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Question 1:
In a VMware Aria Automation Cloud Assembly blueprint, an administrator needs to guarantee that a workload deploys only on cloud zones that provide a required capability such as encrypted storage. Which Cloud Assembly feature must be applied at the blueprint component level to enforce this requirement?
A) Capability tags
B) Cloud zones
C) Constraint tags
D) Custom forms
Answer:
C
Explanation:
Constraint tags are used in VMware Aria Automation Cloud Assembly to enforce specific deployment requirements by matching them directly against capability tags defined on cloud zones. When a constraint tag is applied to a component in a blueprint, Cloud Assembly examines each cloud zone mapped to the project and checks whether its capability tags satisfy the constraint. Only matching zones are considered valid placement targets. This ensures that workloads requiring critical attributes—such as encrypted storage, compliance boundaries, performance tiers, or particular network configurations—are deployed only where the required capabilities exist.
Option A, capability tags, describe what a cloud zone is capable of providing. While they are essential for matching, they do not enforce anything on their own. They must be paired with constraint tags to influence placement logic. Without corresponding constraint tags, capability tags remain informational.
Option B, cloud zones, are the actual groupings of compute or cloud resources available to a project. Although they define where workloads can run, they do not restrict where workloads must run when multiple zones are available. Cloud Assembly evaluates all cloud zones equally unless constraint or project rules limit them.
Option D, custom forms, relate only to user interface customization in Service Broker. They do not play any role in resource placement, cloud capability evaluation, or selection logic. They are focused on user inputs, not infrastructure requirements.
Constraint tags therefore provide the precise enforcement mechanism required to ensure the deployment adheres to mandatory resource capabilities such as encrypted storage.
Question 2:
An administrator is configuring VMware Aria Automation to deploy resources only during business hours and restrict deployments during maintenance windows. Which feature allows the administrator to define when deployments are permitted based on time-based conditions?
A) Constraint tags
B) Project placement policies
C) Day-2 actions
D) Lease policies
Answer:
B
Explanation:
Project placement policies allow administrators to define specific rules around when deployments can occur, including time-based restrictions such as business hours or maintenance windows. These policies influence the scheduling logic within VMware Aria Automation, preventing deployments during restricted periods and ensuring that provisioning only happens at authorized times. The system evaluates the policy at deployment time and blocks or allows the request depending on the defined window.
Option A, constraint tags, match blueprint requirements to cloud zone capabilities and are not designed to control deployment time. They address “where” a workload runs rather than “when” the workload can be provisioned.
Option C, day-2 actions, provide lifecycle management operations after the deployment is created, such as power on, resize, or snapshot actions. They do not prevent or allow deployment requests based on schedules.
Option D, lease policies, control how long a resource is allowed to exist before expiring. While leases might enforce automatic deletion or reclamation after a certain period, they do not determine deployment timing.
Project placement policies offer the required time governance for provisioning operations, making them the correct choice.
Question 3:
A Cloud Assembly administrator is designing a blueprint that provisions multiple network segments using NSX-T. The administrator must ensure that each deployment receives a unique routed network with an attached gateway. Which network type should be selected in the blueprint to satisfy this requirement?
A) Existing network
B) Routed network
C) Private network
D) Security group network
Answer:
B
Explanation:
A routed network in VMware Aria Automation integrates with NSX-T to dynamically create logical segments that include a gateway, allowing traffic routing for each deployment. This provides isolation between deployments while maintaining proper connectivity to upstream networks. Every new deployment receives its own NSX-T logical segment with an automatically provisioned router, satisfying the requirement for a unique routed environment.
Option A, existing network, attaches deployments to pre-existing segments. This does not create new segments or unique gateways for each deployment, making it unsuitable where isolation or individual routing is required.
Option C, private network, provides isolated segments without routed connectivity. These networks typically lack a gateway, meaning deployments would not have upstream access unless additional manual configuration is introduced.
