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NEW QUESTION # 41
Exhibit
An administrator wants to configure an SRX Series device to log binary security events for tenant systems.
Referring to the exhibit, which statement would complete the configuration?
- A. Configure the tenant as local for the pi security profile
- B. Configure the tenant as master for the pi security profile.
- C. Configure the tenant as root for the pi security profile.
- D. Configure the tenant as TSYS1 for the pi security profile.
Answer: C
NEW QUESTION # 42
Exhibit.
Referring to the exhibit, which two statements are true? (Choose two.)
- A. The custom infected hosts feed will overwrite the Sky ATP infected host's feed.
- B. Juniper Networks will not investigate false positives generated by this custom feed.
- C. The custom infected hosts feed will not overwrite the Sky ATP infected host's feed.
- D. Juniper Networks will investigate false positives generated by this custom feed.
Answer: B,C
Explanation:
Juniper Networks will not investigate false positives generated by this custom feed. - Typically, a vendor like Juniper Networks would not investigate false positives generated by a custom feed because the feed content is controlled by the customer, not Juniper.
The custom infected hosts feed will not overwrite the Sky ATP infected host's feed. - Custom feeds are generally additional to the feeds provided by a vendor's threat intelligence platform like Sky ATP. They are used to supplement the existing threat intelligence and do not overwrite it, but rather work alongside it.
NEW QUESTION # 43
your company wants to take your juniper ATP appliance into private mode. You must give them a list of impacted features for this request.
Which two features are impacted in this scenario? (Choose two)
- A. Threat Progression Monitoring
- B. False Positive Reporting
- C. GSS Telemetry
- D. Cyber Kill Chain mapping
Answer: B,C
Explanation:
Your company wants to take your Juniper ATP Appliance into private mode. You must give them a list of impacted features for this request.
The two features that are impacted in this scenario are:
A) False Positive Reporting. False Positive Reporting is a feature that allows you to report false positive detections to Juniper Networks for analysis and improvement. False Positive Reporting requires an Internet connection to send the reports to Juniper Networks. If you take your Juniper ATP Appliance into private mode, False Positive Reporting will be disabled and you will not be able to report false positives1.
C) GSS Telemetry. GSS Telemetry is a feature that allows you to send anonymized threat data to Juniper Networks for analysis and improvement. GSS Telemetry requires an Internet connection to send the data to Juniper Networks. If you take your Juniper ATP Appliance into private mode, GSS Telemetry will be disabled and you will not be able to contribute to the threat intelligence community2.
The other options are incorrect because:
B) Threat Progression Monitoring. Threat Progression Monitoring is a feature that allows you to monitor the threat activity and progression across your network. Threat Progression Monitoring does not require an Internet connection and can be performed locally by the Juniper ATP Appliance. If you take your Juniper ATP Appliance into private mode, Threat Progression Monitoring will not be impacted and you will still be able to monitor the threat activity and progression3.
D) Cyber Kill Chain mapping. Cyber Kill Chain mapping is a feature that allows you to map the threat activity and progression to the stages of the Cyber Kill Chain framework. Cyber Kill Chain mapping does not require an Internet connection and can be performed locally by the Juniper ATP Appliance. If you take your Juniper ATP Appliance into private mode, Cyber Kill Chain mapping will not be impacted and you will still be able to map the threat activity and progression4.
Reference: False Positive Reporting GSS Telemetry
Threat Progression Monitoring Cyber Kill Chain Mapping
NEW QUESTION # 44
You are asked to allocate security profile resources to the interconnect logical system for it to work properly.
In this scenario, which statement is correct?
- A. The flow-session resource must be defined in the security profile for the interconnect logical system.
- B. The NAT resources must be defined in the security profile for the interconnect logical system.
- C. No resources are needed to be allocated to the interconnect logical system.
- D. The resources must be calculated based on the amount of traffic that will flow between the logical systems.
Answer: C
NEW QUESTION # 45
What are two valid modes for the Juniper ATP Appliance? (Choose two.)
- A. flow collector
- B. all-in-one
- C. event collector
- D. core
Answer: B,D
NEW QUESTION # 46
you must find an infected host and where the aack came from using the Juniper ATP Cloud.
Which two monitor workspaces will return the requested information? (Choose Two)
- A. Threat Sources
- B. Hosts
- C. File Scanning
- D. Encrypted Traffic
Answer: A,B
Explanation:
To find an infected host and where the attack came from using the Juniper ATP Cloud, you need to use the Hosts and Threat Sources monitor workspaces.
The other options are incorrect because:
B) The File Scanning monitor workspace shows the files that have been scanned by the Juniper ATP Cloud and their verdicts (clean, malicious, or unknown). It does not show the infected hosts or the attack sources1.
D) The Encrypted Traffic monitor workspace shows the encrypted traffic that has been decrypted by the Juniper ATP Cloud and the certificates that have been used. It does not show the infected hosts or the attack sources2.
