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Juniper JN0-106 Exam Overview:

Certification Vendor:Juniper Networks
Exam Name:Junos, Associate (JNCIA-Junos)
Exam Number:JN0-106
Exam Duration:90 minutes
Certificate Validity Period:3 years
Exam Format:Multiple Choice
Available Languages:English
Real Exam Qty:65
Passing Score:Pass or Fail
Exam Price:$200 USD
Related Certifications:JNCIS-SP
JNCIS-ENT
JNCIA-Junos
Sample Questions:Juniper JN0-106 Sample Questions
Exam Way:Pearson VUE Test Center or Online Proctored Exam
Pre Condition:No prerequisite certification required
Official Syllabus URL:https://learningportal.juniper.net/juniper/user_activity_info.aspx?id=14354

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Juniper JN0-106 Exam Syllabus Topics:

TopicDetails
Topic 1
  • Routing Policy and Firewall Filters: Covers how to control traffic flow on Junos devices using routing policies and firewall filters, including policy structure, match criteria, filter actions, and unicast RPF.
Topic 2
  • Routing Fundamentals: Covers core routing concepts on Junos devices, including routing and forwarding tables, route preference, static routing, routing instances, and an introduction to dynamic routing protocols.
Topic 3
  • Junos OS Fundamentals: Covers the architecture of Junos OS, focusing on the separation of control and forwarding planes and how traffic is processed by the routing and packet-forwarding engines.
Topic 4
  • Networking Fundamentals: Covers core networking concepts including IP addressing, subnetting, Layer 2
  • 3 operations, routing basics, and protocol types essential for understanding how networks function.
Topic 5
  • User Interfaces: Covers how to navigate and use the Junos CLI and J-Web interface, including configuration management, output filtering, and working with active versus candidate configurations.

Juniper Junos, Associate (JNCIA-Junos) Sample Questions (Q92-Q97):

NEW QUESTION # 92
Which Junos tool should you use to identify the path that packets take through the network to a destination?

Answer: C

Explanation:
When you need to visualize the hop-by-hop journey of a packet across a multi-vendor or Junos-based network, traceroute is the definitive operational tool. Unlike ping , which merely confirms end-to-end reachability by eliciting an Echo Reply, traceroute provides a clinical breakdown of every Layer 3 device (router or switch) in the path.
The mechanics of this tool are quite clever: it sends out a sequence of packets (usually UDP or ICMP) with an increasing Time-to-Live (TTL) value, starting at 1. When the first router receives the packet, it decrements the TTL to 0, discards the packet, and sends an ICMP " Time Exceeded " message back to the source. This informs your Junos device of the first hop ' s identity. This process repeats, incrementing the TTL each time, until the packet reaches the final destination. This path discovery is vital for identifying where traffic might be diverted by a misconfigured routing policy or where latency is being introduced in the network fabric. While monitor interface traffic gives you real-time throughput on a local port and SNMP provides historical telemetry to a management station, neither can map the external topological path like traceroute. In the Junos CLI, you can even specify the source address or bypass the routing table to test specific egress paths.
Reference: Operational Monitoring and Maintenance, Troubleshooting Network Connectivity.


NEW QUESTION # 93
Which two statements about firewall filters are correct? (Choose two.)

Answer: A,D

Explanation:
In Junos OS, standard firewall filters operate as a primary security and traffic management tool within the forwarding plane. These filters are fundamentally stateless, meaning they evaluate each packet individually and in isolation without maintaining a session table or tracking the state of network connections. This stateless nature allows the Packet Forwarding Engine (PFE) to process filters at hardware speeds, ensuring minimal latency for transit traffic. This distinguishes them from the stateful security policies found on Junos security devices like the SRX Series, which track the entire lifecycle of a flow.
Furthermore, firewall filters are designed to inspect and match header information up to Layer 4 of the OSI model. This capability allows administrators to define terms based on parameters such as source and destination IP addresses (Layer 3) as well as TCP or UDP port numbers and protocol types (Layer 4). While they provide granular control over packet flow, they do not natively inspect Layer 7 application payloads, which is typically reserved for advanced services like Intrusion Detection and Prevention (IDP). By combining stateless execution with Layer 4 matching, Junos firewall filters provide an efficient method for implementing transit protection, rate limiting through policing, and protecting the local Routing Engine through loopback interface filtering. Reference: Routing Policy and Firewall Filters, Firewall Filter Framework.


NEW QUESTION # 94
Which two statements about route preference in Junos OS are correct? (Choose two.)

Answer: C,D

Explanation:
Longest prefix match is evaluated first to select candidate routes for a destination. Among routes to the same prefix, the one with the lowest route preference is chosen as the best path.


NEW QUESTION # 95
What is the main function of the forwarding table on a Junos device?

Answer: A

Explanation:
The forwarding table contains the active routes derived from the routing table and is used by the Packet Forwarding Engine to forward packets.


NEW QUESTION # 96
Which two protocols use UDP to facilitate speed? (Choose two.)

Answer: A,B


NEW QUESTION # 97
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