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| Section | Objectives |
|---|---|
| Topic 1: IPsec VPNs | - Remote access VPN - VPN monitoring and troubleshooting - Site-to-site IPsec VPN |
| Topic 2: Advanced Security Policies | - Configuration, monitoring and troubleshooting - Session management - Logging - Application Layer Gateways (ALGs) - Scheduling - Unified security policies |
| Topic 3: Virtual SRX / cSRX | - Deployment and architecture - Resource allocation and scaling - Configuration and management |
| Topic 4: Application Security | - Configuration, monitoring and troubleshooting - Application Quality of Service (QoS) - Application firewall - Application identification - Advanced Policy-Based Routing (APBR) |
| Topic 5: High Availability (HA) Clustering | - Monitoring and troubleshooting - Cluster architecture and concepts - Failover and synchronization - Chassis cluster configuration |
| Topic 6: Identity-Aware Security | - Juniper Identity Management Service (JIMS) - Integration with directory services - Identity-based policies |
| Topic 7: SSL Proxy | - Certificate management - SSL forward proxy - SSL reverse proxy - Configuration and troubleshooting |
| Topic 8: Advanced Threat Prevention (ATP) | - Juniper ATP On-Premises - Configuration, monitoring and troubleshooting - File analysis and threat intelligence - Juniper ATP Cloud |
| Topic 9: Intrusion Detection and Prevention (IDP/IPS) | - Configuration, monitoring and troubleshooting - IPS policies - IPS database management |
| Topic 10: Security Director | - Management and monitoring - Deployment and configuration - Policy management |
| Topic 11: Juniper Secure Analytics (JSA) | - Integration with SRX devices - Event correlation and reporting - Log collection and analysis |
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NEW QUESTION # 26
Which two statements are correct about a reth LAG? (Choose two.)
Answer: C,D
Explanation:
A reth LAG is a redundant Ethernet link aggregation group that combines multiple physical interfaces into a single logical interface in a chassis cluster. A reth LAG provides load balancing and redundancy for traffic within or between redundancy groups. Two statements that are correct about a reth LAG are:
Links must have the same speed and duplex setting: To form a reth LAG, the physical interfaces must have the same speed and duplex setting. This ensures that the links can operate at the same capacity and avoid performance issues or errors.
You should have two or more interfaces: To create a reth LAG, you need to have at least two physical interfaces. One interface should be connected to node 0 and the other interface should be connected to node 1. You can also have more than two interfaces in a reth LAG for increased bandwidth and redundancy.
Reference: = Configuring Redundant Ethernet Interfaces, [Understanding Redundant Ethernet Interfaces]
NEW QUESTION # 27
What are two chassis cluster data plane interfaces? (Choose two.)
Answer: A,C
Explanation:
The correct answers are A and B. In SRX chassis clustering, the fab interface is the fabric data-plane link between cluster nodes. Juniper explains that data-plane software synchronizes session state using runtime objects, or RTOs, across the fabric data link, and this fabric link also supports forwarding traffic between nodes when ingress and egress processing occur on different chassis members.
swfab is also a chassis-cluster data-plane-related interface used for Layer 2 switching fabric functionality.
Juniper's Ethernet switching on chassis cluster documentation describes swfab0 and swfab1 as pseudointerfaces created for Layer 2 fabric functionality, enabling switching across the nodes. Option C, fxp1, is wrong because fxp1 is the control link interface used for cluster control-plane communication, heartbeats, and synchronization signaling, not a data-plane fabric interface. Option D, fxp0, is wrong because fxp0 is the out-of-band management interface. The clean separation is: fxp0 = management, fxp1 = control link, fab = routed/data fabric, and swfab = Layer 2 switching fabric. Reference topics: HA Clustering, fab interfaces, swfab interfaces, control link, management interface, data-plane synchronization.
NEW QUESTION # 28
Your company is using the Juniper ATP Cloud free model. The current inspection profile is set at 10 MB You are asked to configure ATP Cloud so that executable files up to 30 MB can be scanned while at the same time minimizing the change in scan time for other file types.
Which configuration should you use in this scenario?
Answer: A
Explanation:
In this scenario, you should use the ATP Cloud Ul to create a custom profile and update the scan limit for executable files to 30 MB. This will ensure that executable files up to 30 MB can be scanned, while at the same time minimizing the change in scan time for other file types. To do this, log in to the ATP Cloud Ul and go to the Profiles tab. Click the Create button to create a new profile, and then adjust the scan limits for executable files to 30 MB. Once you have saved the custom profile, you can apply it to the desired systems and the new scan limit will be in effect.
NEW QUESTION # 29
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 # 30
Which two statements are correct about cluster components? (Choose two.)
Answer: A,D
Explanation:
The correct answers are A and B. In an SRX chassis cluster, the cluster ID identifies the chassis cluster itself, while the node ID identifies the individual SRX device inside that two-node cluster. Juniper states that a cluster is identified by a cluster-id value from 1 through 255, and that setting the cluster ID to 0 is equivalent to disabling clustering. Therefore, option A is correct and option C is wrong.
Option B is also correct because Juniper states that a cluster node is identified by a node ID specified as a number from 0 through 1. A normal SRX chassis cluster has two nodes: node0 and node1. The two devices must use the same nonzero cluster ID so they belong to the same cluster, but each device must use a different node ID so Junos can apply node-specific configuration, interface numbering, redundancy-group ownership, and management settings correctly. Option D is wrong because node IDs do not range from 1 through 255; that range applies to cluster IDs, not node IDs. Reference topics: HA Clustering, cluster ID, node ID, chassis cluster formation, node0/node1 identification.
NEW QUESTION # 31
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