Therefore, the correct answer is A and C. You need to use the Hosts and Threat Sources monitor workspaces to find an infected host and where the attack came from using the Juniper ATP Cloud.
To do so, you need to perform the following steps:
For Hosts, you need to access the Hosts monitor workspace in the Juniper ATP Cloud WebUI by selecting Monitor > Hosts. You can see the list of hosts that have been detected by the Juniper ATP Cloud and their risk scores, infection levels, and threat categories. You can filter the hosts by various criteria, such as IP address, hostname, domain, or threat category. You can also drill down into each host to see the details of the files, applications, and incidents associated with the host. You can identify the infected host by looking for the host with the highest risk score, infection level, or threat category3.
For Threat Sources, you need to access the Threat Sources monitor workspace in the Juniper ATP Cloud WebUI by selecting Monitor > Threat Sources. You can see the list of threat sources that have been detected by the Juniper ATP Cloud and their risk scores, threat categories, and geolocations.
You can filter the threat sources by various criteria, such as IP address, domain, or threat category.
You can also drill down into each threat source to see the details of the files, applications, and incidents associated with the threat source. You can identify the attack source by looking for the threat source with the highest risk score, threat category, or geolocation that matches the infected host.
Reference: File Scanning
Encrypted Traffic
Hosts
[Threat Sources]
NEW QUESTION # 47
Exhibit
Referring to the exhibit, a spoke member of an ADVPN is not functioning correctly.
Which two commands will solve this problem? (Choose two.)
- A.
- B.
- C.
- D.
Answer: A,B
NEW QUESTION # 48
You must setup a Ddos solution for your ISP. The solution must be agile and not block legitimate traffic.
Which two products will accomplish this task? (Choose two.)
- A. Contrail Insights
- B. SRX Series device
- C. MX Series device
- D. Corero Smartwall TDD
Answer: C,D
Explanation:
You must set up a DDoS solution for your ISP. The solution must be agile and not block legitimate traffic.
The two products that will accomplish this task are:
B) MX Series device. MX Series devices are high-performance routers that can provide DDoS protection at the network edge by integrating with Corero SmartWall Threat Defense Director (TDD) software. MX Series devices can leverage the packet processing capabilities of the MX-SPC3 Services Card to perform real-time DDoS detection and mitigation at line rate, scaling from 50 Gbps to 40 Tbps. MX Series devices can also use Juniper Networks Security Intelligence (SecIntel) to receive threat intelligence feeds from Juniper ATP Cloud or Juniper Threat Labs and apply them to the security policies.
MX Series devices can provide an agile and effective DDoS solution for your ISP without blocking legitimate traffic12.
C) Corero SmartWall TDD. Corero SmartWall TDD is a software solution that runs on MX Series devices and PTX Series devices to provide DDoS protection at the network edge. Corero SmartWall TDD uses behavioral analytics and detailed network visibility to detect and block DDoS attacks in seconds, without affecting the normal traffic. Corero SmartWall TDD can also provide advanced protection from "carpet bombing" attacks, 5G DDoS visibility, and multi-tenant portal for as-a-service offerings or views by department within an enterprise. Corero SmartWall TDD can provide an agile and effective DDoS solution for your ISP without blocking legitimate traffic34.
The other options are incorrect because:
A) Contrail Insights. Contrail Insights is a software solution that provides network analytics and visibility for cloud and data center environments. Contrail Insights can help you monitor, troubleshoot, and optimize the performance and security of your network, but it does not provide DDoS protection by itself.
Contrail Insights can integrate with other Juniper products, such as Contrail Enterprise Multicloud, Contrail Service Orchestration, and AppFormix, to provide a comprehensive network management solution, but it is not a DDoS solution for your ISP5.
D) SRX Series device. SRX Series devices are high-performance firewalls that can provide DDoS protection at the network perimeter by integrating with Juniper ATP Cloud and Juniper Threat Labs. SRX Series devices can use SecIntel to receive threat intelligence feeds from Juniper ATP Cloud or Juniper Threat Labs and apply them to the security policies. SRX Series devices can also use IDP to detect and prevent application-level attacks, such as SQL injection, cross-site scripting, and buffer overflow. SRX Series devices can provide a robust and effective DDoS solution for your network, but they are not designed to handle high-volume DDoS attacks at the network edge, as MX Series devices and Corero SmartWall TDD are.
Reference: Juniper and Corero Joint DDoS Protection Solution MX-SPC3 Services Card Overview Corero SmartWall Threat Defense Director (TDD) Juniper Networks and Corero: A Modern Approach to DDoS Protection at Scale Contrail Insights Overview
[SRX Series Services Gateways]
[Juniper Networks Security Intelligence (SecIntel)]
NEW QUESTION # 49
You are asked to control access to network resources based on the identity of an authenticated device.