Option D, security group network, focuses on attaching workloads to NSX-T security groups rather than creating new routed segments. Although security groups are crucial for micro-segmentation, they do not fulfill the networking requirement of provisioning unique routed segments.
Thus, the routed network type is the correct choice for generating new NSX-T logical segments with their own gateways.
Question 4:
An administrator must provide developers with the ability to request virtual machines using predefined sizes such as small, medium, and large. Each size must map to specific CPU and memory configurations. Which Cloud Assembly feature allows the administrator to define these reusable VM size configurations?
A) Flavor mappings
B) Storage profiles
C) Image mappings
D) Cloud zones
Answer:
A
Explanation:
Flavor mappings allow administrators to define reusable machine profiles that specify CPU and memory settings such as small, medium, and large. These mappings can be referenced in blueprints, enabling consistency across deployments and simplifying user consumption. When a user selects a flavor, Cloud Assembly automatically applies the corresponding hardware configuration.
Option B, storage profiles, relate to storage characteristics such as performance tier or datastore selection. They do not define compute sizing.
Option C, image mappings, determine which OS images map to specific cloud providers or environments, ensuring OS consistency across clouds. They do not define CPU or memory specifications.
Option D, cloud zones, organize compute resources but do not control machine sizing. They are concerned with availability of resources rather than predefined configurations.
Flavor mappings are therefore the correct mechanism for specifying reusable VM size definitions.
Question 5:
A cloud administrator wants to enable users to provide input during deployments, such as selecting a network type or entering a hostname. Which feature in VMware Aria Automation allows customization of request input fields presented to the user in Service Broker?
A) Custom forms
B) Constraint tags
C) Projects
D) Storage profiles
Answer:
A
Explanation:
Custom forms provide the ability to modify and enhance the user interface for catalog items in VMware Aria Automation Service Broker. Administrators can create conditional fields, validation rules, dropdown inputs, and structured layout designs to enhance user interaction. This is the feature that directly influences how users provide data during deployment.
Option B, constraint tags, influence placement logic but do not modify user input fields or catalog presentation.
Option C, projects, group users and resources together but do not control or customize deployment request forms.
Option D, storage profiles, define storage placement and characteristics and are unrelated to user interface customization.
For controlling and customizing user input fields, custom forms are the correct feature.
Question 6:
An administrator needs to ensure that when deploying workloads through VMware Aria Automation, the system uses a specific template image depending on the target cloud provider. Which Cloud Assembly feature allows the administrator to map different OS images across multiple cloud environments to a single logical name?
A) Capability tags
B) Image mappings
C) Cloud zones
D) Blueprint constraints
Answer:
B
Explanation:
Image mappings solve the challenge of using consistent image names across multiple cloud providers. By assigning different provider-specific OS templates—such as a vSphere template, an AWS AMI, or an Azure image resource—to one logical image name, Cloud Assembly automatically selects the correct underlying image during deployment. This ensures OS consistency regardless of the deployment target.
Option A, capability tags, describe cloud zone attributes and do not provide multi-cloud OS mapping capabilities.
Option C, cloud zones, organize resources but do not control selection of images across environments.
Option D, blueprint constraints, control placement and resource selection but cannot unify OS image names across multiple platforms.
Image mappings are therefore the correct mechanism for multi-cloud image consistency.
Question 7:
A cloud administrator is configuring VMware Aria Automation to restrict deployment options based on the user’s assigned project. Users in the development project should be able to deploy only to specific cloud zones. Which feature directly controls which cloud zones a project can access?
A) Storage profiles
B) Project cloud zone assignments
C) Network profiles
D) Image mappings
Answer:
B
Explanation:
Project cloud zone assignments explicitly determine which cloud zones a project has access to. When a project is created or modified, administrators can attach or remove cloud zones to restrict or expand deployment targets. This ensures that users belonging to that project can deploy workloads only onto approved infrastructures.
