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If you want to demonstrate your expertise in solving complex Juniper real-life problems, then you need to pass the Juniper JN0-336 certification exam. However, passing this exam is not an easy task. It requires you to master complicated subjects related to Security, Specialist (JNCIS-SEC). To help you prepare for this exam, DumpTorrent offers verified Juniper JN0-336 Exam Questions that are ruling the preparation world.
| Section | Weight | Objectives |
|---|---|---|
| Topic 1: UTM (Unified Threat Management) | 15% | - Web Filtering - Content Filtering - Antispam - Antivirus |
| Topic 2: IPsec VPNs | 25% | - IKE Phase 1 and Phase 2 - Route-Based VPNs - Policy-Based VPNs - VPN Troubleshooting - VPN High Availability |
| Topic 3: High Availability Clustering | 20% | - Chassis Cluster Architecture - Failover Behavior - Control and Data Plane Synchronization - Configuration and Troubleshooting |
| Topic 4: Security Policy | 25% | - Policy Logging - Policy Components and Structure - Policy Scheduling - Policy Troubleshooting |
| Topic 5: Screen Options | 15% | - Attack Detection and Mitigation - Screen Options Configuration - Custom Screen Options |
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NEW QUESTION # 12
Referring to the exhibit, which two statements are correct? (Choose two.)
Answer: A,B
Explanation:
The correct answers are A and B. The exhibit shows show chassis cluster statistics. Under Control link statistics, Control link 0 has heartbeat packets sent and received, with heartbeat packet errors: 0. That is the clearest indication that the control link is operating normally. Juniper describes chassis-cluster control-plane verification as checking control-link heartbeat packets sent and received, along with heartbeat errors. If both send and receive counters are incrementing and errors are zero, the control link is functioning.
Option A is also correct because under Fabric link statistics, Child link 0 shows probes sent and probes received. Juniper uses fabric-link probe counters to verify fabric-link operation; nonzero sent and received probe counters indicate that the link is participating in fabric monitoring. Option C is not the safest conclusion from this exhibit alone. Child link 1 shows zero probes sent and received, but the output does not prove that a second fabric child link is configured and failing; it could simply be unused or not configured in this deployment. Option D is directly contradicted by the healthy heartbeat counters. Reference topics: HA Clustering, chassis cluster statistics, control-link heartbeat, fabric-link probes, cluster health verification.
NEW QUESTION # 13
What are three policy types available in Junos Space Security Director? (Choose three.)
Answer: C,D,E
Explanation:
The correct answers are A, C, and E. Junos Space Security Director supports policy hierarchy and policy management at device, group, and global/all-devices levels. A device policy is created for a specific device and is used when a unique firewall policy must be pushed to one SRX Series Firewall. A group policy is shared across multiple devices and is used when the same policy configuration must be applied consistently to a set of managed firewalls. Juniper's Security Director documentation explicitly describes device policy and group policy behavior, including the fact that device-specific policies are evaluated within the broader policy- ordering model.
The third correct policy type is global, often represented in Security Director workflows as all-devices/global policy behavior. Juniper Security Director product material describes granular control over global, group, and device-level firewall policies, which maps directly to the options in this question. Option B, local, is not the Security Director policy type being tested; local configuration may exist on an SRX, but it is not one of the Security Director policy hierarchy types listed here. Option D, universal, is also not a Junos Space Security Director policy type. Reference topics: Security Director, global policy, group policy, device policy, firewall policy hierarchy, centralized SRX policy management.
NEW QUESTION # 14
Which two statements about proxy IDs are correct? (Choose two.)
Answer: B,D
Explanation:
The correct answers are B and C. In Junos route-based IPsec VPNs, the default proxy ID is broad: local 0.0.0.0
/0, remote 0.0.0.0/0, and service any. This default behavior allows routed traffic entering the secure tunnel interface to determine what is protected by the VPN rather than requiring a narrow policy-based encryption domain. Juniper's IPsec VPN configuration guidance also states that proxy IDs are used in Phase 2 negotiations, and that a proxy ID mismatch is one of the common causes of Phase 2 failure. For interoperability with some third-party VPN peers, Juniper notes that proxy IDs may need to be manually configured to match the peer.
Option A is wrong because proxy IDs can override default route-based behavior when manually configured, especially when a peer requires specific local and remote protected subnets. Option D is wrong because proxy IDs are not created during IKE Phase 1. Phase 1 builds the secure IKE channel; proxy IDs belong to Phase 2
/IPsec SA negotiation, where the peers agree on traffic selectors for encrypted traffic. Reference topics: IPsec VPN, route-based VPNs, proxy IDs, Phase 2 negotiation, traffic selectors, third-party VPN interoperability.
NEW QUESTION # 15
Referring to the exhibit, which two statements are correct? (Choose two.)
Answer: A,C
Explanation:
The correct answers are B and D. The command output is from the SRX Series device: show services user- identification identity-management status. Under Primary server, the exhibit shows Address: 192.168.1.10, Port: 443, Connection method: HTTPS, and Connection status: Online. In Juniper Identity Management Service integration, the SRX is the client that connects to the configured primary JIMS server. Juniper's configuration workflow specifically describes configuring "the IP address of the primary JIMS server" under services user-identification identity-management connection primary address, and the verification output shows that primary server address with its connection status.
Option A is wrong because 192.168.1.10 is listed under Primary server, not as the local SRX address. Option C is also wrong because this SRX command verifies the SRX-to-JIMS identity-management connection, not the backend JIMS-to-domain-controller connection. Domain controller reachability would be validated from JIMS or through JIMS-specific status/monitoring, not by this SRX-side output. The displayed Online state and OK (200) status confirm that the SRX successfully reached the JIMS HTTPS service and received a valid response. Juniper examples use the same status command to validate that the SRX identity-management connection to JIMS is online.
Reference topics: Identity-Aware Security Policies, Juniper Identity Management Service, SRX-to-JIMS connectivity, identity-management status verification.
NEW QUESTION # 16
Your manager asks you to update your SRX Series device's IDP security package. You perform the required steps; however, when you attempt to install the package, you receive an error.
Referring to the exhibit, which two statements are correct about this error? (Choose two.)
Answer: C,D
Explanation:
The correct answers are B and C. The exhibit shows the command request security idp security-package install failing with: "Security package installation disabled temporarily due to invalid license." In the IDP update workflow, the SRX must have a valid IDP/AppSecure-related license to install updated security packages. Juniper's support guidance for an expired IDP license states that if the IDP license expires, attacks continue to be inspected, but IDP update installation is not allowed. That maps directly to this exhibit: the existing IDP engine and currently installed attack database can continue to inspect traffic, but the device cannot install the newer downloaded package until licensing is corrected.
Option A is wrong because expiration does not immediately stop all IDP inspection; it prevents installing new updates. Option D is not the best answer because the specific operational behavior shown is consistent with an invalid/expired license condition after attempting a package install, not proof that no license was ever installed. The practical remediation is to validate the installed license, renew or reinstall the correct IDP license, then retry the security-package installation. Reference topics: IDP licensing, security-package download/install, attack database updates, installed signature inspection behavior.
NEW QUESTION # 17
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