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| Section | Objectives |
|---|---|
| Topic 1: High Availability (HA) Clustering | - HA fundamentals
|
| Topic 2: Identity-Aware Security Policies | - Identity concepts
|
| Topic 3: IPsec VPN | - IPsec fundamentals and deployment
|
| Topic 4: Intrusion Detection and Prevention (IDP) | - IDP concepts and architecture
|
| Topic 5: SSL Proxy | - SSL inspection concepts
|
| Topic 6: Juniper Advanced Threat Prevention (ATP) Cloud | - ATP Cloud concepts
|
| Topic 7: Security Director (Junos Space) | - Management platform
|
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NEW QUESTION # 11
A pair of branch SRX Series devices are booted up in cluster mode.
Referring to the exhibit, which statement is correct?
Answer: C
Explanation:
The correct answer is C. fxp0 or fxp1 on either device has an existing configuration. The exhibit shows each node reporting itself in hold state and the peer as lost under redundancy group 0. Juniper's chassis cluster troubleshooting documentation shows this same hold/lost symptom and states that when a node is in hold, it is not ready to operate in a chassis cluster. For branch SRX devices, when cluster mode is enabled, specific physical interfaces are automatically converted into fxp0 for out-of-band management and fxp1 for the HA control link. These interfaces cannot retain normal transit or standalone interface configuration. If the ports that become fxp0 or fxp1 already have configuration, the cluster can enter the hold/lost condition shown in the exhibit.
Option A is wrong because the output does not indicate a Junos version mismatch. Option B is wrong because hardware mismatch is not the symptom being shown. Option D is too specific: a factory-default configuration can cause this problem because it may include configuration on interfaces that become fxp0/fxp1, but the exhibit does not prove specifically that node1 alone is running factory-default configuration. The tested issue is the existing configuration on the interfaces reserved for chassis-cluster management/control. Reference topics: HA Clustering, chassis cluster hold/lost state, fxp0, fxp1, branch SRX cluster initialization.
NEW QUESTION # 12
Which three algorithms are used to encrypt IP packets? (Choose three.)
Answer: A,D,E
Explanation:
The correct answers are A, D, and E. In IPsec VPN terminology, DES, 3DES, and AES are encryption algorithms used to provide confidentiality for protected IP traffic. Juniper's IPsec material identifies AES, DES, and Triple DES/3DES as IPsec encryption standards, while separating them from authentication hash algorithms such as MD5, SHA-1, and SHA-2. This distinction matters heavily in JNCIS-SEC because IPsec proposals contain different cryptographic functions: encryption protects packet confidentiality, while authentication/hash algorithms validate integrity and origin.
Option B, SHA-1, is incorrect because SHA-1 is a hashing/authentication algorithm, not an encryption algorithm. It produces a message digest used for integrity checking and authentication, commonly as an HMAC variant. Option C, MD5, is also incorrect for the same reason: MD5 is a message-digest algorithm used for authentication/integrity, not for encrypting payload data. AES is the modern preferred encryption family because it is cryptographically stronger than DES and 3DES at comparable key strengths, while DES and 3DES remain historically recognized IPsec encryption algorithms. Reference topics: IPsec VPN, IPsec proposals, encryption algorithms, authentication algorithms, DES, 3DES, AES, SHA, and MD5.
NEW QUESTION # 13
You want to permit access to an application but block application sub.
Which two security policy features provide this capability? (Choose two.)
Answer: C,D
Explanation:
Micro application detection is a feature that enables more granular control over applications by identifying and taking action on sub-features or specific behaviors within an application. For example, allowing access to Facebook while blocking Facebook Chat.
Application Identification (APPID) is a feature that identifies and controls applications based on their traffic patterns and characteristics. APPID can be configured to recognize not only the main application but also its various subcomponents, allowing for precise control over what is allowed or blocked.
NEW QUESTION # 14
You want to include a custom attack object named Custom-FTP-Attack and set the action to drop the packet.
Referring to the exhibit, which modifications would you make?
Answer: B
Explanation:
The correct answer is B. Add custom-attack Custom-FTP-Attack to the attacks section and change the action to drop-packet. In the exhibit, the IDP rule is built under rulebase-ips with a match block and a then block.
Attack objects belong inside the match attacks hierarchy because they define what malicious pattern the IDP rule is trying to detect. Juniper's IDP documentation states that attack objects are specified in rules to identify malicious activity and that the rule's attack objects/groups are the attacks the device matches in monitored traffic.
The enforcement behavior belongs in the then action hierarchy. The current rule uses close-client; to meet the requirement, it must be changed to drop-packet. Juniper defines Drop Packet as an IDP action that drops a matching packet before it reaches its destination without closing the connection. Option A keeps the wrong action. Option C is structurally wrong because a custom attack object is not configured under the action section. Option D is also wrong because the notification section controls logging/alert behavior, not attack matching. Reference topics: IDP rulebase, custom attack objects, match attacks hierarchy, IDP actions, drop- packet behavior.
NEW QUESTION # 15
You have implemented a vSRX in your VMware environment. You want to implement a second vSRX Series device and enable chassis clustering.
Which two statements are correct in this scenario about the control-link settings? (Choose two.)
Answer: B,C
NEW QUESTION # 16
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