(Jan-2026) JN0-336 Exam Dumps Contains FREE Real Quesions from the Actual Exam [Q35-Q52]

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(Jan-2026) JN0-336 Exam Dumps Contains FREE Real Quesions from the Actual Exam

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NEW QUESTION 35
You are asked to block malicious applications regardless of the port number being used.
In this scenario, which two application security features should be used? (Choose two.)

AppFW

AppQoE

APPID

AppTrack

NEW QUESTION 36
Which two functions does Juniper ATP Cloud perform to reduce delays in the inspection of files?
(Choose two.)

Juniper ATP Cloud allows the creation of allowlists.

Juniper ATP Cloud uses a single antivirus software package to analyze files.

Juniper ATP Cloud allows end users to bypass the inspection of files.

Juniper ATP Cloud performs a cache lookup on files.

Juniper ATP Cloud is a cloud-based service that provides advanced threat prevention and detection for your network. It integrates with SRX Series firewalls and MX Series routers to analyze files and network traffic for signs of malicious activity.
Two functions that Juniper ATP Cloud performs to reduce delays in the inspection of files are:
Juniper ATP Cloud allows the creation of allowlists: Allowlists are lists of trusted files or file hashes that are excluded from scanning by Juniper ATP Cloud. You can create allowlists based on file name, file type, file size, file hash, or sender domain. By using allowlists, you can reduce the number of files that need to be uploaded to Juniper ATP Cloud for analysis and improve the performance and efficiency of your network.
Juniper ATP Cloud performs a cache lookup on files: Cache lookup is a process that checks if a file has been previously scanned by Juniper ATP Cloud and if there is a cached verdict for it. If there is a cached verdict, Juniper ATP Cloud returns it immediately without scanning the file again. If there is no cached verdict, Juniper ATP Cloud uploads the file for analysis. By using cache lookup, you can reduce the time and bandwidth required for scanning files by Juniper ATP Cloud.
Reference: = [Juniper Advanced Threat Prevention Cloud (ATP Cloud)], [Configuring Allowlists],
[Understanding Cache Lookup]

NEW QUESTION 37
When a security policy is modified, which statement is correct about the default behavior for active sessions allowed by that policy?

The active sessions allowed by the policy will be dropped.

Only policy changes that involve modification of the action field will cause the active sessions affected by the change to be dropped.

Only policy changes that involve modification of the application will cause the active sessions affected by the change to be dropped.

The active sessions allowed by the policy will continue unchanged.

When you modify a security policy on the SRX Series device, the default behavior is that the existing sessions that match the policy will continue unchanged. This means that the policy modification will only affect new sessions that are initiated after the change. However, you can change this behavior by using the clear-policy-session command, which will clear all the sessions that match the modified policy and force them to re-evaluate the new policy. Reference: = JNCIS-SEC Certification, Open Learning – Security, Specialist (JNCIS-SEC), Security Policies (Advanced)

NEW QUESTION 38
Regarding static attack object groups, which two statements are true? (Choose two.)

Matching attack objects are automatically added to a custom group.

Group membership automatically changes when Juniper updates the IPS signature database.

Group membership does not automatically change when Juniper updates the IPS signature database.

You must manually add matching attack objects to a custom group.

NEW QUESTION 39
How does Juniper ATP Cloud protect a network from zero-day threats?

It uses a cache lookup.

It uses antivirus software.

It uses dynamic analysis.

It uses known virus signatures.

NEW QUESTION 40
You enable chassis clustering on two devices and assign a cluster ID and a node ID to each device.
In this scenario, what is the correct order for rebooting the devices?

Reboot the secondary device, then the primary device.

Reboot only the secondary device since the primary will assign itself the correct cluster and node ID.

Reboot the primary device, then the secondary device.

Reboot only the primary device since the secondary will assign itself the correct cluster and node ID.

When chassis clustering is enabled and IDs are assigned, it is typically recommended to first reboot the secondary device. This allows the secondary device to fully integrate and recognize its role and settings within the cluster without affecting the ongoing traffic that the primary device might be handling.
Once the secondary device has successfully rebooted and is operational within the cluster, the primary device can then be rebooted. This ensures that the primary device’s reboot does not cause any network downtime, as the secondary device, now fully operational, can take over the traffic and roles as needed.