Option A, storage profiles, relate to storage provisioning policies but cannot restrict which cloud zones a project may access.
Option C, network profiles, define network configurations and IP assignment rules but do not restrict cloud zone availability.
Option D, image mappings, relate to OS image selection across clouds and have no role in limiting deployment destinations based on project membership.
Project cloud zone assignments therefore provide the required restriction mechanism.
Question 8:
An administrator needs to limit which compute resources a specific workload can use within VMware Aria Automation. The workload must run only on hosts that offer GPU acceleration for machine learning tasks. Which feature ensures that the deployment selects only cloud zones with this capability?
A) Storage profiles
B) Flavor mappings
C) Capability tags
D) Network profiles
Answer:
C
Explanation:
Capability tags are used in VMware Aria Automation to describe the abilities or characteristics of cloud zones. When GPU acceleration is required, a cloud administrator adds a capability tag—such as gpu:true or gpu-accelerated—to the cloud zone. This tag indicates that the zone contains hosts with GPU resources. When a workload requires GPU functionality, the corresponding constraint tag is applied at blueprint level. This ensures the system restricts placement only to cloud zones whose capability tags match the constraint. Therefore, capability tags are essential for describing and exposing GPU resources to Cloud Assembly during placement logiC)
Option A, storage profiles, controls storage provisioning characteristics. These profiles allow administrators to select between various datastore types or performance tiers, but they do not relate to GPU availability. Storage profiles influence only where machine disks are placed, not the compute host selection required for GPU workloads.
Option B, flavor mappings, define CPU and memory sizing for virtual machines. Although they help standardize resource configurations like small, medium, or large machines, they cannot ensure a machine deploys to GPU-enabled hosts. Flavors cannot express qualitative compute features such as GPU support.
Option D, network profiles, determine which networks or IP ranges are used by workloads. They manage networking resources but do not influence host compute capabilities. They do not provide a mechanism to ensure GPU-backed infrastructure is selecteD)
GPU-based workloads rely on specific host capabilities, and capability tags are the feature that advertises these abilities to Cloud Assembly. When matched with constraint tags, this ensures a workload is deployed only onto eligible hosts.
Question 9:
A cloud administrator needs to allow catalog consumers to resize CPU and memory resources on virtual machines after deployment. Which feature in VMware Aria Automation enables administrators to define which lifecycle actions end users may execute post-deployment?
A) Day-2 policies
B) Lease policies
C) Projects
D) Cloud templates
Answer:
A
Explanation:
Day-2 policies govern which post-deployment actions are available to consumers in VMware Aria Automation. These actions may include resizing, reconfiguring hardware, creating snapshots, powering machines on or off, and more. By defining day-2 policies, administrators control what actions users can perform and can even attach approval workflows. This ensures that only authorized users perform changes that impact resource consumption and operational stability.
Option B, lease policies, control the lifetime of deployed resources rather than their post-deployment actions. Although they influence retention and expiration, they do not enable or restrict resizing or similar operational tasks.
Option C, projects, define user access groups and resource scopes. They help determine who can deploy and to which cloud zones, but they do not control which lifecycle operations are allowed after deployment.
Option D, cloud templates (blueprints), define initial deployment configurations. They do not govern what actions users are allowed to perform once the machine is provisioneD)
Therefore, day-2 policies provide the required control over post-provisioning actions such as resizing.
Question 10:
A cloud administrator must ensure that every VM deployed through a specific project is automatically assigned a particular storage tier, such as high performance SSD storage. Which VMware Aria Automation feature ensures storage placement follows this predefined rule?
A) Storage profiles
B) Network profiles
C) Cloud zones
D) Blueprint inputs
Answer:
A
Explanation:
Storage profiles define storage placement behavior, including performance tier, replication settings, encryption, and datastore selection. When a project uses a specific storage profile, all workloads deployed through that project can be automatically assigned to the correct tier. This ensures consistent storage performance and policy adherence across deployments. Storage profiles allow administrators to abstract physical storage into logical categories such as bronze, silver, gold, or high-performance SSD)
Option B, network profiles, manage network selection and IP allocation. They cannot define datastore behavior.
