Free VMware 2V0-33.22PSE Practice Test Questions 2026

Explanation:

NSX logical routing operates at Layer 3 of the OSI model to direct traffic between different networks or subnets, both within the data center and to the outside world. It comprises two primary modes: distributed routing for efficient east-west traffic (between workloads) and centralized routing for north-south traffic (inbound/outbound from the data center) .

A. You must provide external connectivity to VMs and containers
– This describes north-south routing. NSX Tier-0 Gateways specifically handle traffic entering or leaving the software-defined data center. They connect logical networks to physical networks, the internet, or cloud provider services, providing the necessary functions like NAT, VPN, and peering with physical routers .

B. Your organization must provide connectivity between VMs and containers that are connected to different segments
– This describes east-west routing. If workloads are on different logical segments (subnets), they cannot communicate directly via Layer 2 switching. NSX uses a distributed router that runs in the hypervisor kernel, allowing it to route traffic between segments directly at the source host without bottlenecking at a central gateway .

Why other options are incorrect

C. You want to provide layer 2 connectivity between VMs and microservices
– This is incorrect because this describes logical switching, not routing. A logical switch operates at Layer 2 and provides connectivity for workloads within the same network segment/subnet. If the goal is strictly Layer 2 connectivity, you do not need a router .

D. You require intrinsic security for VMs connected to different segments
– This is incorrect. While NSX does provide intrinsic security, the primary tool for securing traffic (even between segments) is the Distributed Firewall (DFW), not the logical router. The DFW enforces micro-segmentation policies at the virtual NIC level, independent of the routing function .

References

Broadcom TechDocs – "NSX Overview": Logical switching (Layer 2) vs. Routing (Layer 3) and external connectivity

Broadcom TechDocs – "Routing for the Management Domain": Details on Tier-0 gateways for north-south traffic

Explanation

A Route-based VPN is the only connection type among the options that supports the Border Gateway Protocol (BGP) in VMware Cloud on AWS. BGP is essential for dynamic route discovery and propagation, which eliminates the need to manually update routing tables when networks are added or removed .

Why other options are incorrect

A. Policy-based virtual private network (VPN) – Incorrect.
Policy-based VPNs create IPsec tunnels with policies specifying how traffic uses them, but they do not support BGP . When using a policy-based VPN, you must manually update routing tables on both ends whenever new routes are added, making it unsuitable for dynamic environments requiring BGP .

B. Public IPs over the Internet – Incorrect.
While this is a transport method for VPN connections, it is not itself a connection type that supports BGP. Public IPs serve as endpoints for VPN tunnels, but the underlying VPN type determines BGP support .

C. Private L2 virtual private network (VPN) – Incorrect.
VMware Cloud on AWS supports Layer-2 VPN (L2VPN) as a separate connection type used for extending layer 2 networks, but it does not provide BGP support . L2VPN is designed for scenarios requiring same-subnet extension across sites, not dynamic routing.

Reference

Broadcom TechDocs – "Create a Route-Based VPN": Route-based VPNs use IPsec and BGP to discover and propagate routes; BGP configuration required

Broadcom TechDocs – "VPN Connectivity":Lists three VPN types; route-based VPN supports BGP; policy-based does not

Explanation:

The administrator requires a unified solution to collect and analyze security events and logs for troubleshooting from diverse sources: VMware vSphere, Windows OS, physical servers, web servers, database servers, and AWS. VMware vRealize Log Insight Cloud is the correct choice because it is explicitly designed for centralized log management, aggregation, and analysis across heterogeneous environments .

Why other options are incorrect

A. VMware vRealize Automation Cloud
– This is a infrastructure automation and self-service provisioning platform. It does not collect, analyze, or provide log management or security event analysis for troubleshooting purposes. Its focus is on deploying and managing infrastructure, not log aggregation.

B. CloudHealth Secure State
– This is a cloud security posture management (CSPM) tool that focuses on compliance monitoring, misconfiguration detection, and risk assessment across cloud environments. It does not provide the comprehensive log collection and analysis capabilities required for sources like Windows OS, physical servers, or database servers.

D. VMware vRealize Network Insight Cloud
– This provides network visibility, flow analysis, and micro-segmentation planning. It focuses on network traffic patterns and security group recommendations, not on collecting and analyzing logs from operating systems, applications, and physical servers for troubleshooting purposes.

