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Juniper JN0-232 Exam Actual Questions
Security, Associate (JNCIA-SEC) (Page 7 )

Updated On: 28-Jul-2026
Page 3 of 15
PDF with 110 Questions

A new packet arrives on an interface on your SRX Series Firewall that is assigned to the trust security zone.
In this scenario, how does the SRX Series Firewall determine the egress security zone?

  1. by performing a session lookup
  2. by examining the destination port
  3. by performing a route lookup
  4. by examining the ingress security zone properties

Answer(s): C

Explanation:

When a new packet arrives that does not match an existing session, the SRX performs full flow-based processing. After ingress zone determination, the firewall must know the destination zone to evaluate security policies.
The SRX determines the egress zone by performing a route lookup on the packet’s destination IP address.
The routing decision identifies the outgoing interface, and the zone associated with that interface becomes the egress zone.
Session lookup (Option A) happens first but is only useful for existing sessions.
Destination port (Option B) is used for application identification, not zone determination.
Ingress zone properties (Option D) cannot determine the egress zone.


Reference:

Juniper Networks – SRX Series Flow Processing and Security Zone Determination, Junos OS Security Fundamentals.



You want to show the effectiveness of your SRX Series Firewall content filter.
Which operational mode command would you use in this scenario?

  1. show security utm anti-spam status
  2. show security utm anti-virus status
  3. show security web filtering status
  4. show security utm content-filtering statistics

Answer(s): D

Explanation:

To verify and demonstrate the effectiveness of content filtering on an SRX firewall, administrators use operational mode commands that display UTM statistics.
The command show security utm content-filtering statistics provides detailed counters showing how many connections were inspected, how many were blocked, and other related metrics.
This is the correct way to measure and demonstrate filtering effectiveness.
Commands in options A, B, and C provide status information for antispam, antivirus, and web filtering features, but they do not provide content filter effectiveness statistics.


Reference:

Juniper Networks – Junos OS UTM Operational Commands, Junos OS Security Fundamentals.



You want to use Avira Antivirus.
Which two actions should you perform to satisfy this requirement? (Choose two.)

  1. Restart the management daemon (mgd) to load the components.
  2. Enable the Avira engine in operational mode.
  3. Reboot the SRX Series device to load the components.
  4. Enable the Avira engine in configuration mode.

Answer(s): C,D

Explanation:

The SRX Series devices support third-party antivirus scanning engines such as Avira. To use the Avira antivirus engine, administrators must explicitly enable the engine and ensure that the required components are properly loaded.
Enable in configuration mode:
The Avira antivirus engine must be enabled under UTM configuration mode. This step ensures the SRX device uses the Avira scanning engine for antivirus inspection.
Example:
set security utm feature-profile anti-virus avira-engine enable
Reboot the SRX device:
A system reboot is required after enabling the Avira engine to load the Avira antivirus components into memory.
Without a reboot, the Avira engine will not become active.
Why not the others?
Restarting the mgd process (Option A) only reloads the management daemon and does not load antivirus engines.
Enabling in operational mode (Option B) is not supported; the configuration must be applied in configuration mode.
Therefore, the correct actions to use Avira Antivirus are: Enable the Avira engine in configuration mode (Option D) and reboot the SRX device (Option C).


Reference:

Juniper Networks – Junos OS UTM and Antivirus Configuration, Junos OS Security Fundamentals, Official Course Guide.



Click the Exhibit button.

Which two statements are correct about the content filter shown in the exhibit? (Choose two.)

  1. .exe files will not be allowed to be uploaded over HTTP.
  2. .exe files will not be allowed to be downloaded over HTTP.
  3. There will be a notice added to the SRX log file about the file being blocked.
  4. There will be an e-mail sent to the user about why the SRX is blocking the file.

Answer(s): B,C

Explanation:

From the exhibit, the content filter configuration is as follows:
Match Conditions:
Application: HTTP
Direction: download
File-types: exe
Action:
block notification log
Analysis of Options:
Option A: Incorrect. The configuration specifies the download direction, not upload. Uploads of .exe files are unaffected.
Option B: Correct. Because the rule applies to downloads, .exe files will be blocked when users attempt to download them over HTTP.
Option C: Correct. The notification { log; } statement ensures that an entry will be added to the SRX device’s log when the action is triggered.
Option D: Incorrect. No configuration for sending e-mail notifications is shown in the rule. Only logging is specified.
Correct Statements: B and C


Reference:

Juniper Networks – UTM Content Filtering Configuration and Actions, Junos OS Security Fundamentals, Official Course Guide.



