Secure 100% Exam Results with Juniper JN0-481 Practice Questions [2026]

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Juniper JN0-481 Exam Syllabus Topics:

TopicDetails
Topic 1
  • Data Center Architectures (IP Fabrics, EVPN-VXLAN): Covers spine-leaf topology design, ECMP load balancing, and underlay
  • overlay routing, along with EVPN and VXLAN concepts including route types, bridge domains, VNI-to-VLAN mapping, and VTEP functions.
Topic 2
  • Apstra Design Phase: Covers pre-deployment planning elements such as reference designs, logical devices, device profiles, rack types, interface maps, and templates, including their configuration and troubleshooting.
Topic 3
  • Juniper Apstra Architecture: Introduces core Apstra components including the server, device agents, and UI, along with administrative features such as RBAC, event logging, and syslog.
Topic 4
  • Data Center Multitenancy: Covers multi-tenant network management through routing zones, VRFs, virtual networks, connectivity templates, security policies, VMware integration, and Data Center Interconnect.
Topic 5
  • Apstra Build and Deploy Phases: Covers fabric deployment tasks including agent installation, cable mapping, device states, deploy modes, and Blueprint UI usage, along with related monitoring and troubleshooting.
Topic 6
  • Blueprint Operations: Covers day-to-day blueprint management including making and reverting changes, querying, virtual networks, Time Voyager, anomaly detection, property sets, configlets, and configuration types.

>> Valid JN0-481 Exam Syllabus <<

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Juniper Data Center, Specialist (JNCIS-DC) Sample Questions (Q14-Q19):

NEW QUESTION # 14
You staged several changes to your Juniper Apstra blueprint but have not committed them. In this scenario, what is the effect of selecting Revert?

Answer: A

Explanation:
In Apstra 5.1, blueprint changes follow an intent workflow: you edit intent in Staged, then review the delta in Uncommitted, and finally Commit to activate those changes and create a new revision. If you have staged changes that are visible under Uncommitted but decide not to proceed, the Revert action is used to discard them. Selecting Revert clears the blueprint's uncommitted intent delta and returns the blueprint to the last committed state (the currently active intended design baseline). In practical terms, it removes all pending edits that were made since the last commit-whether those edits were physical (links/topology), virtual (routing zones, virtual networks), policies (security policies), or catalog-driven operations-so that none of those changes will be deployed.
Revert is not a "single-step undo" limited to only the most recent change; it is a discard of the staged/uncommitted change set. It also does not roll back device configurations on its own (that is handled by revision operations such as Time Voyager rollbacks and subsequent deployment actions). Finally, Revert does not require a commit to take effect; it is used specifically to avoid committing changes. This behavior helps maintain clean operational control in EVPN-VXLAN fabrics by ensuring only validated and intentional intent updates are promoted to the deployed network state.
Verified Juniper sources (URLs):
https://www.juniper.net/documentation/us/en/software/apstra4.2/apstra-user-guide/topics/task/blueprint-commit-revert.html
https://www.juniper.net/documentation/us/en/software/apstra6.1/apstra-user-guide/topics/task/time-voyager-rollback-blueprint-revision.html


NEW QUESTION # 15
You have created a blueprint and are in the process of assigning systems. You require the leaf3-sonic device in the blueprint but do not want it to actively participate in the routing of the IP fabric.

In the Juniper Apstra UI, which two modes satisfy this requirement? (Choose two.)

Answer: A,D

Explanation:
Apstra deploy modes control how far a device progresses in the configuration lifecycle and whether it becomes active in the fabric. If you must keep leaf3-sonic present in the blueprint (modeled, cabled, and available for future use) but you do not want it to participate in IP-fabric routing, you use modes that keep the device not active.
Ready mode assigns the device to the blueprint and applies only "Ready (Discovery 2)" level configuration-hostnames, interface descriptions, and port speed/breakout settings-while explicitly keeping the device out of fabric routing. In this mode, Apstra does not configure routing/BGP or L3 interface addressing for the IP fabric, so the switch is staged and visible for validation (for example, LLDP wiring checks) but does not forward as part of the Clos underlay.
Undeploy mode removes the complete Apstra service configuration from the device. Operationally, this also ensures the device is not active in the fabric. It is commonly used when a device must be retained in the blueprint inventory/topology but should not be participating (for example, temporarily withdrawn, decommission preparation, or held as a spare).
By contrast, Deploy makes the device active (full rendered fabric configuration, including BGP), and Drain is a maintenance state used to gracefully remove traffic from an already-active device rather than a state for keeping it non-participatory from the outset.
Verified Juniper sources (URLs):
https://www.juniper.net/documentation/us/en/software/apstra6.0/apstra-user-guide/topics/topic-map/device-config-lifecycle.html
https://www.juniper.net/documentation/us/en/software/apstra4.2/apstra-user-guide/topics/topic-map/device-config-lifecycle.html


NEW QUESTION # 16
In the case of IP Clos data center five-stage fabric design, what are two rotes of the super spines? (Choose two.)

Answer: A,D

Explanation:
In the case of IP Clos data center five-stage fabric design, the super spines are the devices that provide the highest level of aggregation in the network. They have two main roles:
Super spines are used to interconnect two different data center pods. A pod is a cluster of leaf and spine devices that form a 3-stage Clos topology. A 5-stage Clos topology consists of multiple pods that are connected by the super spines. This allows for scaling the network to support more devices and bandwidth.
Super spines connect to all spine devices within the five-stage architecture. The spine devices are the devices that provide the second level of aggregation in the network. They connect to the leaf devices, which are the devices that provide access to the end hosts. The super spines connect to all the spine devices in the network, regardless of which pod they belong to. This provides any-to-any connectivity between the pods and enables optimal routing and load balancing.


NEW QUESTION # 17
You are building an IP fabric and have decided to use Junos devices to create an EBGP underlay. You must ensure that traffic is load balanced throughout your fabric.
You must also ensure that regardless of the path used through the fabric that all traffic is handled consistently and load balanced predictably.
According to Juniper Networks, what are three best practices that you should employ to help you achieve the desired behavior? (Choose three.)

Answer: B,C,D


NEW QUESTION # 18
Off-box agents are consuming too much CPU and memory on your Juniper Apstra controller.
In this scenario, how would you solve this problem?

Answer: D

Explanation:
When off-box agents consume too much CPU and memory on the Juniper Apstra controller, the best solution is to deploy a separate worker VM. The worker VM offloads off-box agent processing from the main Apstra controller VM, ensuring that the controller remains stable and responsive while still supporting large-scale or resource-intensive environments.


NEW QUESTION # 19
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