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| Section | Objectives |
|---|---|
| High Availability (HA) Clustering | - Monitoring and troubleshooting - Failover and synchronization - Cluster architecture and concepts - Chassis cluster configuration |
| Identity-Aware Security | - Juniper Identity Management Service (JIMS) - Identity-based policies - Integration with directory services |
| Application Security | - Application firewall - Application Quality of Service (QoS) - Advanced Policy-Based Routing (APBR) - Configuration, monitoring and troubleshooting - Application identification |
| IPsec VPNs | - VPN monitoring and troubleshooting - Site-to-site IPsec VPN - Remote access VPN |
| Juniper Secure Analytics (JSA) | - Log collection and analysis - Integration with SRX devices - Event correlation and reporting |
| Advanced Security Policies | - Configuration, monitoring and troubleshooting - Application Layer Gateways (ALGs) - Logging - Session management - Scheduling - Unified security policies |
| Advanced Threat Prevention (ATP) | - Juniper ATP Cloud - Configuration, monitoring and troubleshooting - File analysis and threat intelligence - Juniper ATP On-Premises |
| SSL Proxy | - SSL reverse proxy - SSL forward proxy - Certificate management - Configuration and troubleshooting |
| Intrusion Detection and Prevention (IDP/IPS) | - Configuration, monitoring and troubleshooting - IPS database management - IPS policies |
| Security Director | - Deployment and configuration - Policy management - Management and monitoring |
| Virtual SRX / cSRX | - Deployment and architecture - Resource allocation and scaling - Configuration and management |
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NEW QUESTION # 63
You have configured a new site-to-site VPN tunnel. The exhibit shows the security IPsec statistics output for the specific tunnel index from one of the tunnel-end devices.
Which two statements are correct in this scenario? (Choose two.)
Answer: B,D
Explanation:
The correct answers are C and D. The exhibit shows ESP encrypted bytes = 0, ESP decrypted bytes = 0, encrypted packets = 0, and decrypted packets = 0. That means no traffic is successfully passing through the IPsec tunnel. Juniper's show security ipsec statistics command displays ESP encrypted/decrypted packet and byte counters, so zero values on these counters indicate that the tunnel is not successfully carrying protected ESP traffic.
Option C is also correct because the output shows ESP authentication failures and ESP decryption failures.
Since ESP is the IPsec protocol responsible for encrypted payload handling, failures in ESP authentication
/decryption point to an ESP/IPsec Phase 2 mismatch or incorrect configuration, such as mismatched authentication algorithm, encryption algorithm, keys, proposal parameters, or incompatible negotiated SA settings. Juniper's IPsec overview explains that Phase 2 negotiates the IPsec SA used to authenticate traffic flowing through the tunnel, so ESP-related failures belong to the IPsec/ESP configuration path rather than AH.
Option A is wrong because the AH counters and AH authentication failures are zero; the evidence is not pointing to AH. Option B is unsupported because the output does not show peer reboot behavior. Reference topics: IPsec VPN, ESP statistics, Phase 2/IPsec SA negotiation, ESP authentication failures, ESP decryption failures.
NEW QUESTION # 64
What are two properties negotiated during IKE Phase 2? (Choose two.)
Answer: B,D
Explanation:
The correct answers are B and D. IKE Phase 2 negotiates the IPsec security associations used to protect actual user data through the VPN tunnel. Juniper explains that after Phase 1 establishes a secure authenticated channel, Phase 2 negotiates SAs for the data transmitted through the IPsec tunnel. A Phase 2 proposal includes the IPsec security protocol, which is either ESP or AH, along with selected encryption and authentication algorithms. In the wording of this question, that maps to the tunnel/security protocol property.
Option D, Perfect Forward Secrecy, is also correct because Phase 2 proposals can specify a Diffie-Hellman group when PFS is desired. PFS forces a new DH key exchange for Phase 2 keys so that compromise of earlier keying material does not expose later IPsec encryption keys. Option A is wrong because routing protocols are not negotiated by IKE Phase 2; routing is handled separately over or toward the tunnel interface.
Option C is wrong because aggressive mode is an IKEv1 Phase 1 exchange mode, not a Phase 2 property.
Juniper specifically states that Phase 2 always uses quick mode in IKEv1. Reference topics: IKE Phase 2, IPsec SA negotiation, ESP/AH, Perfect Forward Secrecy, quick mode.
NEW QUESTION # 65
Which two statements about SRX Series device chassis clusters are correct? (Choose two.)
Answer: B,C
Explanation:
Two statements that are correct about SRX Series device chassis clusters are:
The chassis cluster data plane is connected with revenue ports: 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 cluster has two types of links: control links and fabric links. The control links are used for exchanging heartbeat messages and configuration synchronization between the nodes. The fabric links are used for forwarding data traffic between the nodes. The fabric links are connected with revenue ports, which are regular Ethernet interfaces that can also be used for normal traffic when not in cluster mode.
The chassis cluster can contain a maximum of two devices: A chassis cluster can only consist of two nodes: node 0 and node 1. The nodes must be the same model, have the same hardware configuration, run the same software version, and have the same license keys. The nodes share a common configuration and act as backup for each other in case of failure.
Reference: = Configuring Chassis Clustering on SRX Series Devices, SRX Series Chassis Cluster Configuration Overview, Connecting SRX Series Firewalls to Create a Chassis Cluster
NEW QUESTION # 66
Which two statements about unified security policies are correct? (Choose two.)
Answer: C,D
NEW QUESTION # 67
You are asked to onboard an SRX Series device to Junos Space Security Director, but it is not working.
In this scenario, what are three areas that should be reviewed? (Choose three.)
Answer: A,B,E
Explanation:
The correct answers are B, D, and E. Security Director device onboarding depends on management reachability and valid administrative access. Juniper's device discovery documentation states that Junos Space discovers network devices using SSH, with optional ping and SNMP, and connects to the physical device to retrieve running configuration and status information. It also explains that device authentication uses administrator login credentials, SSH credentials, SNMP settings, or keys depending on the discovery method.
Option E is required because Security Director must target a reachable management IP address or hostname.
Juniper's discovery-profile workflow explicitly uses the target IP address, hostname, IP range, or subnet to locate devices. Option D is required because invalid username/password or insufficient privileges prevent discovery and management; Juniper's device-management guidance identifies credentials as required input for discovering devices. Option B is required because onboarding uses SSH, so the correct SSH service and port must be reachable. Juniper's device access procedure explicitly includes a Port field for the SSH connection.
Option A is wrong because chassis serial number is not the normal troubleshooting field for Security Director discovery. Option C is wrong because active security policies do not determine whether Security Director can initially discover and onboard the device. Reference topics: Security Director, device discovery, SSH access, management IP reachability, authentication credentials.
NEW QUESTION # 68
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