Option C, cloud zones, determine general compute availability, but they do not enforce storage requirements unless storage profiles are assigned within them.
Option D, blueprint inputs, allow users to enter values during deployment, but they do not guarantee storage tier enforcement unless combined with profiles. Inputs alone cannot enforce placement rules.
Thus, storage profiles provide the definitive mechanism for ensuring a specific storage tier is useD)
Question 11:
Administrators need to define IP allocation rules for workloads deployed in different environments. Each environment requires a unique IP pool and gateway configuration. Which feature allows IP allocations to be managed automatically during deployment?
A) Constraint tags
B) Image mappings
C) Network profiles
D) Day-2 actions
Answer:
C
Explanation:
Network profiles define IP address allocation rules, network assignment, DNS settings, routing, and IPAM integration. They allow administrators to configure unique network pools for each environment, ensuring that workloads automatically receive consistent and valid IP addressing. Network profiles integrate with NSX-T, Infoblox, or other IPAM providers to streamline IP management during deployments. By attaching network profiles to cloud zones or projects, administrators ensure fully automated IP assignment.
Option A, constraint tags, match blueprint requirements to resource capabilities, but they cannot allocate IP addresses.
Option B, image mappings, deal with OS templates and multi-cloud imaging consistency. They do not manage network IPs or routing.
Option D, day-2 actions, provide lifecycle operations but do not configure initial networking or IP provisioning.
Network profiles are the only feature that centrally manages IP allocation for deployments.
Question 12:
A cloud administrator wants to provide developers with a catalog item that deploys a multi-machine topology, including a web server, application server, and database server. These components must deploy consistently as a single unit. Which VMware Aria Automation feature supports building and delivering such a multi-tier application as one request?
A) Custom forms
B) Cloud templates
C) Storage profiles
D) Lease policies
Answer:
B
Explanation:
Custom forms, cloud templates, storage profiles, and lease policies are important components in VMware Aria Automation that help shape how users request workloads, how deployments are designed, how storage is assigned, and how long resources remain active. Custom forms allow administrators to create guided, user-friendly request interfaces for catalog items by adding structured input fields, validation rules, conditional visibility, and dynamic logic. This improves the user experience and ensures that accurate, relevant information is collected during the deployment request.
Cloud templates act as the blueprints that define the structure and configuration of deployments, describing components such as machines, networks, disks, and integrations. These templates enable consistent, repeatable provisioning across multiple clouds while supporting cloud-agnostic design principles. Storage profiles determine which storage tiers and datastores are available for deployments by defining attributes like performance levels, disk types, encryption settings, and replication rules. They ensure that workloads are automatically placed on the correct storage based on organizational needs and performance requirements. Lease policies control how long deployed resources remain active before they must be renewed or automatically reclaimed.
This helps prevent unused workloads from consuming capacity indefinitely, supports cost control, and keeps environments clean and optimized. Together, custom forms, cloud templates, storage profiles, and lease policies create a structured and well-governed automation experience that enhances user interaction, ensures consistent provisioning, organizes storage placement, and maintains efficient resource lifecycle management across hybrid and multi-cloud environments.
Option A, custom forms, enhance request input fields but do not model application architecture.
Option C, storage profiles, manage datastore behavior and have no influence on multi-tier topology.
Option D, lease policies, control lifecycle duration rather than application architecture.
Cloud templates therefore provide the correct framework for building and deploying multi-component applications.
Question 13:
A cloud administrator wants to enforce specific naming standards for virtual machines deployed through VMware Aria Automation. Every machine must follow a required pattern that includes project name, application code, and a unique sequence number. Which feature allows the administrator to configure automated naming conventions for all deployments?