Reference

Broadcom TechDocs – "Using vRealize Log Insight for Unified Security Logs": Security flow logs and firewall monitoring capabilities

Broadcom TechDocs– "Collect Log Events from a Log File": Windows agent configuration for log collection

Explanation:

In VMware NSX architecture, gateway firewalls and distributed firewalls serve different purposes and operate at different layers of the network stack:

C. A distributed firewall controls the I/O path to and from a VM's virtual NIC
– The distributed firewall (DFW) is hypervisor-based and runs in the kernel of each ESXi host . It enforces security policies at the virtual NIC level, filtering traffic in the I/O path between the VM's vNIC and the physical network . Because the DFW is distributed across all hosts, it can filter east-west traffic (between VMs on different hosts) without hair-pinning traffic to a central gateway . This provides micro-segmentation with minimal latency impact, as inspection happens directly on the source or destination host.

D. A gateway firewall protects north-south traffic
– Gateway firewalls (also known as Edge Firewalls) are implemented on NSX Edge nodes . They specifically protect north-south traffic – traffic entering or leaving the software-defined data center . This includes communication between VMs in the SDDC and external networks (on-premises data centers, internet, or other cloud environments) . Gateway firewalls operate at the perimeter and are responsible for inspecting traffic that crosses the boundary of the SDDC.

Why other options are incorrect

A. Gateway firewalls and distributed firewalls can share the same sets of rules and policies – Incorrect.
While you can create rules for both types of firewalls in the NSX Manager, the rules are logically separate and cannot be shared. Distributed firewall rules apply to east-west traffic at the vNIC level, while gateway firewall rules apply to north-south traffic at the Edge gateway . You cannot apply the exact same rule set to both firewall types because they operate on different traffic flows.

B. Only gateway firewalls use stateful rules – Incorrect.
Both gateway and distributed firewalls support stateful inspection. The NSX Distributed Firewall is fully stateful, maintaining connection state information for TCP, UDP, and ICMP sessions . This allows the DFW to dynamically allow return traffic without requiring explicit allow rules for reply packets, consistent with standard stateful firewall behavior.

Reference

Broadcom TechDocs – NSX Distributed Firewall: "The distributed firewall runs in the hypervisor kernel on each host and enforces firewalling in the I/O path to/from the virtual machine's virtual network adapter"

Broadcom TechDocs – NSX Gateway Firewall: "NSX Gateway Firewall protects north-south traffic at the edge of an SDDC"

Explanation:

In Google Cloud VMware Engine (GCVE), adding users to vCenter requires first creating the user in Google Cloud Identity and Access Management (IAM) . This is because GCVE integrates directly with Google Cloud's IAM system for identity management and access control.

Why other options are incorrect

A. Change the default administrator password – Incorrect.
While it is a security best practice, changing the default password is not a prerequisite for adding new users to vCenter. This is an independent security action that does not enable user creation .

C. Open a support ticket to escalate VMware vSphere privileges – Incorrect.
Google Cloud VMware Engine provides Cloud-Owner-Role privileges by default to the CloudOwner user and members of Cloud-Owner-Group. No support ticket is required for standard user management privileges .

D. Escalate VMware vSphere privileges in the GCVE portal – Incorrect.
Privilege elevation in GCVE is a temporary action required for certain advanced administrative functions (e.g., configuring identity sources, deleting distributed port groups), but it is not a prerequisite for adding users to vCenter. Standard user management tasks can be performed with default Cloud-Owner-Role privileges .

Reference

Google Cloud Documentation – "Private cloud vSphere permission model": Pre-created vCenter user groups and CloudOwner account explained

Google Cloud Documentation – "Manage vSphere permissions": Adding users to pre-created groups for access control

Explanation:

In VMware Cloud on AWS, the cloud administrator does not need to take any action to allow the update because VMware Cloud on AWS is a fully managed service.

Why D is correct:
When VMware notifies you that your VMware Cloud on AWS instance will be updated in seven days, this notification is typically for informational purposes only. VMware handles all updates and patches to the underlying infrastructure (SDDC, ESXi hosts, NSX, vCenter, etc.) as part of the managed service model. Unless the notification specifically includes an explicit action item (which is unusual for a 7-day advance notice), no action is required from the customer's end.

