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Juniper JN0-481 Exam Syllabus Topics:

SectionObjectives
Topic 1: Juniper Apstra Architecture- Apstra Components
  • 1. Reference designs
  • 2. Blueprint architecture
  • 3. Intent-based networking concepts
  • 4. Agents and services
Topic 2: Intent-Based Analytics- Analytics and Visibility
  • 1. Graph explorer
  • 2. Intent-based analytics probes
  • 3. Health scoring
  • 4. Graph queries
Topic 3: Apstra Build and Deploy Phases- Deployment Operations
  • 1. Device onboarding
  • 2. Configuration deployment
  • 3. Cabling and staging
  • 4. Fabric validation
Topic 4: Apstra Design Phase- Blueprint Design
  • 1. Logical devices
  • 2. Rack types and connectivity
  • 3. Templates and resources
  • 4. Fabric design workflows
Topic 5: Blueprint Operations- Day-2 Operations
  • 1. Rollback and audit operations
  • 2. Configuration anomalies
  • 3. Monitoring and troubleshooting
  • 4. System maintenance
Topic 6: Data Center Architectures- IP Fabrics
  • 1. Spine-leaf architectures
  • 2. EVPN-VXLAN fundamentals
  • 3. Routing and switching concepts
  • 4. Underlay and overlay concepts
Topic 7: Data Center Multitenancy- Tenant Services
  • 1. VRFs and routing zones
  • 2. Security policies
  • 3. Tenant isolation
  • 4. Connectivity templates

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Juniper Data Center, Specialist (JNCIS-DC) Sample Questions (Q54-Q59):

NEW QUESTION # 54
Within Managed Devices in the Juniper Apstra Ul, you notice that several devices have the OOS- Quarantined status. The devices cannot be added to any blueprint. Which action would solve this problem?

Answer: A

Explanation:
When an agent installation is successful, devices are placed into the Out of Service Quarantined (OOS-QUARANTINED) state using the Juniper Apstra UI. This state means that the device is not yet managed by Apstra and has not been assigned to any blueprint. The device configuration at this point is called Pristine Config. To make the device ready for use in a blueprint, you need to acknowledge the device, which is a manual action that confirms the device identity and ownership. Acknowledging the device changes its status to Out of Service Ready (OOS- READY).


NEW QUESTION # 55
You want to remove a leaf device from a Juniper Apstra blueprint permanently. What is the correct high-level sequence of steps?

Answer: C

Explanation:
To safely and permanently remove a leaf device from a Juniper Apstra blueprint, the device should first be set to Drain mode to gracefully move traffic away from it, then transitioned to Undeploy mode to remove its configuration from the device. Once undeployed, the device can be safely removed from the blueprint without causing disruption to the rest of the fabric.


NEW QUESTION # 56
Which two statements about ESI values are correct for the server connections to the fabric shown in the exhibit? (Choose two.)

Answer: C,D

Explanation:
To answer this question, we need to understand the concept of ESI values in EVPN LAGs. An ESI is a 10-byte value that identifies an Ethernet segment, which is a set of links that connect a multihomed device (such as a server) to one or more PE devices (such as leaf switches) in an EVPN network. The same ESI value must be configured on all the PE devices that connect to the same Ethernet segment. This allows the PE devices to form an EVPN LAG, which supports active-active or active-standby multihoming for the device. The ESI value can be manually configured (type 0) or automatically derived from LACP (type 1) or other methods. In the exhibit, Server A is connected to two leaf switches (QFX 5210) using a LAG with LACP enabled. Server B is connected to three leaf switches (QFX 5120) using a LAG with LACP enabled.


NEW QUESTION # 57
You are creating a template using Juniper Apstra.
In this scenario, what is a rack-based design compared to a pod-based design?

Answer: B

Explanation:
In Juniper Apstra:
A rack-based design typically maps to a three-stage Clos topology, where racks are the unit of scale and directly connect to spine devices.
A pod-based design corresponds to a five-stage Clos topology, where multiple racks are grouped into pods, and the fabric scales further using additional layers (e.g., super spines).


NEW QUESTION # 58
What is correct about the selected device shown in the exhibit?

Answer: D

Explanation:
The exhibit shows node100 (Generic System) selected, with links from that generic system to two fabric leaf switches (for example, a leaf participating in an ESI pair and another leaf node). In Apstra 5.1, a Generic System represents an endpoint that is not managed as a network device by Apstra (such as a server, appliance, or host), but it is still modeled so Apstra can apply interface intent (LAG vs single link), connectivity templates, and virtual network attachments.
Because the device is shown as a generic system connected on leaf-facing ports inside the fabric topology, this aligns with an internal generic system. Internal generic systems are used for servers or endpoints that reside "inside" the rack/fabric context and consume leaf switch ports as access-facing connections. This is the common representation for endpoints in EVPN-VXLAN data center designs, where the leaf switches provide the VLAN/VNI mapping and, if required, IRB gateway services within the tenant VRF (routing zone).
An external generic system is typically used for devices outside the fabric boundary-most commonly external routers, firewalls, or upstream networks attached at border leafs-where the intent is external connectivity rather than server access. The selected node is neither a peer switch nor an access switch (those are network infrastructure roles), and the UI explicitly labels it as a Generic System, confirming the correct classification as an internal generic system.


NEW QUESTION # 59
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