A) Lease policies
B) Naming templates
C) Constraint tags
D) Resource limits
Answer:
B
Explanation:
Lease policies, naming templates, constraint tags, and resource limits are key components in VMware Aria Automation that help control how workloads are deployed, managed, and governed across cloud environments.
Lease policies determine how long a deployed resource—such as a virtual machine or application—can remain active before it must be renewed or is automatically reclaimed. This prevents unused workloads from accumulating, reduces wasted resources, and ensures efficient consumption of infrastructure. Naming templates are used to standardize the names of deployed resources by applying consistent prefixes, suffixes, counters, or attribute-based patterns. This helps maintain order across environments, supports easier resource tracking, and aligns deployments with organizational naming standards. Constraint tags influence placement decisions by matching tags assigned on blueprint components with those applied to infrastructure resources such as clusters, storage, or networks.
This ensures workloads land on the appropriate resources that meet specific performance, compliance, or geographic requirements. Resource limits define how much compute, storage, or other infrastructure capacity a project or user is allowed to consume. These limits help prevent overconsumption, preserve fair access to shared resources, and maintain alignment with budget or capacity plans. Together, lease policies, naming templates, constraint tags, and resource limits create a controlled and predictable automation environment that governs lifecycle duration, naming consistency, placement accuracy, and capacity usage across hybrid and multi-cloud deployments.
Option A, lease policies, control the lifespan of deployed resources rather than naming conventions. They provide expiration dates to reclaim unused capacity but do not handle naming.
Option C, constraint tags, enforce placement logic and do not influence naming. Tags match capabilities and constraints but have nothing to do with VM identifiers.
Option D, resource limits, manage how much capacity a project can consume. They apply quotas but cannot modify naming behaviors.
Naming templates uniquely provide the automated structure required to meet enterprise naming standards across all deployments.
Question 14:
A VMware Aria Automation administrator needs deployments to use different network segments depending on whether the request originates from the development project or the production project. The chosen network must be automatically selected based on project-specific settings. Which configuration enables this behavior?
A) Project-level network profiles
B) Constraint tags on blueprints
C) Image mappings
D) Day-2 actions
Answer:
A
Explanation:
Project-level network profiles, constraint tags on blueprints, image mappings, and Day-2 actions are all important components in VMware Aria Automation that shape how workloads are deployed, configured, and managed across cloud environments. Project-level network profiles define the specific networking options—such as IP ranges, subnets, and segments—that are available to a particular project. By assigning network profiles at the project level, administrators can ensure that each team or application environment has access only to the networks appropriate for its use, improving security, segmentation, and operational consistency. Constraint tags on blueprints are used to guide placement decisions by matching tags defined on blueprint components with those applied to underlying infrastructure resources.
This mechanism ensures that workloads are deployed only onto compatible compute, storage, or network resources that meet required performance, compliance, or geographical criteria. Image mappings provide a unified and cloud-agnostic way to reference operating system templates across different cloud providers. Instead of specifying provider-specific image IDs for vSphere, AWS, Azure, or GCP, a single logical image name is mapped to the correct template in each environment.
This simplifies blueprint design and ensures consistent OS deployment regardless of the cloud platform. Day-2 actions refer to the operational tasks available after a resource has been deployed, such as resizing machines, managing snapshots, modifying network settings, updating configurations, or powering workloads on or off. These actions make it possible to maintain and adjust deployments throughout their lifecycle without requiring a redeployment. When combined, project-level network profiles, constraint tags on blueprints, image mappings, and Day-2 actions provide strong governance, accurate placement, consistent OS usage, and ongoing operational flexibility across hybrid and multi-cloud environments.
Option B, constraint tags, could influence placement if networks were tagged, but the more accurate and direct approach is assigning network profiles to projects. Constraint tags are better used for capability matching at the compute level, not for project-specific network selection.
