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.

The correct answers are C and D. Juniper Secure Connect is Juniper's remote-access VPN client for SRX Series Firewalls. Juniper describes it as a flexible SSL VPN and IPsec application that gives remote workers secure access to corporate and cloud-protected resources. That directly supports option D, because SSL VPN provides a connection method that is useful when traditional IPsec ports are restricted or blocked. Juniper's Secure Connect guide also states that enabling SSL VPN gives the client flexibility in connecting to SRX Series Firewalls and that SSL VPN is enabled by default.
Option C is also correct because Juniper Secure Connect supports external authentication, allowing users to authenticate with enterprise identity systems rather than relying only on local firewall credentials. Juniper's external authentication procedure notes that this method lets users use the same username and password as their domain login and is recommended for authenticating users.
Option A is not the best answer because having a client application is not the specific connection
/authentication flexibility being tested. Option B is wrong because Kerberos is not the stated Secure Connect authentication method in this context. Reference topics: Juniper Secure Connect, remote-access VPN, SSL VPN, IPsec, external authentication.

The correct answers are B and C. To form an SRX chassis cluster, both devices must be assigned the same cluster ID and different node IDs. Juniper states that the cluster ID identifies the cluster, while the node ID identifies the individual node within that cluster. A valid two-node SRX chassis cluster uses node 0 on one chassis and node 1 on the other chassis. Juniper's example shows the operational-mode commands as set chassis cluster cluster-id 1 node 0 reboot on the first device and set chassis cluster cluster-id 1 node 1 reboot on the second device.
Option A is wrong because cluster-id 0 disables clustering rather than forming a cluster. It also shows configuration-mode prompt #, while this chassis cluster node assignment is performed from operational mode.
Option D is doubly wrong: cluster-id 0 disables clustering, and node 2 is invalid because SRX chassis cluster node IDs are limited to 0 and 1. The exam options omit the reboot keyword, but the only logically valid pair is still SRX1 as node 0 and SRX2 as node 1 under the same nonzero cluster ID. Reference topics: HA Clustering, chassis cluster ID, node ID, operational-mode cluster enablement.

The correct answers are A and D. Juniper ATP Cloud reduces inspection delay in two practical ways: trusted allowlists and cache lookup. An allowlist contains known trusted IP addresses, hashes, email addresses, and URLs; Juniper states that content downloaded from locations on the allowlist does not have to be inspected for malware. That eliminates unnecessary cloud-analysis cycles for known trusted sources or objects.
Option D is also correct because ATP Cloud performs a real-time cache lookup before deeper analysis.
Juniper explains that when a file is uploaded, ATP Cloud first checks whether the file has been analyzed before; if it has, the stored verdict is returned to the SRX Series Firewall and there is no need to re-analyze the file. This directly reduces inspection delay and enables faster enforcement. Option B is wrong because ATP Cloud does not rely on a single antivirus engine; it uses a pipeline that can include cache lookup, antivirus, static analysis, dynamic analysis, and machine learning. Option C is wrong because inspection bypass is not delegated to end users. Reference topics: ATP Cloud, allowlists, file inspection workflow, cache lookup, malware analysis pipeline.

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.