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Juniper JN0-336 Exam Syllabus Topics:

SectionObjectives
Identity-Aware Security Policies- Identity concepts
  • 1. Data flow
    • 2. Juniper Identity Management Service (JIMS)
      • 3. Ports and protocols
        SSL Proxy- SSL inspection concepts
        • 1. Certificates
          • 2. Client and server protection
            Intrusion Detection and Prevention (IDP)- IDP concepts and architecture
            • 1. IDP database management
              • 2. IDP policy configuration and operation
                • 3. Monitoring and troubleshooting IDP
                  High Availability (HA) Clustering- Chassis cluster operations
                  • 1. State synchronization
                    • 2. Real-time objects
                      - HA fundamentals
                      • 1. HA features and characteristics
                        • 2. Deployment requirements
                          Security Director (Junos Space)- Management platform
                          • 1. Device onboarding
                            • 2. Policy management
                              • 3. Deployment options
                                Juniper Advanced Threat Prevention (ATP) Cloud- Operations
                                • 1. Configuration, monitoring, troubleshooting
                                  - ATP Cloud concepts
                                  • 1. Traffic remediation
                                    • 2. Security feeds
                                      • 3. Adaptive threat profiling
                                        IPsec VPN- Operations and troubleshooting
                                        • 1. Debugging and monitoring
                                          • 2. Configuration and validation
                                            - IPsec fundamentals and deployment
                                            • 1. IPsec traffic processing
                                              • 2. Site-to-site VPNs
                                                • 3. IPsec tunnel establishment
                                                  • 4. Juniper Secure Connect

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                                                    Juniper Security, Specialist (JNCIS-SEC) Sample Questions (Q15-Q20):

                                                    NEW QUESTION # 15
                                                    Regarding static attack object groups, which two statements are true? (Choose two.)

                                                    Answer: A,C

                                                    Explanation:
                                                    The correct answers are C and D. Static attack object groups are manually defined groups. Juniper states that custom attack groups are static in nature because the attacks are explicitly specified in the group; therefore, those attack groups do not change when the security database is updated. This is the key difference between static groups and dynamic groups. Dynamic groups use matching criteria and can automatically update membership when the signature database changes, but static groups do not behave that way.
                                                    Option C is correct because updating the IPS/IDP signature database does not automatically add or remove members from a static attack group. Option D is correct because the administrator must explicitly add the desired attack objects to the custom static group. Option A describes dynamic matching behavior, not static group behavior. Option B is also dynamic-group behavior; Juniper Security Director documentation says dynamic group membership is automatically updated during signature updates based on the group's matching criteria. Static groups are intentionally deterministic: they include only the attacks manually selected by the administrator. Reference topics: IDP attack objects, static attack groups, custom attack groups, dynamic attack groups, IPS signature database updates.


                                                    NEW QUESTION # 16
                                                    Which two statements accurately describe the role of hashing in VPNs? (Choose two.)

                                                    Answer: C,D

                                                    Explanation:
                                                    The correct answers are B and D. In VPN cryptography, hashing is used for authentication and integrity checking, not confidentiality. Juniper's IPsec documentation describes MD5 as producing a 128-bit hash, also called a digital signature or message digest, from a message of arbitrary length. It also describes SHA as producing a 160-bit hash from a message of arbitrary length. That directly supports option B because a hash function takes variable-length input and produces a fixed-size digest.
                                                    Option D is also correct because Juniper states that the resulting hash is used like a fingerprint of the input to verify content and source authenticity and integrity. Juniper's IPsec overview further explains that Junos compares the calculated message digest against the expected digest to verify that the message has not been tampered with.
                                                    Option A is wrong because hashing is not compression; it is one-way digest generation. Option C is wrong because encryption protects confidentiality, while hashing validates integrity and authenticity. In IPsec, algorithms such as AES, DES, and 3DES provide encryption, while MD5, SHA-1, and SHA-2 provide hashing/HMAC-based authentication. Reference topics: IPsec VPN, hashing, HMAC, MD5, SHA, message digest, data integrity.


                                                    NEW QUESTION # 17
                                                    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 # 18
                                                    Which two statements about SRX Series device chassis clusters are true? (Choose two.)

                                                    Answer: B,D

                                                    Explanation:
                                                    In a chassis cluster, both nodes can host active redundancy groups. The active redundancy groups can be distributed between the two nodes, depending on the configuration and failover status, allowing each node to handle traffic for different sets of services or interfaces.
                                                    For the chassis clustering to function correctly, both nodes in the cluster must be of the same model.
                                                    This requirement ensures that the hardware capabilities, such as processing power and interface compatibility, are identical, which is crucial for maintaining consistent performance and behavior between cluster nodes.


                                                    NEW QUESTION # 19
                                                    You are asked to set up SSL proxy in SRX Series devices. An SSL proxy profile is already defined for you.
                                                    Which two steps are required to complete the setup? (Choose two.)

                                                    Answer: C,D

                                                    Explanation:
                                                    The correct answers are C and D. Once the SSL proxy profile already exists, the SRX still needs a security policy that matches the SSL/TLS traffic and applies the SSL proxy profile as an application service. Juniper's SSL proxy configuration procedure explicitly shows creating the security policy match criteria and then applying the SSL proxy profile with then permit application-services ssl-proxy profile-name. It also states that SSL forward and reverse proxy require the profile to be configured at the firewall rule level.
                                                    Option D is correct because SSL proxy is not an end goal by itself; it decrypts SSL/TLS traffic so Layer 7 security services can inspect it. Juniper states that decrypted SSL traffic is available for security services and provides examples where the SSL proxy profile and a Content Security/UTM policy are both attached to the same security policy. Option A is wrong because host-inbound-traffic HTTPS controls HTTPS access to the SRX itself, not transit SSL proxy inspection. Option B is wrong because SSL proxy profiles are not referenced under a security zone for this function; they are applied under the matching security policy.
                                                    Reference topics: SSL Proxy, SSL proxy profile, security policy application-services, Layer 7 inspection, UTM/IDP/ATP integration.


                                                    NEW QUESTION # 20
                                                    ......

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