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| Section | Objectives |
|---|---|
| Application Security | - Application firewall - Configuration, monitoring and troubleshooting - Advanced Policy-Based Routing (APBR) - Application identification - Application Quality of Service (QoS) |
| Advanced Security Policies | - Application Layer Gateways (ALGs) - Unified security policies - Session management - Configuration, monitoring and troubleshooting - Scheduling - Logging |
| Advanced Threat Prevention (ATP) | - File analysis and threat intelligence - Juniper ATP On-Premises - Juniper ATP Cloud - Configuration, monitoring and troubleshooting |
| High Availability (HA) Clustering | - Failover and synchronization - Cluster architecture and concepts - Chassis cluster configuration - Monitoring and troubleshooting |
| Security Director | - Deployment and configuration - Management and monitoring - Policy management |
| Virtual SRX / cSRX | - Deployment and architecture - Resource allocation and scaling - Configuration and management |
| Juniper Secure Analytics (JSA) | - Event correlation and reporting - Integration with SRX devices - Log collection and analysis |
| Identity-Aware Security | - Juniper Identity Management Service (JIMS) - Integration with directory services - Identity-based policies |
| Intrusion Detection and Prevention (IDP/IPS) | - IPS policies - IPS database management - Configuration, monitoring and troubleshooting |
| SSL Proxy | - SSL forward proxy - SSL reverse proxy - Configuration and troubleshooting - Certificate management |
| IPsec VPNs | - VPN monitoring and troubleshooting - Remote access VPN - Site-to-site IPsec VPN |
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NEW QUESTION # 59
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,D
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 # 60
You have configured a new site-to-site VPN tunnel. The exhibit shows the security IPsec statistics output for the specific tunnel index from one of the tunnel-end devices.
Which two statements are correct in this scenario? (Choose two.)
Answer: C,D
Explanation:
The correct answers are C and D. The exhibit shows ESP encrypted bytes = 0, ESP decrypted bytes = 0, encrypted packets = 0, and decrypted packets = 0. That means no traffic is successfully passing through the IPsec tunnel. Juniper's show security ipsec statistics command displays ESP encrypted/decrypted packet and byte counters, so zero values on these counters indicate that the tunnel is not successfully carrying protected ESP traffic.
Option C is also correct because the output shows ESP authentication failures and ESP decryption failures.
Since ESP is the IPsec protocol responsible for encrypted payload handling, failures in ESP authentication
/decryption point to an ESP/IPsec Phase 2 mismatch or incorrect configuration, such as mismatched authentication algorithm, encryption algorithm, keys, proposal parameters, or incompatible negotiated SA settings. Juniper's IPsec overview explains that Phase 2 negotiates the IPsec SA used to authenticate traffic flowing through the tunnel, so ESP-related failures belong to the IPsec/ESP configuration path rather than AH.
Option A is wrong because the AH counters and AH authentication failures are zero; the evidence is not pointing to AH. Option B is unsupported because the output does not show peer reboot behavior. Reference topics: IPsec VPN, ESP statistics, Phase 2/IPsec SA negotiation, ESP authentication failures, ESP decryption failures.
NEW QUESTION # 61
When using Adaptive Threat Profiling, which two deployment modes are available on SRX Series devices?
(Choose two.)
Answer: C,D
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 # 62
An administrator decides to designate a node as the primary node for the chassis cluster.
Which statement is correct in this scenario?
Answer: C
Explanation:
The correct answer is B. The node with the highest priority will become a primary node. In an SRX chassis cluster, redundancy groups determine which node is primary and which node is secondary. Juniper states that when priorities are assigned to nodes in a redundancy group, the node with the higher configured priority is initially designated as the primary, while the other node becomes secondary. This is the direct mechanism an administrator uses to influence primary-node selection for a redundancy group.
Option A is wrong because the burnt-in address is not the administrative method used to designate the primary node. BIA can be part of deterministic hardware identity behavior, but primary election is controlled through redundancy-group priority, preemption behavior, and failover state. Option C is the opposite of Juniper behavior; the lower-priority node does not win the election. Option D is also wrong because a priority of one is still a valid low priority. The ineligible value is 0, and Juniper specifically warns about failover behavior involving nodes with priority 0 because such nodes are not ready to accept traffic.
Reference topics: HA Clustering, redundancy groups, node priority, primary/secondary election, preemption, chassis cluster failover.
NEW QUESTION # 63
Click the Exhibit button.
Which two statements about the log output shown in the exhibit are correct? (Choose two?
Answer: B,C
NEW QUESTION # 64
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