revocation, trust chains, and expiry. A certificate that silently expires can disrupt an otherwise healthy device population.

Study certificate problems by separating issuance from consumption. First verify that the correct identity can request and receive a certificate. Then confirm that the target application or network service trusts the issuing chain and selects the intended certificate. Finally check renewal timing and revocation behavior. This layered method prevents random profile changes.

Troubleshooting should begin with scope and last-known-good evidence

Endpoint incidents often arrive as broad statements such as “devices are not syncing” or “the app disappeared.” Narrow the scope: one user or many, one platform or all, one smart group or several, new enrollments or existing devices, one application version or every version. Compare an affected endpoint with a known-good endpoint using the same policy path.

Collect event history, assignment status, device check-in times, compliance state, profile installation results, application deployment status, certificate validity, and access logs before making changes. The purpose is to identify where the desired state diverged from the realized state. That approach is far more reliable than repeatedly re-enrolling devices.

Workspace ONE security should reduce privilege and data exposure

Administrative roles deserve the same attention as endpoint policy. Separate help-desk actions, application management, device administration, reporting, and high-risk configuration whenever the platform permits it. Protect service accounts and integrations, audit privileged changes, and avoid storing unnecessary secrets in scripts or profiles.

The broader zero-trust principles are useful here because managed status should not become permanent trust. Continue evaluating identity, device condition, application sensitivity, and session context. A compliant device can still be used by a compromised account, and a trusted user can still connect from a risky endpoint.

The current certification path is Omnissa, while the old blueprint remains a skills map

Omnissa now owns the current Workspace ONE certification journey. Its program includes administrator and engineer credentials, and current rules differ from the old VMware VCP-DW structure. Candidates should therefore avoid treating an archived VMware learning plan as current registration guidance.

The technical learning still transfers. If you can enroll devices, design profiles, manage applications, reason about identity and certificates, enforce compliance, interpret device state, and troubleshoot assignment failures, you have built capabilities that remain relevant to current Workspace ONE operations. The older Workspace ONE troubleshooting skills also provide useful historical context for the diagnostic side of the platform.

For preparation, use the exam objectives to create repeatable lab cases rather than memorize console locations. Record the expected state, the observed state, the evidence source, and the corrective action for each case. Product interfaces evolve; disciplined endpoint operations are much more stable.

Device lifecycle work also needs a retirement path. When an employee leaves, a device is replaced, or ownership changes, the organization must know what to unenroll, wipe, revoke, archive, or preserve. Corporate wipe and enterprise wipe can have very different consequences, especially on personally owned devices. Study offboarding as carefully as enrollment so that access and certificates do not remain active after the management relationship ends.

Troubleshooting should include backend dependencies that are easy to miss from the endpoint. Directory synchronization, certificate authorities, email infrastructure, application stores, notification services, connectors, DNS, proxies, and identity providers can all affect device outcomes. Draw the service chain for one common workflow such as enrollment or managed email, then identify the log or status source available at every stage.

For final preparation, create a matrix of device platforms against the controls you expect to manage: enrollment, passcode, encryption, applications, certificates, VPN, email, restrictions, compliance, updates, and remote actions. Differences between platforms are often as important as the common concepts. The matrix helps prevent a candidate from assuming that an Android, iOS, Windows, and macOS control behaves identically simply because the console presents them under the same administrative category.

Change validation should sample real devices instead of relying only on console status. A profile can show as delivered while an application behaves differently than expected, a certificate can exist while the target service rejects its chain, and a compliance rule can evaluate correctly while an access integration consumes stale state. Maintain a pilot population that represents major platforms, ownership models, and business use cases, and verify the user-facing result after important changes. This turns device management into evidence-based service operations rather than configuration deployment alone.

This evidence also makes support escalation more effective because the next team receives a reproducible device state instead of a vague symptom.