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Juniper JN0-481 Exam Syllabus Topics:

Section	Weight	Objectives
Apstra Build and Deploy Phases	15%	- Configuration management 1. Configuration types and versioning 2. Blueprint generation and activation - Fabric deployment 1. Cable mapping and topology discovery 2. Deployment modes and state management 3. Device onboarding and agent installation
Blueprint Operations	15%	- Troubleshooting 1. Query tools and topology inspection 2. Anomaly detection and analysis - Day-to-day management 1. Change management and rollback 2. Dashboard and monitoring views 3. Time voyager and configuration history
Data Center Multitenancy	10%	- Multitenant design 1. VRF and virtual networks 2. Connectivity templates and policies - Integration and extension 1. Data center interconnect (DCI) 2. VMware integration
Juniper Apstra Architecture	15%	- Intent-based networking principles 1. Continuous compliance monitoring 2. Intent definition and validation - Core components 1. User interface and APIs 2. RBAC and system management 3. Apstra server and agents
Apstra Design Phase	15%	- Design elements 1. Device profiles and logical models 2. Rack layout and capacity planning 3. Reference designs and templates - Configuration and validation 1. Pre-deployment validation 2. Design rules and constraints
Intent-Based Analytics	10%	- Operational insights 1. Performance monitoring 2. Capacity planning - Analytics features 1. Probes and anomaly detection 2. Graph explorer and telemetry
Data Center Architectures	20%	- IP Fabrics 1. Underlay and overlay networks 2. Spine-leaf topology concepts 3. ECMP and load balancing - EVPN-VXLAN 1. Network segmentation and multi-tenancy 2. EVPN control plane and routing 3. VXLAN encapsulation and operation

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Juniper Data Center, Specialist (JNCIS-DC) Sample Questions (Q12-Q17):

NEW QUESTION # 12
You staged several changes to your Juniper Apstra blueprint but have not committed them.
In this scenario, what is the effect of selecting Revert?

A. All the staged changes are cleared.
B. Only the last staged change will be cleared.
C. A commit is required to complete the revert operation.
D. The current active configuration will be replaced by the previous active configuration.

Answer: A

Explanation:
In Juniper Apstra, when you stage changes to a blueprint, they remain in the Staged area until you commit them. If you choose Revert, all uncommitted (staged) changes are discarded, and the blueprint reverts to its current Active state. This clears everything staged, not just the last change.

NEW QUESTION # 13
In the EVPN-VXLAN data center fabric bridged overlay architecture shown in the exhibit, the servers are connected to Lead and Leat6 using the same virtual network identifier (VNI). Which two statements are correct in this scenario? (Choose two.)

A. The underlay must use IRB interfaces.
B. The underlay must be provisioned with PIMv2.
C. Loopback IPv4 addresses must be advertised into the EBGP underlay from leaf and spine devices.
D. The underlay EBGP peering's must be established between leaf and spine devices.

Answer: C,D

Explanation:
In the EVPN-VXLAN data center fabric bridged overlay architecture shown in the exhibit, the servers are connected to Leaf1 and Leaf6 using the same virtual network identifier (VNI). This means that the servers belong to the same Layer 2 domain and can communicate with each other using VXLAN tunnels across the fabric. The underlay network provides the IP connectivity between the leaf and spine devices, and it uses EBGP as the routing protocol. Therefore, the following two statements are correct in this scenario:
Loopback IPv4 addresses must be advertised into the EBGP underlay from leaf and spine devices. This is because the loopback addresses are used as the source and destination IP addresses for the VXLAN tunnels, and they must be reachable by all the devices in the fabric.
The loopback addresses are also used as the router IDs and the BGP peer addresses for the EBGP sessions.
The underlay EBGP peering's must be established between leaf and spine devices. This is because the EBGP sessions are used to exchange the underlay routing information and the EVPN routes for the overlay network. The EBGP sessions are established using the loopback addresses of the devices, and they follow a spine-and-leaf topology, where each leaf device peers with all the spine devices, and each spine device peers with all the leaf devices.

NEW QUESTION # 14
In Juniper Apstra, what is the purpose of a Rack Type when designing a fabric template?

A. It defines the firmware version applied to all devices in the blueprint.
B. It defines the routing protocol used between spine and leaf devices.
C. It defines a reusable logical building block that specifies leaf and access switch roles, redundancy, and server connectivity for a rack.
D. It defines the physical cabling color scheme for the data center.

Answer: C

Explanation:
A Rack Type in Juniper Apstra is a reusable design element that defines the logical structure of a rack, including the leaf switch role (single, redundant, or ESI-LAG), any access/server-facing switches, and how servers are connected. Rack Types are combined within a Template to build the overall fabric design, allowing consistent, repeatable rack designs to be applied across the data center.

NEW QUESTION # 15
What are two agent processes that operate within the Juniper Apstra device agent? (Choose two.)

A. Authentication agent
B. Routing agent
C. Telemetry agent
D. Deployment agent

Answer: C,D

Explanation:
In Apstra deployments that use on-box device agents, the agent package installs multiple processes inside the switch's NOS namespace to provide an isolated runtime environment for Apstra control and telemetry collection. Two of those processes are the Telemetry Agent and the Deployment Agent. The Telemetry Agent is responsible for collecting operational information from the device-such as LLDP neighbor details, routing-related state, and interface information-and sending that telemetry upstream to Apstra. This telemetry is a key input for closed-loop assurance in EVPN-VXLAN fabrics, where Apstra correlates underlay health (interfaces, neighbors, sessions) with overlay services.
The Deployment Agent is responsible for receiving configuration content pushed from Apstra and applying it on the device. In a Junos v24.4 fabric, this is the component that enables Apstra to converge device configuration to the blueprint's intent (for example, BGP underlay, EVPN signaling, and VXLAN constructs) without requiring manual CLI workflows. Both agents are typically idle most of the time, becoming active when Apstra needs to apply configuration changes or when significant state changes trigger telemetry updates.
Other listed options-"routing agent" and "authentication agent"-are not the named Apstra device-agent processes described for the on-box agent package in Juniper documentation.
Verified Juniper sources (URLs):
https://www.juniper.net/documentation/us/en/software/apstra4.2/apstra-server-and-security-guide/topics/concept/apstra-device-agents.html

NEW QUESTION # 16
You are using Juniper Apstra to manage your three-stage IP fabric. You have not enabled any IBA probes other than those that are enabled by default. You notice that both the Analytics tab and its child, Anomalies tab, have red indicators associated with them.
In this scenario, which condition is occurring in your network?

A. A leaf node is experiencing high CPU utilization.
B. A managed system has not been acknowledged.
C. An expected BGP session between a spine and leaf node has failed to establish.
D. Someone has manually configured a leaf device without using Apstra.

Answer: C

NEW QUESTION # 17
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