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Juniper JN0-336 Exam Syllabus Topics:

SectionObjectives
Advanced Threat Prevention (ATP)- Configuration, monitoring and troubleshooting
- Juniper ATP Cloud
- Juniper ATP On-Premises
- File analysis and threat intelligence
Identity-Aware Security- Identity-based policies
- Integration with directory services
- Juniper Identity Management Service (JIMS)
IPsec VPNs- Site-to-site IPsec VPN
- Remote access VPN
- VPN monitoring and troubleshooting
Application Security- Configuration, monitoring and troubleshooting
- Advanced Policy-Based Routing (APBR)
- Application firewall
- Application identification
- Application Quality of Service (QoS)
SSL Proxy- Certificate management
- SSL forward proxy
- Configuration and troubleshooting
- SSL reverse proxy
Intrusion Detection and Prevention (IDP/IPS)- Configuration, monitoring and troubleshooting
- IPS database management
- IPS policies
Juniper Secure Analytics (JSA)- Log collection and analysis
- Integration with SRX devices
- Event correlation and reporting
Virtual SRX / cSRX- Configuration and management
- Deployment and architecture
- Resource allocation and scaling
Advanced Security Policies- Configuration, monitoring and troubleshooting
- Logging
- Session management
- Scheduling
- Unified security policies
- Application Layer Gateways (ALGs)
High Availability (HA) Clustering- Chassis cluster configuration
- Monitoring and troubleshooting
- Failover and synchronization
- Cluster architecture and concepts
Security Director- Management and monitoring
- Deployment and configuration
- Policy management

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Juniper Security, Specialist (JNCIS-SEC) Sample Questions (Q68-Q73):

NEW QUESTION # 68
Which two statements are correct about the fab interface in a chassis cluster? (Choose two.)

Answer: A,C

Explanation:
The fab interface is a fabric link that connects the two nodes in a chassis cluster. A chassis cluster is a high-availability feature that groups two identical SRX Series devices into a cluster that acts as a single device.
The fab interface has two functions:
Real-time objects (RTOs) are exchanged on the fab interface to maintain session synchronization: RTOs are data structures that store information about active sessions, such as source and destination IP addresses, ports, protocols, and security policies. RTOs are exchanged between the nodes on the fab interface to ensure that both nodes have the same session information and can take over the traffic in case of a failover.
In an active/active configuration, inter-chassis transit traffic is sent over the fab interface: In an active/active configuration, both nodes in a cluster can process traffic for different redundancy groups (RGs). RGs are collections of interfaces or services that fail over together from one node to another. If traffic needs to transit from one RG to another RG that is active on a different node, it is sent over the fab interface.
Reference: = Configuring Chassis Clustering on SRX Series Devices, Chassis Cluster Redundancy Groups, Chassis Cluster Data Plane


NEW QUESTION # 69
When using Adaptive Threat Profiling, which two deployment modes are available on SRX Series devices?
(Choose two.)

Answer: A,B

Explanation:
The correct answers are B and C. Adaptive Threat Profiling allows SRX Series Firewalls to act either as inline enforcement devices or as tap-based sensors. In an inline deployment, the SRX is directly in the traffic path and can enforce policy actions such as blocking, denying, or adding threat indicators to Security Intelligence feeds for real-time mitigation. In a tap deployment, the SRX observes copied traffic from a TAP/SPAN-style feed and contributes intelligence without being the active forwarding device. Juniper's ATP Cloud documentation states that Adaptive Threat Profiling enables SRX devices to be deployed as sensors on Tap ports, identifying and sharing intelligence to inline devices for real-time enforcement. It also describes a "Tap- based SRX Series Firewall sensor" and contrasts it with an inline device.
Option A, bridge, is not the deployment mode being tested here. Bridge/transparent forwarding is a firewall deployment style, not the named Adaptive Threat Profiling mode. Option D, promiscuous, is also wrong; promiscuous mode is an interface behavior, not the ATP Adaptive Threat Profiling deployment model.
Reference topics: ATP Cloud, Adaptive Threat Profiling, tap sensors, inline enforcement, Security Intelligence feeds.


NEW QUESTION # 70
You need to set up a forward proxy on your SRX Series device.
In this scenario, which two statements are correct? (Choose two.)

Answer: B,C

Explanation:
The correct answers are A and C. In SSL forward proxy, the SRX sits between internal clients and external SSL/TLS servers. Juniper's SSL proxy configuration documentation shows that a forward proxy profile is created when root-ca is configured and server-certificate is not configured. This root CA is used by the SRX to generate substitute certificates for intercepted SSL sessions, so internal clients must trust the CA used by the firewall. Juniper's procedure specifically includes generating or loading a local certificate and applying it as the root-ca in the SSL proxy profile.
Option C is also correct because forward proxy terminates the client-side SSL session and establishes a separate SSL session toward the destination server. Juniper states that the SSL proxy acts as an SSL server to the client and establishes a new SSL session to the server; from the server's perspective, the SRX is the SSL client. Option B is wrong because forward proxy intercepts the server certificate and creates a substitute certificate; forwarding the actual server certificate unchanged is associated with reverse proxy behavior.
Option D is wrong because Encrypted Traffic Insights is not the required forward-proxy mechanism here.
Reference topics: SSL Proxy, SSL forward proxy, root CA, client protection, certificate interception.


NEW QUESTION # 71
You are troubleshooting unexpected issues on your JIMS server due to out of order event log timestamps.
Which action should you take to solve this issue?

Answer: A

Explanation:
To solve the issue of out of order event log timestamps on your JIMS server, you should enable time synchronization on the domain controllers. JIMS (Juniper Identity Management Service) is a Windows service that collects user, device, and group information from Active Directory domains or syslog sources and provides it to SRX Series devices and CSO for identity-based security policies. JIMS relies on the timestamps of the event logs generated by the domain controllers to track user logins, logouts, and IP address changes. If the domain controllers have different or inaccurate clocks, the event logs may have out of order or incorrect timestamps, which can cause JIMS to miss or misinterpret some events and affect its accuracy and performance. Therefore, you should ensure that all the domain controllers in your network are synchronized with a reliable time source, such as an NTP server or a Windows Time service. Reference: = Juniper Identity Management Service User Guide, Juniper Identity Management Service Feature Guide, Configure JIMS Collector to Get Microsoft Event Logs, Considerations for timestamps in centralized logging platforms


NEW QUESTION # 72
Which two functions does Juniper ATP Cloud perform to reduce delays in the inspection of files?
(Choose two.)

Answer: B,D

Explanation:
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 # 73
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