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NEW QUESTION # 20
Which protocol provides secure remote CLI access to a Junos device?
Answer: A
Explanation:
Securing the management plane is a core requirement for any Junos OS deployment. Secure Shell (SSH) is the industry-standard protocol used to provide encrypted, authenticated remote access to the Junos Command Line Interface (CLI). Unlike Telnet, which transmits both administrative credentials and command data in cleartext, SSH utilizes public-key cryptography to establish a secure tunnel, protecting the session from eavesdropping, man-in-the-middle attacks, and unauthorized interception.
In Junos OS, SSH is typically enabled within the [edit system services] hierarchy. Once active, it allows administrators to perform operational and configuration tasks with the assurance that their management traffic remains confidential. Beyond simple terminal access, SSH serves as the transport mechanism for other secure management functions, such as the NETCONF XML management protocol and Secure Copy (SCP) for file transfers. For high-security environments, Junos supports advanced SSH features including key-based authentication, strong cipher suites, and multi-factor authentication integration. Disabling insecure protocols like Telnet and FTP in favor of SSH and SFTP/SCP is a foundational best practice for hardening the Routing Engine against external threats.
Reference: User Interfaces, Accessing the Junos CLI, System Services.
NEW QUESTION # 21
Which statement describes the purpose of configuring traceoption log files in Junos OS?
Answer: A
Explanation:
Traceoptions represent an essential diagnostic facility within Junos OS, primarily used by network engineers for deep-level troubleshooting and protocol analysis. The fundamental purpose of configuring traceoption log files is to enable detailed debugging of specific protocols-such as BGP, OSPF, or IS-IS-or specific system processes like the Routing Protocol Process (rpd). When enabled, the system captures detailed information about the internal operations of the protocol, including the exchange of packets, state machine transitions, and error conditions, writing this data to a dedicated file in the /var/log directory.
Unlike standard system logging (syslog), which captures high-level events and warnings, traceoptions provide a granular, " behind-the-scenes " view of how a protocol is interacting with its neighbors. This is particularly useful for identifying the root cause of complex adjacency issues or route instability that standard show commands may not reveal. However, because tracing can be resource-intensive, it is typically configured with specific flags to limit the output to relevant events and is disabled once the troubleshooting task is complete.
Traceoptions do not serve to optimize routing automatically , nor are they intended for permanent compliance storage or simple bandwidth monitoring. Instead, they remain the premier tool for clinical debugging and protocol verification within the Junos environment. Reference: Operational Monitoring and Maintenance, Troubleshooting Tools and Traceoptions.
NEW QUESTION # 22
How are the Routing Engine and the Packet Forwarding Engine components connected?
Answer: A
Explanation:
The fundamental architecture of Junos OS is built upon the clean separation of the Control Plane (Routing Engine or RE) and the Forwarding Plane (Packet Forwarding Engine or PFE). While these two components perform vastly different tasks, they must maintain a high-speed, reliable communication channel to synchronize the state of the device. This connection is achieved through an internal Ethernet link .
This internal link serves several critical functions. First, it allows the Routing Engine to " push " the distilled forwarding table (FIB) to the PFE, ensuring that the hardware knows exactly how to handle incoming transit traffic at wire speed. Second, it acts as a conduit for exception traffic . If the PFE receives a packet that it cannot handle alone-such as an OSPF hello, a BGP update, or an ICMP " Time Exceeded " message-it sends that packet over the internal Ethernet link to the RE for processing. This link is carefully policed by built-in rate limiters to ensure that a flood of transit-related exception traffic cannot overwhelm the Routing Engine ' s CPU, a mechanism known as control plane protection. By using a standard Ethernet-based internal fabric, Junos ensures a scalable and modular design where the RE can focus on complex protocol calculations while the PFE focuses on the heavy lifting of packet switching.
Reference: Junos OS Fundamentals, Control and Forwarding Plane Separation.
NEW QUESTION # 23
Referring to the exhibit, which two actions will occur when a packet matches the firewall filter?
(Choose two.)
term limit-icmp { from {
source-address {
172.25.11.0/24;
}
protocol icmp;
}
then {
count count-icmp; discard;
}
}
Answer: B,D
Explanation:
Referring to the firewall filter configuration in the exhibit, when a packet matches the specified term limit-icmp, two actions are defined in the then statement: count count-icmp and discard. The count count-icmp action means that each time a packet matches this term, a counter named count-icmp will be incremented, providing a tally of how many packets have matched the term.
The discard action means that the packet will be dropped and not forwarded through the device.
This effectively prevents the packet from reaching its intended destination. There is no action specified that would cause an ICMP destination unreachable message to be returned, nor is there any action that would allow the packet to be forwarded.
NEW QUESTION # 24 
Referring to the exhibit, which two statements about IPv6 routing are correct? (Choose two.)
Answer: C,D
Explanation:
The provided exhibit displays the output of the show route table inet6.0 command, which represents the master routing table for IPv6 unicast traffic in Junos OS. Analysis of the specific route entries reveals that all listed destinations are categorized as either [Direct/0] or [Local/0] . These route types indicate that the table only contains networks physically connected to the router ' s interfaces and the specific IP addresses assigned to those interfaces.
Because there are no routes identified by dynamic protocols (such as OSPFv3, IS-IS, or BGP) or static entries, it is verified that the router is not learning IPv6 routes from any neighbors or peers. Consequently, the routing table lacks reachability information for any non-local or remote IPv6 segments. Without these routes or a configured default gateway (::/0), the router is unable to forward traffic to remote IPv6 networks. Statements C and D are factually incorrect based on the exhibit: the 2001:db8:22:108::/64 network is associated with interface ge-0/0/4.0 (not ge-0/0/5.0), and the 2001:db8:22:107::/64 network is entirely absent from the displayed routing table.
Reference: Routing Fundamentals, IPv6 Implementation, Routing Table Interpretation.
NEW QUESTION # 25
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