Option C, image mappings, deal with OS templates across cloud providers and do not control network selection.
Option D, day-2 actions, apply after deployment and do not handle initial network assignment.
Therefore, project-level network profiles provide the correct mechanism for environment-based network selection.
Question 15:
A cloud administrator wants to restrict which catalog items a specific user group can access. Only members of the development group should be able to deploy the development blueprint, while production users should only see production-related blueprints. Which VMware Aria Automation feature controls catalog item visibility?
A) Projects
B) Constraint tags
C) Service Broker policies
D) Cloud zones
Answer:
A
Explanation:
Projects, constraint tags, Service Broker policies, and cloud zones each play an important role in VMware Aria Automation by organizing resources, controlling placement, enforcing governance, and defining where workloads can be deployed. Projects act as logical containers that group users, cloud resources, and governance settings.
They define who is allowed to deploy workloads and which infrastructure they are permitted to use, making it easier for organizations to separate environments by teams, applications, or operational purposes while maintaining clear ownership and access control. Constraint tags help guide placement decisions by matching tags applied to blueprint components with tags assigned to underlying infrastructure resources. This ensures that workloads deploy only onto clusters, storage, networks, or cloud regions that meet specific performance, compliance, or geographic requirements. Service Broker policies provide governance and control over catalog consumption by setting rules around deployment behaviors, approvals, resource reclamation, naming conventions, or restrictions on Day-2 actions.
These policies ensure consistent behavior across environments and help maintain operational standards, cost controls, and compliance. Cloud zones represent the compute boundaries available to a project and map to vSphere clusters, resource pools, or public-cloud regions. They determine where deployments can occur and allow administrators to segment infrastructure based on capacity, location, performance, or business requirements. Together, projects, constraint tags, Service Broker policies, and cloud zones form a well-structured automation framework that supports controlled placement, strong governance, clear organizational separation, and predictable deployment behavior across hybrid and multi-cloud environments.
Option B, constraint tags, influence placement logic but do not manage catalog visibility.
Option C, Service Broker policies, control governance actions like approval workflows or limiting day-2 operations, but they do not handle visibility of catalog items.
Option D, cloud zones, determine where workloads may deploy, not who may request them.
Thus, project assignments are the correct mechanism for catalog item visibility.
Question 16:
A cloud administrator wants to reuse the same cloud template across multiple environments but needs to apply different values for variables such as CPU count, region, or network selection based on the selected environment. Which feature provides dynamic value substitution based on deployment inputs or project settings?
A) Cloud zones
B) Flavor mappings
C) Input bindings
D) Storage profiles
Answer:
C
Explanation:
Cloud zones, flavor mappings, input bindings, and storage profiles are important components in VMware Aria Automation that work together to guide placement decisions, standardize compute sizing, handle user inputs, and manage storage configurations across multi-cloud environments. Cloud zones define the compute boundaries where workloads can be deployed by mapping to vSphere clusters, resource pools, or public-cloud regions. They determine which infrastructure resources are available to a project and help administrators segment environments based on geography, performance tiers, or organizational requirements.
Flavor mappings help standardize resource sizing by linking simple labels such as small, medium, or large to the appropriate CPU and memory values for each cloud provider. This allows cloud templates to remain cloud-agnostic while still provisioning consistently sized resources no matter which platform is used. Input bindings connect user-provided values from forms or template inputs to specific fields or properties within a cloud template. They ensure that user selections—such as names, sizes, network choices, or configuration parameters—are correctly passed into the automation workflow and applied during deployment. Storage profiles define which storage types and datastores a deployment can use, including performance tiers, disk types, replication settings, and encryption requirements. By organizing storage options into profiles, administrators ensure that workloads receive the correct storage characteristics automatically, whether optimized for performance, cost, or compliance.
Together, cloud zones, flavor mappings, input bindings, and storage profiles create a structured and predictable automation framework that ensures accurate workload placement, consistent compute sizing, proper handling of user inputs, and reliable storage provisioning across hybrid and multi-cloud environments.