Why other options are incorrect:

A. Add capacity – Incorrect.
Adding capacity (adding hosts to a cluster) is related to workload scaling or Elastic DRS, not to receiving an upgrade notification. Upgrades and capacity management are separate operational processes.

B. Select a date for the upgrade – Incorrect.
The 7-day notification is too close to the upgrade start date. The scheduling request window typically occurs 30-60 days before the upgrade begins. By the time a 7-day notification is sent, the schedule has already been finalized.

C. Respond to the notification – Incorrect.
While you may have had the opportunity to respond to earlier scheduling requests (30-60 days prior), a standard 7-day maintenance notification does not require a response. These notifications are informational only.

Reference

Broadcom TechDocs – Service Notifications and Activity Log: Notifications are sent to keep you informed of upcoming maintenance

ExamTopics 2V0-33.22 discussion – Peer consensus confirms D as correct; VMware Cloud on AWS is a managed service where VMware handles updates

Explanation:

In Google Cloud VMware Engine, establishing a dedicated, secure, high-speed, and low-latency connection from an on-premises data center requires the use of Cloud Interconnect options. These services bypass the public internet entirely, providing a private, reliable, and high-bandwidth path for hybrid workloads .

Google Cloud offers two specific types of Cloud Interconnect to meet this requirement:

A. Partner Interconnect:
This option provides connectivity between your on-premises network and Google Cloud through a supported service provider . It is ideal for situations where your data center cannot accommodate a direct physical connection due to distance or facility constraints, as it leverages an existing provider's infrastructure. Traffic does not traverse the public internet, ensuring a fast, secure, and reliable connection .

C. Dedicated Interconnect:
This option provides a direct physical connection between your on-premises network and Google Cloud's network . It is typically the most cost-effective solution for organizations requiring very high bandwidth (e.g., multiple 10 Gbps or 100 Gbps circuits) and offers the lowest latency possible, as it eliminates third-party provider overhead .

Why other options are incorrect

B. Global Reach – Incorrect.
Global Reach is an AWS service used to simplify connectivity between AWS Direct Connect and AWS regions . It is not a connectivity option for Google Cloud VMware Engine.

D. ExpressRoute – Incorrect.
ExpressRoute is the dedicated private connection service for Microsoft Azure . It is exclusive to the Azure ecosystem and not available for Google Cloud.

E. Direct Connect – Incorrect.
Direct Connect is the dedicated private connection service for Amazon Web Services (AWS) . It is not a valid connectivity method for Google Cloud services.

Reference

Google Cloud Documentation – Connecting from an on-premises network to VMware Engine: Lists Cloud Interconnect (Dedicated and Partner) as hybrid connectivity options

Google Cloud Blog – Google Cloud VMware Engine cheat sheet: Mentions high-speed, low-latency access via interconnect

Explanation:

The VMware Cloud on AWS Compute Gateway (CGW) is a Tier-1 router specifically designed to manage north-south traffic for customer workload virtual machines .

Why other options are incorrect

A. A Tier-1 router that handles routing and firewalling for management appliances – Incorrect.
Management appliances (vCenter Server, NSX Manager, HCX, etc.) are handled by the Management Gateway (MGW) , not the Compute Gateway. The MGW is a Tier-0 router, not Tier-1.

C. A Tier-0 router that handles routing and firewalling for management appliances – Incorrect.
This describes the Management Gateway (MGW) , not the Compute Gateway. The MGW is a Tier-0 router, but the CGW is Tier-1.

D. A Tier-0 router that handles workload traffic – Incorrect.
While workload traffic could theoretically traverse a Tier-0 router, the Compute Gateway is explicitly a Tier-1 router . The Tier-0 routers in the SDDC are the Management Gateway and Internet Gateway.

Reference

Broadcom TechDocs – "Add a Custom Tier-1 Gateway": *"Every VMware Cloud on AWS SDDC is created with a default Tier-1 gateway named the Compute Gateway (CGW)."*

VMware Cloud Provider Blog – "VMware Cloud Director service brings multi-tenancy to VMware Cloud on AWS": Details the three gateway types – Internet Gateway (Tier-0), Management Gateway (Tier-0), and Compute Gateway (Tier-1)