You are not able to ping an interface on an SRX Series Firewall.
Which two actions should you take to solve this issue? (Choose two.)

  1. Assign the interface to a security zone.
  2. Create a security policy to allow ping traffic.
  3. Assign the interface to the null zone.
  4. Configure the ICMP protocol for host-inbound-traffic.

Answer(s): A,D

Explanation:

For an SRX firewall interface to respond to management traffic such as ICMP pings:
The interface must be assigned to a security zone (Option A). If an interface is not part of any zone, it is placed into the null zone, which drops all traffic.
Additionally, the zone must be configured to allow management traffic types as host-inbound-traffic (Option D). For ICMP, the protocol must be explicitly allowed under host-inbound-traffic for that zone.
Other options:
Security policies (Option B) control traffic traversing the firewall, not traffic destined to the SRX device itself.
Assigning the interface to the null zone (Option C) prevents any communication, including management.
Correct Actions: Assign the interface to a zone and configure ICMP under host-inbound-traffic.


Reference:

Juniper Networks – Host Inbound Traffic and Zone Configuration, Junos OS Security Fundamentals.



Which two statements about management functional zones are correct? (Choose two.)

  1. The management functional zone is used to control the management-related traffic that is allowed to access your device.
  2. The management functional zone contains all available revenue ports until they are assigned to a user-defined security zone.
  3. The management functional zone is automatically created on the SRX Series Firewalls.
  4. The management functional zone cannot be referenced in any security policies.

Answer(s): A,C

Explanation:

The management functional zone on SRX devices is a special predefined zone with unique characteristics:
It is automatically created (Option C) and cannot be deleted.
It is used specifically for management-related traffic (Option A), such as SSH, Telnet, web management (J-Web), SNMP, and other control-plane services.
It does not contain revenue (data) interfaces (Option B is incorrect). Interfaces must be explicitly configured into user-defined zones.
The management zone can be referenced in policies if inter-zone communication involving management traffic is needed (Option D is incorrect).
Correct Statements: A and C


Reference:

Juniper Networks – Security Zones and Management Functional Zone, Junos OS Security Fundamentals.



Which security policy action will cause traffic to drop and a message to be sent to the source?

  1. permit
  2. next-policy
  3. deny
  4. reject

Answer(s): D

Explanation:

Security policies on SRX support several actions:
Permit: Allows traffic to pass according to the rule.
Deny: Silently drops the traffic without notifying the source.
Reject: Drops the traffic and sends a TCP RST (for TCP) or ICMP unreachable (for UDP/other protocols) back to the source. This provides feedback to the sending host.
Next-policy: Allows policy chaining to evaluate the next policy set.
Therefore, the action that causes traffic to drop and a message to be sent to the source is reject.


Reference:

Juniper Networks – Security Policy Actions, Junos OS Security Fundamentals.



Which two statements about SRX Series zones are correct? (Choose two.)

  1. The null zone allows the use of security policies to log dropped control plane traffic.
  2. The functional zone is used to define the management interface on smaller SRX Series Firewalls.
  3. A security zone processes intra-zone traffic without a security policy.
  4. The Junos-host zone allows the use of security policies to control access to the SRX Series Firewall.

Answer(s): C,D

Explanation:

Intra-zone traffic: On SRX devices, traffic between interfaces in the same security zone is allowed without requiring a security policy (Option C is correct). Policies are only evaluated for inter-zone traffic.
Junos-host functional zone: This zone is a predefined functional zone that allows administrators to apply policies controlling access to the SRX firewall itself, such as SSH, HTTP, or SNMP traffic (Option D is correct).
Null zone: This zone is a predefined discard zone. Interfaces placed in the null zone drop all traffic. It does not allow policy logging of dropped control plane traffic (Option A is incorrect).
Management functional zone: This is used to define management interfaces, not the “functional zone” as stated in Option B (incorrect wording).
Correct Statements: C and D


Reference:

Juniper Networks – Security Zones and Functional Zones, Junos OS Security Fundamentals.



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