Option A, cloud zones, decide where workloads may deploy but do not dynamically adjust blueprint variables.
Option B, flavor mappings, define preset compute sizes but cannot adjust variables based on contextual inputs.
Option D, storage profiles, influence storage placement but do not provide variation in template parameters.
Input bindings serve as the mechanism for dynamic adaptation within a single template across diverse environments.
Question 17:
A VMware Aria Automation administrator must ensure that deployments in the development project cannot exceed a maximum of 10 running virtual machines. Any request that would exceed this limit must be blockeD) Which feature enforces consumption quotas for a project?
A) Resource limits
B) Lease policies
C) Network profiles
D) Constraint tags
Answer:
A
Explanation:
Resource limits, lease policies, network profiles, and constraint tags are important features in VMware Aria Automation that help control how resources are consumed, managed, and placed across different cloud environments. Resource limits are used to control how much capacity a project or user is allowed to consume, helping prevent overuse of compute, storage, or networking resources. They ensure fair distribution, protect shared environments from accidental exhaustion, and allow administrators to set boundaries that match budget, priority, or operational needs. Lease policies define how long deployed resources, such as virtual machines or services, remain active before they must be renewed or reclaimeD)
These policies help reduce resource sprawl by automatically cleaning up unused deployments, lowering costs, and improving efficiency. Network profiles define the networking configurations available for deployments, including IP ranges, network types, security groups, and routing rules. By creating consistent networking definitions, administrators ensure that workloads receive the correct connectivity, segmentation, and security settings without manual configuration during every deployment. Constraint tags provide a flexible way to guide placement decisions by matching tags on blueprint components with tags applied to infrastructure resources.
This ensures that workloads land on the correct clusters, hosts, storage, or cloud regions based on performance, compliance, or location requirements. When used together, these features create a controlled and predictable automation environment, helping organizations efficiently manage their cloud resources while maintaining strong governance and operational consistency.
Question 18:
An administrator is building a cloud template in VMware Aria Automation that provisions both a virtual machine and an attached persistent volume. The volume must be automatically placed on a datastore that supports replication for disaster recovery. Which feature ensures the persistent volume is assigned to the correct datastore type?
A) Storage profiles
B) Flavor mappings
C) Capability tags
D) Network profiles
Answer:
A
Explanation:
Storage profiles provide the mechanism for defining the characteristics required for storage placement in VMware Aria Automation. A storage profile organizes datastores or storage policies into logical groupings that represent capabilities such as replication, encryption, performance tier, or cost category. When the administrator assigns a storage profile to a cloud zone or references it within a cloud template, the system ensures that any persistent disk or machine volume is provisioned onto datastores matching those properties. This creates predictable behavior and reduces the chance of deploying onto incorrect or non-replicated storage.
A replicated datastore requirement is a perfect example of where storage profiles excel. Instead of relying on users to manually select or remember storage capabilities, administrators predefine the appropriate storage policies. When workloads are deployed, the platform automatically provisions disks on storage that meets the replication requirement, ensuring compliance with disaster-recovery strategies and organizational standards.
Option B, flavor mappings, apply to compute resources such as CPU and memory. They do not influence datastore selection or define replication requirements. Even though flavor mappings help standardize machine sizing, they cannot guarantee that a disk is placed on the correct storage tier.
Option C, capability tags, could potentially be used to tag datastores or cloud zones, but capability tags describe capabilities and do not specifically enforce storage policy behavior. While constraint tags can match to storage policies indirectly, storage profiles remain the official and most direct VMware-supported way to enforce storage behavior. Capability tags are better suited for compute-level placement.
Option D, network profiles, handle networking attributes such as IP pools, gateways, and DNS configuration. These profiles have no relationship to storage selection and thus cannot satisfy the requirement for replicated persistent storage.
