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Juniper JN0-106 Exam Syllabus Topics:

TopicDetails
Topic 1
  • Configuration Basics: Covers the essential steps for configuring a Junos device from factory default, including user accounts, interfaces, authentication, system services like NTP and SNMP, and configuration archival.
Topic 2
  • 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 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
  • 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 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.
Topic 6
  • 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.

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Juniper Junos, Associate (JNCIA-Junos) Sample Questions (Q33-Q38):

NEW QUESTION # 33
Which two statements are true about the firewall filter configuration shown in the exhibit? (Choose two.)

Answer: A,C

Explanation:
The exhibit illustrates the configuration of a firewall filter named mgmt_fill and its subsequent application to an interface. The first true statement is that the filter is applied to a physical interface . The configuration shows the filter attached to me0 , which in Junos nomenclature represents the Management Ethernet port-a dedicated physical port for out-of-band management traffic. This is separate from logical or virtual interfaces, as me0 provides the physical link for administrative access.
The second true statement is that the filter evaluates SSH packets egressing from the management interface . In the provided snippet, term t1 specifically matches the destination-port ssh , and the filter is applied to the interface unit. When a filter is applied to an interface, it can monitor traffic entering or leaving the device. Furthermore, the filter utilizes a count action (count c1), which is a non-terminating action used to provide telemetry on specific traffic types passing through that physical port. There is no mention of a syslog or log action in the configuration, meaning that while packets are counted, they are not being written to the system log files. This configuration is a standard method for hardening the management plane and tracking administrative session activity on the Routing Engine. Reference: Routing Policy and Firewall Filters, Firewall Filter Actions, Management Interfaces.


NEW QUESTION # 34
Exhibit:

Referring to the exhibit, what is the next hop for IP address 10.0.0.9?

Answer: D

Explanation:
In Junos OS, the Packet Forwarding Engine (PFE) determines the next hop for a packet by performing a lookup in the forwarding table and identifying all valid matches for the destination IP address. When multiple routes encompass the same destination, the router strictly follows the Longest Prefix Match (LPM) rule to select the most specific entry.
For the destination address 10.0.0.9 , the following evaluation occurs based on the exhibit:
* 10.0.0.0/24 : This route matches, as the address falls within the 10.0.0.0-10.0.0.255 range.
* 10.0.0.0/26 : This route matches, as the address falls within the 10.0.0.0-10.0.0.63 range.
* 10.0.0.8/27 : This route matches, as the address falls within the 10.0.0.8-10.0.0.39 range.
* 10.0.0.4/30 : This route does not match, as its range ends at 10.0.0.7.
Among the matching entries, the prefix lengths are /24, /26, and /27. The longest prefix match is /27 , as it specifies the most granular network segment. Because 10.0.0.8/27 is the most specific match for the destination 10.0.0.9 , the router selects its associated next hop, which is 192.168.2.1 . This deterministic behavior ensures that traffic follows the most precise path calculated by the routing protocols or defined by the administrator, overriding broader routes like the default or summary advertisements.
Reference: Routing Fundamentals, Longest Prefix Match, Forwarding Table Selection.


NEW QUESTION # 35
Referring to the exhibit, which route will be selected for a packet destined to IP address
10.50.10.55?

Answer: B

Explanation:
In Junos OS, the Routing Information Base (RIB) selection process follows a strict hierarchy where the Longest Prefix Match (LPM) is the absolute primary tie-breaker. When a packet is destined for 10.50.10.55, the Routing Engine searches the inet.0 table for all matching entries. In this exhibit, four routes match: the default route (0.0.0.0/0), a general static route (10.0.0.0/8), an OSPF route (10.50.0.0/16), and a BGP route (10.50.10.0/24).
The LPM rule dictates that the router must select the most specific route available, which is defined as the entry with the highest number of matching bits in the subnet mask. The
10.50.10.0/24 route matches 24 bits of the destination address, making it more specific than the
16-bit, 8-bit, or 0-bit alternatives. It is critical to understand that route preference (e.g., Static at 5, OSPF at 10, or BGP at 170) is only evaluated if there are multiple paths to the exact same prefix and length. Because these prefixes vary in length, the length takes precedence over the protocol preference. Therefore, the BGP-learned route via 192.168.1.20 is selected as the active path, ensuring traffic follows the most granular routing information provided to the device.


NEW QUESTION # 36
In Junos OS, which command is used to display the current active configuration as it is running on the device, including all inherited and default values?

Answer: D

Explanation:
The "show configuration" command displays the active configuration hierarchy. While additional options can change format, this base command reveals the running configuration. It does not show commit history or operational interface status, which are handled by different commands.


NEW QUESTION # 37

Referring to the exhibit, which command would be used to view the IP subnet addresses associated with prefix-list DIRECT-IP?

Answer: B

Explanation:
The exhibit illustrates the use of the apply-path feature within a prefix list configuration. In Junos OS, apply- path is a dynamic configuration utility that allows a prefix list to be automatically populated with values derived from other parts of the configuration-in this case, all IPv4 addresses assigned to interfaces with the xe-* prefix. This is particularly useful for building automated firewall filters or routing policies that stay updated as interfaces are added or modified.
When viewing the standard configuration using show configuration, the CLI only displays the literal apply- path statement. To verify the actual list of IP addresses that the system has inherited and populated into the DIRECT-IP list, the administrator must use the | display inheritance pipe filter. This command instructs the Junos OS parser to expand all inherited values and dynamic paths, showing the effective configuration as it is seen by the Packet Forwarding Engine. Based on the exhibit, this would reveal the subnets associated with xe-
0/1/0, xe-0/1/1, and xe-0/1/2, while ignoring ge-0/0/0 because it does not match the xe-* wildcard. This verification is a critical troubleshooting step before applying such a prefix list to a transit firewall filter like Export-Direct.
Reference: Routing Policy and Firewall Filters, Prefix Lists, and the apply-path statement.


NEW QUESTION # 38
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