Get All Security, Associate Exam Questions with Validated Answers
| Vendor: | Juniper |
|---|---|
| Exam Code: | JN0-232 |
| Exam Name: | Security, Associate |
| Exam Questions: | 110 |
| Last Updated: | August 8, 2026 |
| Related Certifications: | Juniper Junos Security Certification |
| Exam Tags: |
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An SRX Series Firewall operates in which two modes? (Choose two.)
An SRX Series Firewall can operate in flow mode or packet mode. Flow mode is the normal security firewall mode, where the SRX analyzes traffic statefully, creates sessions, and applies services such as security policies, NAT, screens, and application security. Packet mode processes traffic on a per-packet basis and is stateless, making the SRX behave more like a router for selected forwarding functions. Juniper documentation specifically identifies these two operating modes for SRX Series Firewalls. Route mode is not an SRX firewall operating mode; routing is a forwarding function within Junos OS. Wireless mode is also not a firewall processing mode. Therefore, the correct answers are flow mode and packet mode.
Referring to the exhibit, the top table shows the source and destination IP addresses and also the source and destination ports of the incoming packet.
The lower table represents the security policies from the trust zone to the untrust zone. In this scenario, which two statements are correct? (Choose two.)
The incoming packet shown in the exhibit uses destination port 80, which represents HTTP traffic. The policy table contains entries for FTP, SSH, HTTPS, and ping before the final policy. Because the packet does not match FTP, SSH, HTTPS, or ping, it continues down the ordered policy list until it reaches the final any-any-any deny rule. Junos security policies are evaluated in order, and the first matching policy determines the action for the traffic. This makes option D correct. Since the final matching rule denies the packet, option C is also correct. The packet is not permitted by HTTPS because HTTPS uses TCP destination port 443, not port 80.
Which two settings does the host-inbound-traffic zone configuration parameter control? (Choose two.)
The host-inbound-traffic parameter controls traffic destined to the SRX device itself, not transit traffic passing through the firewall. This traffic is commonly called self traffic or exception traffic because it terminates on the firewall's Routing Engine for services such as SSH, ping, BGP, OSPF, or management access. Juniper describes host-inbound-traffic as controlling the type of traffic that can reach the device from interfaces bound to a security zone. Junos security zone configuration is applied to logical interfaces, such as ge-0/0/1.0, not merely physical ports. Therefore, exception traffic and protocols on logical interfaces are the correct choices. Transit traffic is controlled by security policies, not host-inbound-traffic.
Which zone configuration is required to permit transit traffic?
Transit traffic is defined as traffic passing through the SRX firewall (from one interface/zone to another). To allow transit traffic:
Interfaces must be placed into a user-defined security zone (Option C).
Policies between zones are then applied to control traffic.
The null zone (Option A) discards all traffic.
The Junos-host zone (Option B) is used for traffic destined to the SRX itself, not transit.
Functional zones (Option D) are predefined and used for special purposes (like management), not for transit traffic.
Correct Configuration: User-defined security zone
What happens if no match is found in both zone-based and global security policies?
SRX devices operate on a default deny-all policy if no explicit match is found:
If a packet does not match any configured zone-based or global policy, it is implicitly denied.
The traffic is discarded silently by the default security policy (Option A).
Option B: No predefined ''safe zone'' exists.
Option C: Logging occurs only if explicitly configured; default deny does not automatically log traffic.
Option D: Incorrect, since the firewall defaults to deny, not permit.
Correct Behavior: Traffic is discarded by the default security policy.
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