NEW QUESTION 41
Which method does the loT Security feature use to identify traffic sourced from IoT devices?

The SRX Series device streams metadata from the loT device transit traffic to Juniper ATP Cloud Juniper ATP Cloud.

The SRX Series device streams transit traffic received from the IoT device to Juniper ATP Cloud.

The SRX Series device identifies loT devices using their MAC address.

The SRX Series device identifies loT devices from metadata extracted from their transit traffic.

The metadata is used to identify the type of device, its associated activities and its threat profile. This information is used to determine the appropriate security policy for the device. For more information on loT Security, please refer to the Juniper Security, Specialist (JNCIS-SEC) study guide.

NEW QUESTION 42
On which three Hypervisors is vSRX supported? (Choose three.)

VMware ESXI

Citrix Hypervisor

Hyper-V

KVM

Oracle VM

vSRX is a virtual firewall that runs as a software instance on a hypervisor. A hypervisor is a software layer that allows multiple virtual machines to run on a single physical host. vSRX supports three hypervisors: VMware ESXi, Hyper-V, and KVM. VMware ESXi is a hypervisor that runs on x86 servers and supports various operating systems and applications. Hyper-V is a hypervisor that runs on Windows Server and supports Windows and Linux virtual machines. KVM (Kernel-based Virtual Machine) is a hypervisor that runs on Linux and supports Linux, Windows, and other operating systems.
Reference: = vSRX Overview, VMware ESXi – Wikipedia, Hyper-V – Wikipedia, Kernel-based Virtual Machine – Wikipedia

NEW QUESTION 43
You are preparing a proposal for a new customer who has submitted the following requirements for a vSRX deployment:
— globally distributed,
— rapid provisioning,
— scale based on demand,
— and low CapEx.
Which solution satisfies these requirements?

AWS

Network Director

Juniper ATP Cloud

VMWare ESXi

The solution that satisfies the requirements for a vSRX deployment is AWS. AWS (Amazon Web Services) is a cloud computing platform that provides on-demand services such as infrastructure, platform, software, and database as a service. AWS is globally distributed, meaning that it has data centers in multiple regions around the world. AWS also allows rapid provisioning, meaning that you can launch vSRX instances in minutes using preconfigured Amazon Machine Images (AMIs) or custom templates. AWS also enables scaling based on demand, meaning that you can adjust the number and size of vSRX instances according to your network traffic and performance needs. AWS also has low CapEx (capital expenditure), meaning that you only pay for what you use and do not need to invest in hardware or maintenance costs.
Reference: = vSRX Deployment Guide for AWS, Understand vSRX Virtual Firewall with AWS, What Is Amazon Web Services?

NEW QUESTION 44
Exhibit

You are trying to create a security policy on your SRX Series device that permits HTTP traffic from your private 172 25.11.0/24 subnet to the Internet You create a policy named permit-http between the trust and untrust zones that permits HTTP traffic. When you issue a commit command to apply the configuration changes, the commit fails with the error shown in the exhibit.
Which two actions would correct the error? (Choose two.)

Issue the rollback 1 command from the top of the configuration hierarchy and attempt the commit again.

Execute the Junos commit full command to override the error and apply the configuration.

Create a custom application named http at the [edit applications] hierarchy.

Modify the security policy to use the built-in Junos-http applications.

The error message indicates that the Junos-http application is not defined, so you need to either create a custom application or modify the security policy to use the built-in Junos-http application. Doing either of these will allow you to successfully commit the configuration.

NEW QUESTION 45
You want to show tabular data for operational mode commands.
In this scenario, which logging parameter will provide this function?

permit

count

session-init

session-close

The logging parameter that will provide the function of showing tabular data for operational mode commands is count. The count parameter displays the number of packets and bytes that match a security policy and the action taken by the policy. The count parameter can be used with the show security policies hit-count command to display the policy counters in a tabular format. The count parameter can also be used with the show security flow session command to display the session counters in a tabular format. Reference: = show security policies hit-count, show security flow session

NEW QUESTION 46
You are deploying a new SRX Series device and you need to log denied traffic.
In this scenario, which two policy parameters are required to accomplish this task? (Choose two.)

session-init

session-close

deny

count

NEW QUESTION 47
Which two statements are correct about chassis clustering? (Choose two.)

The node ID value ranges from 1 to 255.

