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| Section | Objectives |
|---|---|
| High Availability (HA) Clustering | - Failover and synchronization - Cluster architecture and concepts - Monitoring and troubleshooting - Chassis cluster configuration |
| Juniper Secure Analytics (JSA) | - Integration with SRX devices - Event correlation and reporting - Log collection and analysis |
| IPsec VPNs | - Remote access VPN - Site-to-site IPsec VPN - VPN monitoring and troubleshooting |
| Advanced Threat Prevention (ATP) | - Juniper ATP Cloud - Configuration, monitoring and troubleshooting - Juniper ATP On-Premises - File analysis and threat intelligence |
| Security Director | - Management and monitoring - Policy management - Deployment and configuration |
| Virtual SRX / cSRX | - Configuration and management - Deployment and architecture - Resource allocation and scaling |
| Identity-Aware Security | - Juniper Identity Management Service (JIMS) - Integration with directory services - Identity-based policies |
| Application Security | - Advanced Policy-Based Routing (APBR) - Application firewall - Configuration, monitoring and troubleshooting - Application identification - Application Quality of Service (QoS) |
| SSL Proxy | - SSL reverse proxy - Certificate management - Configuration and troubleshooting - SSL forward proxy |
| Intrusion Detection and Prevention (IDP/IPS) | - IPS policies - Configuration, monitoring and troubleshooting - IPS database management |
| Advanced Security Policies | - Unified security policies - Scheduling - Configuration, monitoring and troubleshooting - Logging - Session management - Application Layer Gateways (ALGs) |
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問題 #25
Which two statements are correct about client-protection Secure Socket Layer (SSL) proxy configurations?
(Choose two.)
答案：A,B
解題說明：
The correct answers are B and D. In Junos SSL proxy terminology, client protection maps to SSL forward proxy. In a forward-proxy deployment, the SRX sits between internal clients and external SSL/TLS servers.
The firewall intercepts the server certificate, generates a substitute certificate, signs it with the configured root CA, decrypts the SSL session for inspection, and then re-encrypts traffic toward the destination server.
Juniper's SSL proxy configuration table shows that a forward-proxy profile uses root-ca configured = Yes and server-certificate configured = No. It also states that configuring neither certificate type fails commit validation, while configuring both root-ca and server-certificate in the same profile is unsupported.
Option A is wrong because a server certificate is required for reverse proxy/server protection, not for client- protection forward proxy. Option C is wrong because without a trusted root CA, client browsers would not trust the certificates generated by the SRX during interception. Juniper separately notes that the root CA certificate is required for client browsers to trust certificates signed by the firewall. Reference topics: SSL Proxy, client protection, SSL forward proxy, root CA, server protection, SSL reverse proxy.
問題 #26
An administrator decides to designate a node as the primary node for the chassis cluster.
Which statement is correct in this scenario?
答案：C
解題說明：
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.
問題 #27
Which rule base in an IDP policy is used to eliminate false positives?
答案：B
解題說明：
The correct answer is D. exempt. In Junos IDP, the exempt rulebase is specifically used to prevent selected traffic from triggering known false-positive detections. Juniper's IDP documentation explains that exempt rules can be configured when an IDP policy generates false positives for a particular attack object, source, destination, or traffic pattern. The exempt rulebase lets the administrator exclude matching traffic from attack detection while still allowing the rest of the IDP policy to inspect other traffic normally.
Option A, IPS, is wrong because the IPS rulebase is the main inspection rulebase used to detect and act on attacks. It is where attack objects and actions are commonly applied, but it is not the rulebase designed to eliminate false positives. Option B, monitor, is not the correct false-positive elimination mechanism.
Monitoring can help observe behavior, but it does not exempt traffic from matching an attack object. Option C, signature, is wrong because signatures are attack-detection patterns, not a rulebase type used to suppress false positives. The operational correction for noisy or irrelevant matches is to create an exempt rule for the specific trusted source, destination, or attack object. Reference topics: IDP rulebases, exempt rulebase, false- positive tuning, attack objects, IPS inspection.
問題 #28
You are asked to configure your company SRX Series device to use identity-aware security policies.
Information about your Active Directory network is shown in the exhibit.
In this scenario, why must you configure JIMS instead of Active Directory as an identity source?
答案：C
解題說明：
The correct answer is D. You have too many domain controllers. The exhibit shows 15 Active Directory domain controllers. Juniper's integrated Active Directory identity-source configuration for SRX identity- aware firewall supports a limited number of domain controllers; Juniper documentation states that an SRX Series device can configure a maximum of 10 domain controllers for Active Directory identity-source integration. Because this environment has 15 domain controllers, the direct Active Directory identity-source method exceeds the supported scale and JIMS must be used instead.
Option A is wrong because SRX devices can use Active Directory directly as an identity source; JIMS is not the only possible method. Option B is wrong because 1,500 users does not exceed the relevant identity-source scale shown here; Juniper documentation also notes probe functionality support well above this number.
Option C is wrong because the issue being tested is not the Windows Server version. JIMS is designed for larger identity-aware deployments and can centralize identity collection from Active Directory, domain controllers, Exchange servers, and syslog sources, then provide identity mappings to SRX firewalls. Juniper's JIMS datasheet shows much higher scale, including up to 100 active directories, 25 domains, and 500,000 user entries. Reference topics: Identity-Aware Security Policies, Active Directory identity source limits, JIMS scalability, domain controller scale limitations.
問題 #29
Which two statements are correct about fabric interfaces on an SRX Series Firewall? (Choose two.)
答案：B,C
解題說明：
The correct answers are A and B. In SRX chassis clustering, the fabric link, represented by fab interfaces, is the data-plane connection between the two cluster nodes. Juniper describes the fabric as the back-to-back data connection used when traffic on one node must be processed on the other node or must exit through an interface on the other node; session-state information also passes over the fabric. This is especially visible in active/active clustering, where ingress and egress interfaces can reside on different nodes and transit traffic must cross the fabric link.
Option B is also correct because the fabric link still exists in active/passive clustering for cluster data-plane synchronization and inter-node state handling, even though active/passive designs minimize fabric transit traffic because only one node normally forwards traffic at a time. Juniper specifically states that active/passive mode minimizes traffic over the fabric link, not that the fabric link is unused.
Options C and D are not the intended answers. The cluster is identified by a configured cluster ID, and each chassis is identified by a node ID, but the fabric interface names themselves are not where the cluster ID is reflected. Reference topics: HA Clustering, fabric link, active/active clustering, active/passive clustering, session synchronization, inter-node traffic.
問題 #30
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