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| Section | Objectives |
|---|---|
| Virtual SRX / cSRX | - Deployment and architecture - Configuration and management - Resource allocation and scaling |
| Advanced Threat Prevention (ATP) | - Juniper ATP On-Premises - File analysis and threat intelligence - Juniper ATP Cloud - Configuration, monitoring and troubleshooting |
| Juniper Secure Analytics (JSA) | - Log collection and analysis - Event correlation and reporting - Integration with SRX devices |
| IPsec VPNs | - VPN monitoring and troubleshooting - Remote access VPN - Site-to-site IPsec VPN |
| SSL Proxy | - Configuration and troubleshooting - SSL reverse proxy - SSL forward proxy - Certificate management |
| Intrusion Detection and Prevention (IDP/IPS) | - IPS database management - IPS policies - Configuration, monitoring and troubleshooting |
| Security Director | - Deployment and configuration - Management and monitoring - Policy management |
| High Availability (HA) Clustering | - Failover and synchronization - Chassis cluster configuration - Monitoring and troubleshooting - Cluster architecture and concepts |
| Application Security | - Advanced Policy-Based Routing (APBR) - Application Quality of Service (QoS) - Application identification - Configuration, monitoring and troubleshooting - Application firewall |
| Advanced Security Policies | - Unified security policies - Application Layer Gateways (ALGs) - Scheduling - Logging - Session management - Configuration, monitoring and troubleshooting |
| Identity-Aware Security | - Juniper Identity Management Service (JIMS) - Identity-based policies - Integration with directory services |
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NEW QUESTION # 56
What are two types of attack objects included in an IDP attack object database? (Choose two.)
Answer: A,C
Explanation:
The correct answers are B and C. Juniper IDP uses attack objects as match conditions inside IDP policy rules.
Juniper states that IDP attack objects represent known and unknown attacks and that the predefined attack object database is periodically updated by Juniper Networks. The main IDP attack object types include signature attack objects, protocol anomaly attack objects, and compound attack objects.
Option C is correct because signature attack objects detect known attacks using stateful attack signatures.
Juniper defines a signature as a pattern that exists within a specific section of an attack and includes protocol, service, direction, flow, and context information to reduce false positives.
Option B is correct because protocol anomaly attack objects detect abnormal protocol behavior. Juniper explains that protocol anomaly objects identify unusual or ambiguous traffic that violates protocol specifications, RFCs, or common RFC extensions.
Option A is wrong because "statistic-based" is not one of the IDP attack object database types being tested here. Option D is wrong because "vector-based" is not a Juniper IDP attack object type. Reference topics:
IDP, attack object database, signature-based attack objects, protocol anomaly attack objects, predefined attack objects.
NEW QUESTION # 57
Which two statements are correct about the fab interface in a chassis cluster? (Choose two.)
Answer: A,C
Explanation:
The fab interface is a fabric link that connects the two nodes in a chassis cluster. A chassis cluster is a high-availability feature that groups two identical SRX Series devices into a cluster that acts as a single device.
The fab interface has two functions:
Real-time objects (RTOs) are exchanged on the fab interface to maintain session synchronization: RTOs are data structures that store information about active sessions, such as source and destination IP addresses, ports, protocols, and security policies. RTOs are exchanged between the nodes on the fab interface to ensure that both nodes have the same session information and can take over the traffic in case of a failover.
In an active/active configuration, inter-chassis transit traffic is sent over the fab interface: In an active/active configuration, both nodes in a cluster can process traffic for different redundancy groups (RGs). RGs are collections of interfaces or services that fail over together from one node to another. If traffic needs to transit from one RG to another RG that is active on a different node, it is sent over the fab interface.
Reference: = Configuring Chassis Clustering on SRX Series Devices, Chassis Cluster Redundancy Groups, Chassis Cluster Data Plane
NEW QUESTION # 58
What is a function of the Juniper Identity Management Service?
Answer: A
Explanation:
The correct answer is D. maintaining a centralized authentication table. Juniper Identity Management Service, or JIMS, is used with SRX Series Firewalls to collect user-identity information from identity sources such as Microsoft Active Directory, domain controllers, and Exchange servers, then provide that identity data to SRX enforcement points. Juniper describes JIMS as storing IP address, username, and group-relationship information in its cache and generating authentication entries used for user-based or group-based access control on SRX firewalls. Juniper's Identity-Aware Firewall documentation also states that the authentication table contains the IP address, username, and group mapping information used as the authentication source.
Option A is wrong because JIMS is not an email-encryption service. Option B is wrong because malicious- code logging belongs to security inspection features such as antivirus, IDP, or ATP workflows, not JIMS.
Option C is wrong because network data encryption is handled by technologies such as IPsec VPN or SSL
/TLS, not identity management. JIMS exists to centralize identity-to-IP mapping so identity-aware security policies can match users and groups instead of relying only on source IP addresses. Reference topics: Identity- Aware Security Policies, JIMS, authentication table, user-to-IP mapping, group-based policy enforcement.
NEW QUESTION # 59
Referring to the exhibit, which two statements are correct? (Choose two.)
Answer: B,D
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 # 60
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 # 61
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