The node ID is used to identify each device in the chassis cluster.

A system reboot is required to activate changes to the cluster.

The cluster ID is used to identify each device in the chassis cluster.

In chassis clustering, the node ID is indeed used to uniquely identify each device within the cluster. This allows for individual addressing and management of devices within the cluster configuration, which is crucial for operations and maintenance.
Typically, activating changes that involve chassis clustering configuration, such as setting or changing the node ID or forming a new cluster, requires a reboot of the devices. This ensures that all configuration changes are properly applied and that the devices can synchronize their states as part of the cluster.

NEW QUESTION 48
How does the SSL proxy detect if encryption is being used?

It uses application identity services.

It verifies the length of the packet

It queries the client device.

It looks at the destination port number.

The SSL proxy can detect if encryption is being used by looking at the destination port number of the packet. If the port number is 443, then the proxy can assume that the packet is being sent over an encrypted connection. If the port number is different, then the proxy can assume that the packet is not encrypted. For more information, please refer to the Juniper Networks JNCIS-SEC Study Guide.

NEW QUESTION 49
Which two devices would you use for DDoS protection with Policy Enforcer? (Choose two.)

vQFX

vMX

QFX

The MX and vMX devices can be used for DDoS protection with Policy Enforcer. Policy Enforcer is a Juniper Networks solution that provides real-time protection from DDoS attacks. It can be used to detect and block malicious traffic, and also provides granular control over user access and policy enforcement.
The MX and vMX devices are well-suited for use with Policy Enforcer due to their high-performance hardware and advanced security features.

NEW QUESTION 50
You are asked to reduce the load that the JIMS server places on your
Which action should you take in this situation?

Connect JIMS to the RADIUS server

Connect JIMS to the domain Exchange server

Connect JIMS to the domain SQL server.

Connect JIMS to another SRX Series device.

JIMS server is a Juniper Identity Management Service that collects user identity information from different authentication sources for SRX Series devices12. It can connect to SRX Series devices and CSO platform in your network1.

NEW QUESTION 51
Which two statements about SRX chassis clustering are correct? (Choose two.)

SRX chassis clustering supports active/passive and active/active for the data plane.

SRX chassis clustering only supports active/passive for the data plane.

SRX chassis clustering supports active/passive for the control plane.

SRX chassis clustering supports active/active for the control plane.

SRX chassis clustering allows for both active/passive and active/active configurations for the data plane.
In an active/passive setup, one node is active (handling traffic) while the other remains passive (idle and waiting to take over in case of failure). In an active/active setup, both nodes can handle traffic simultaneously, distributing different traffic flows or services between them for load balancing and redundancy.
For the control plane, SRX chassis clustering typically operates in an active/passive mode. This means one node actively handles the control plane responsibilities, such as managing routing tables and maintaining sessions, while the other stands by ready to take over these tasks if the active node fails.

NEW QUESTION 52
Which two statements are correct about the Junos IPS feature? (Choose two.)

IPS is integrated as a security service on SRX Series devices.

IPS uses sandboxing to detect unknown attacks.

IPS is a standalone platform running on dedicated hardware or as a virtual device.

IPS uses protocol anomaly rules to detect unknown attacks.

Junos IPS is a feature that provides intrusion prevention and detection services on SRX Series devices.
It monitors network traffic and compares it against predefined signatures or custom rules to identify and block malicious or unwanted packets. Two statements that are correct about the Junos IPS feature are:
IPS is integrated as a security service on SRX Series devices: Junos IPS is not a separate platform or device, but a security service that runs on SRX Series firewalls. It can be enabled and configured as part of the security policy on the SRX Series device and applied to specific zones, interfaces, or traffic flows.
IPS uses protocol anomaly rules to detect unknown attacks: Junos IPS uses two types of rules to detect attacks: signature rules and protocol anomaly rules. Signature rules match traffic against known attack patterns or signatures and block them based on predefined actions. Protocol anomaly rules detect deviations from the expected behavior or structure of common protocols, such as TCP, UDP, ICMP, etc.
Protocol anomaly rules can help identify unknown or zero-day attacks that may not have a signature yet.
Reference: = Intrusion Detection and Prevention Feature Guide for Security Devices, Understanding Intrusion Detection and Prevention for SRX Series Devices, Understanding Signature Rules and Protocol Anomaly Rules

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