Storage profiles therefore provide the precise method for ensuring the persistent volume is assigned to the correct datastore with built-in replication, aligning with policy-driven storage management in VMware Aria Automation.
Question 19:
A cloud administrator needs to ensure that only certain users can request deployments of a sensitive cloud template that provisions systems containing regulated datA) Access must be strictly controlled so that only members of an authorized team can view or request this catalog item. Which VMware Aria Automation feature controls catalog item visibility based on user membership?
A) Projects
B) Constraint tags
C) Custom forms
D) Cloud zones
Answer:
A
Explanation:
Projects, constraint tags, custom forms, and cloud zones are essential components in VMware Aria Automation, each contributing to how resources are organized, placed, and requested within a multi-cloud environment. Projects act as organizational containers that group users, cloud resources, and governance settings, allowing teams to work within defined boundaries while still being centrally manageD)
They help divide infrastructure usage by department, application, or environment, making ownership clearer and resource management more structureD) Constraint tags help guide placement decisions by matching tags defined in blueprints with tags applied to underlying infrastructure resources. This ensures that workloads deploy only onto approved clusters, hosts, storage, or cloud regions, helping organizations meet performance, compliance, or geographic requirements. Custom forms enhance the user request experience by creating clean, guided, and user-friendly input forms for catalog items. These forms allow administrators to add validation rules, dropdown selections, conditional fields, and dynamic content, reducing user error and simplifying complex deployments. Cloud zones define the actual compute boundaries where workloads can be placed, mapping to vSphere clusters, resource pools, or regions in public clouds.
They determine which resources are available to each project, how much capacity can be consumed, and which placement policies are applieD) Together, these elements provide a structured environment that enables consistent, controlled, and efficient provisioning across multiple clouds while keeping the user experience clear and manageable.
Question 20:
A cloud administrator must ensure that deployments in a production environment require an approval before provisioning begins. Non-production environments should allow immediate deployments without approval. Which VMware Aria Automation feature enables conditional approval workflows based on project or template characteristics?
A) Service Broker policies
B) Storage profiles
C) Cloud zones
D) Flavor mappings
Answer:
A
Explanation:
Service Broker policies, storage profiles, cloud zones, and flavor mappings are key components within VMware Aria Automation (formerly vRealize Automation) that collectively shape how organizations govern, deploy, and standardize resources across multi-cloud environments. Service Broker policies act as governance mechanisms that enforce rules around how catalog items and deployments are consumeD) They help control access, approvals, lease durations, naming conventions, and Day-2 operations so that resource usage remains compliant with organizational standards and cost guidelines. These policies ensure consistent behavior regardless of whether workloads are deployed on-premises or in public clouds. Storage profiles, on the other hand, define the storage tiers and characteristics available for workload placements. By abstracting datastores, storage policies, and cloud-provider disk types into meaningful categories such as gold, silver, or bronze, storage profiles ensure that virtual machines and services automatically receive the appropriate performance, resilience, and cost attributes without manual intervention.
Meanwhile, cloud zones provide logical boundaries that determine where workloads may be placed. They represent clusters, resource pools, or cloud regions and enable administrators to allocate capacity to specific projects or teams. This allows organizations to segment their infrastructure by geographical region, environment type, or compliance requirements while maintaining centralized control. Cloud zones help guarantee predictable placement decisions and prevent resource sprawl or accidental deployments in restricted areas. Finally, flavor mappings simplify resource sizing by creating standardized compute definitions—such as small, medium, or large—that translate into equivalent instance types across different platforms. This abstraction removes the need for users or developers to understand cloud-specific instance families, ensuring that a single blueprint can deploy consistently across vSphere, AWS, Azure, or other clouds. By harmonizing sizing options, flavor mappings streamline blueprint creation and contribute to cloud-agnostic automation. Together, these four elements form a cohesive framework that enhances governance, consistency, and operational efficiency in automated multi-cloud environments.
