If you are planning to take the Cloud, Specialist (JNCIS-Cloud) JN0-413 exam, it is important to prepare thoroughly to increase your chances of success. With the latest Cloud, Specialist (JNCIS-Cloud) JN0-413 Dumps from Passcert, you can have access to comprehensive study materials that cover all the topics that will be tested in the exam. These Cloud, Specialist (JNCIS-Cloud) JN0-413 Dumps are designed to help you understand the concepts and principles that are essential for passing the Juniper JN0-413 exam on the first try. By using the Cloud, Specialist (JNCIS-Cloud) JN0-413 Dumps from Passcert, you can benefit from practice questions and simulations that are similar to those that you will encounter in the actual exam. 

The Cloud track enables you to demonstrate competence with cloud networking architectures such as multiclouds, software-defined networking, SD-WAN, and other cloud technologies. JNCIS-Cloud, the specialist-level certification in this track, is designed for networking professionals with intermediate knowledge of software-defined networking, theory, and best practices. The exam verifies your understanding of software-defined networking principles and technologies. The exam is based on Contrail 23.1.

 

 

Exam Code: JN0-413

Prerequisite Certification: JNCIA-Cloud

Delivered by: Pearson VUE

Exam Length: 90 minutes

Exam Type: 65 multiple-choice questions

Software Versions: Contrail 23.1

 

Roles and functions of a Container Network Interface (CNI) 

Integration of CN2 with Kubernetes

Supported orchestrators

 

Core components

Component communication

UI components, access, and so on

Deployment models

Configuration resources

 

Isolated and non-isolated namespaces

Pod-network communication rules

 

Isolated and non-isolated namespaces

Pod-network communication rules

Implementing namespaces

 

Cluster IP

NodePort

LoadBalance

Ingress access

 

 

User-defined virtual networks

User-defined pod networks

System-defined pod networks

Service networks

 

 

Route targets

vRouters

Virtual network routers

Various virtual network routing implementations (mesh, hub-and-spoke, and multi-namespacE. 

External device routing (IP fabric and source NAT)

 

 

Namespace-based policies

IP-based policies

Policy rules and behavior

Ingress versus egress policies

 

 

User interfaces (dashboard and monitor)

Architecture (Prometheus and GrafanA. 

Introspect (control and vRouter)

 

1. Which two types of data are collected by Contrail Analytics nodes? (Choose two)

A.  system log messages

B.  routing tables

C.  Access Control Lists

D.  flow statistics

Answer: A, D

 

2. According to Juniper Networks, where does the Contrail Cloud Platform align in the Network Functions Virtualization solution architecture?

A.  virtualized network functions

B.  Network Functions Virtualization

C.  management and orchestration

D.  Service Now management platform

Answer: C

 

3. What is needed to move compute resources between cloud environments?

A.  orchestration software

B.  data compression software

C.  firewall software

D.  load-balancing software

Answer: D

 

4. Your customer deletes a Contrail service instance VM directly from OpenStack. In this scenario, which statement is correct?

A.  The service instance will be deleted from Contrail.

B.  The VM will be deleted and Contrail will show the service instance as inactive.

C.  Contrail will spawn a new service instance VM.

D.  OpenStack will spawn a new service instance VM.

Answer: A

 

5. Which statement is true regarding Virtual Network Functions (VNF)?

A.  A VNF is implemented with virtual platforms.

B.  A VNF requires an SDN controller for implementation.

C.  A VNF is implemented with physical hardware platforms.

D.  A VNF requires an SDN orchestrator for implementation.

Answer: A

 

6. In which format are the result displayed when browsing with the contrail Analytics API?

A.  HTML

B.  JSON

C.  plain text

D.  XML

Answer: B