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| Section | Objectives |
|---|---|
| Intrusion Detection and Prevention (IDP) | - IDP concepts and architecture
|
| Identity-Aware Security Policies | - Identity concepts
|
| High Availability (HA) Clustering | - Chassis cluster operations
|
| IPsec VPN | - Operations and troubleshooting
|
| Security Director (Junos Space) | - Management platform
|
| Juniper Advanced Threat Prevention (ATP) Cloud | - Operations
|
| SSL Proxy | - SSL inspection concepts
|
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NEW QUESTION # 32
Which action will the SRX Series device take if traffic matches the custom attack object shown in the exhibit?
Answer: B
Explanation:
The correct answer is A. the action taken is defined in the IDP policy that includes this attack object. The exhibit defines a custom attack object named BGP-DEFEND under the security idp custom-attack hierarchy.
The custom object includes metadata such as recommended-action drop, severity critical, and signature match conditions such as BGP update AS-path context and pattern 65501. However, an attack object by itself does not determine the final enforcement behavior. The attack object defines what to match; the IDP policy rule that references the object defines what action to take when that match occurs. Juniper describes attack objects as objects used inside IDP rules to identify malicious activity, while IDP rules include rule actions such as drop-packet, drop-connection, close-client, close-server, recommended, and others.
Option B is wrong because the firewall security policy enables IDP inspection by applying an IDP policy, but the IDP action is not selected directly by the normal security policy. Options C and D are too absolute. Even though the custom object shows recommended-action drop, that is only used if the IDP rule action invokes recommended behavior. Without seeing the IDP policy rule action, you cannot conclude reject or drop.
Reference topics: IDP custom attack objects, IDP policy rule actions, recommended action, signature-based attack matching.
NEW QUESTION # 33
How does the SSL proxy service identify SSL traffic?
Answer: D
Explanation:
The correct answer is B. by using AppID results. Junos SSL proxy does not identify SSL/TLS sessions by assuming that encrypted traffic always uses TCP/443. That would be technically weak because SSL/TLS can run on nonstandard ports, and non-SSL applications can also use common HTTPS ports. Juniper's SSL proxy documentation explains that SSL proxy works with application security services and that AppID is used in the encrypted-traffic inspection workflow. In earlier wording from Juniper AppSecure material, SSL proxy uses application identification services to determine whether a session is SSL encrypted; in current Junos documentation, SSL proxy and AppID are tightly linked so encrypted sessions can be identified, decrypted, inspected, and then re-encrypted for enforcement.
Option A is wrong because the URL is inside the HTTP payload, and in HTTPS much of the meaningful HTTP content is encrypted before SSL proxy inspection occurs. Option C is wrong because destination port is only a rough hint, not a reliable detection method. Option D is wrong because certificates are used in the SSL
/TLS handshake and proxy trust model, but the service's traffic classification relies on AppID results, not merely reading the server certificate. Reference topics: SSL Proxy, AppID, encrypted session detection, SSL
/TLS inspection, application security services.
NEW QUESTION # 34
Which statement is correct about Active Directory as an identity source for identity-aware security policies?
Answer: A
Explanation:
The correct answer is A. It supports a maximum of two domains. Juniper's Active Directory identity-source configuration guidance states that an SRX Series Firewall using the integrated user firewall/Active Directory identity source can be configured for a maximum of two domains. That is the exact limit relevant to this question. The same Juniper configuration page separately states that a maximum of 10 domain controllers can be configured, which directly eliminates option C because the supported figure is not 20 Active Directory servers per domain.
Option B is wrong because Active Directory identity source is not presented as a logical-systems feature in the JNCIS-SEC identity-aware firewall context. Option D is wrong because the primary Active Directory mechanism reads Windows domain controller event logs and uses WMI/DCOM plus LDAP to build IP-to- user and group mappings. Juniper describes the SRX as reading and monitoring the Windows event log on the domain controller, then using LDAP to obtain user/group information. Non-domain or non-Windows cases typically require alternate authentication behavior such as captive portal, not native Active Directory event- log tracking.
Reference topics: Identity-Aware Security Policies, Active Directory identity source, integrated user firewall, domain limits, domain controllers, WMIC, LDAP mapping.
NEW QUESTION # 35
You want to configure a reth interface.
Which two actions are required to accomplish this task? (Choose two.)
Answer: A,B
Explanation:
The correct answers are B and C . A redundant Ethernet interface, or reth , is a logical interface used in an SRX chassis cluster to provide interface redundancy across node0 and node1. Juniper states that a reth interface must include matching physical Ethernet interface types and speeds on both cluster nodes. In practical terms, you cannot build one reth bundle by mixing Fast Ethernet with Gigabit Ethernet, or by mixing different speed members inside the same redundant Ethernet interface. Juniper's chassis cluster documentation explicitly states that mixed Ethernet interface types or speeds within a single reth interface are not supported.
Option B is correct because all member interfaces must use the same media/interface type, such as Fast Ethernet with Fast Ethernet or Gigabit Ethernet with Gigabit Ethernet. Option C is correct because the child interfaces must also operate at the same speed. Option A is wrong because speed mismatch is unsupported and can prevent a child link from joining the reth bundle. Option D is wrong because different media types are not valid within the same reth interface. Reference topics: HA Clustering, redundant Ethernet interfaces, reth child interfaces, interface type and speed requirements.
NEW QUESTION # 36
You enable chassis clustering on two devices and assign a cluster ID and a node ID to each device.
In this scenario, what is the correct order for rebooting the devices?
Answer: D
Explanation:
When chassis clustering is enabled and IDs are assigned, it is typically recommended to first reboot the secondary device. This allows the secondary device to fully integrate and recognize its role and settings within the cluster without affecting the ongoing traffic that the primary device might be handling.
Once the secondary device has successfully rebooted and is operational within the cluster, the primary device can then be rebooted. This ensures that the primary device's reboot does not cause any network downtime, as the secondary device, now fully operational, can take over the traffic and roles as needed.
NEW QUESTION # 37
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