Which three steps will accomplish this goal on the SRX Series firewalls? (Choose three)
- A. Reference the end-user-profile in the security policy.
- B. Reference the end-user-profile in the security zone
- C. Apply the end-user-profile at the interface connecting the devices
- D. Configure an end-user-profile that characterizes a device or set of devices
- E. Configure the authentication source to be used to authenticate the device
Answer: A,D,E
Explanation:
To control access to network resources based on the identity of an authenticated device on the SRX Series firewalls, you need to perform the following steps:
A) Configure an end-user-profile that characterizes a device or set of devices. An end-user-profile is a device identity profile that contains a collection of attributes that are characteristics of a specific group of devices, or of a specific device, depending on the attributes configured in the profile. The end-user- profile must contain a domain name and at least one value in each attribute. The attributes include device-identity, device-category, device-vendor, device-type, device-os, and device-os-version1. You can configure an end-user-profile by using the Junos Space Security Director or the CLI2.
C) Reference the end-user-profile in the security policy. A security policy is a rule that defines the action to be taken for the traffic that matches the specified criteria, such as source and destination addresses, zones, protocols, ports, and applications. You can reference the end-user-profile in the source-end-user- profile field of the security policy to identify the traffic source based on the device from which the traffic issued. The SRX Series device matches the IP address of the device to the end-user-profile and applies the security policy accordingly3. You can reference the end-user-profile in the security policy by using the Junos Space Security Director or the CLI4.
E) Configure the authentication source to be used to authenticate the device. An authentication source is a system that provides the device identity information to the SRX Series device. The authentication source can be Microsoft Windows Active Directory or a third-party network access control (NAC) system.
You need to configure the authentication source to be used to authenticate the device and to send the device identity information to the SRX Series device. The SRX Series device stores the device identity information in the device identity authentication table5. You can configure the authentication source by using the Junos Space Security Director or the CLI6.
The other options are incorrect because:
B) Referencing the end-user-profile in the security zone is not a valid step to control access to network resources based on the identity of an authenticated device. A security zone is a logical grouping of interfaces that have similar security requirements. You can reference the user role in the security zone to identify the user who is accessing the network resources, but not the end-user-profile7.
D) Applying the end-user-profile at the interface connecting the devices is also not a valid step to control access to network resources based on the identity of an authenticated device. You cannot apply the end- user-profile at the interface level, but only at the security policy level. The end-user-profile is not a firewall filter or a security policy, but a device identity profile that is referenced in the security policy1.
Reference: End User Profile Overview Creating an End User Profile source-end-user-profile Creating Firewall Policy Rules Understanding the Device Identity Authentication Table and Its Entries Configuring the Authentication Source for Device Identity user-role
NEW QUESTION # 50
Exhibit
Referring to the exhibit, which two statements are true? (Choose two.)
- A. The 3uspicious_Endpoint3 feed is only usable by the SRX-1 device.
- B. Juniper ATP Cloud automatically creates the 3uopi'cioua_Endpoints feed after you commit the security policy.
- C. You must manually create the suspicious_Endpoint3 feed in the Juniper ATP Cloud interface.
- D. The 3uspiciou3_Endpoint3 feed is usable by any SRX Series device that is a part of the same realm as SRX-1
Answer: A,D
NEW QUESTION # 51
You are requested to enroll an SRX Series device with Juniper ATP Cloud.
Which statement is correct in this scenario?
- A. The only way to enroll an SRX Series device is to interact with the Juniper ATP Cloud Web portal.
- B. Juniper ATP Cloud uses a Junos OS op script to help you configure your SRX Series device to connect to the Juniper ATP Cloud service.
- C. When the license expires, the SRX Series device is disenrolled from Juniper ATP Cloud without a grace period
- D. If a device is already enrolled in a realm and you enroll it in a new realm, the device data or configuration information is propagated to the new realm.
Answer: B
NEW QUESTION # 52
Exhibit:
You are troubleshooting a firewall filter shown in the exhibit that is intended to log all traffic and block only inbound telnet traffic on interface ge-0/0/3.
How should you modify the configuration to fulfill the requirements?
- A. Apply a firewall filter to the loopback interface that blocks Telnet traffic
- B. Delete the log-all term
- C. Add a term before the log-all term that blocks Telnet
- D. Modify the log-all term to add the next term action
Answer: D
Explanation:
To modify the configuration to fulfill the requirements, you need to modify the log-all term to add the next term action.
The other options are incorrect because:
B) Deleting the log-all term would prevent logging all traffic, which is one of the requirements. The log-all term matches all traffic from any source address and logs it to the system log file1.
C) Adding a term before the log-all term that blocks Telnet would also prevent logging all traffic, because the log-all term would never be reached. The firewall filter evaluates the terms in sequential order and applies the first matching term. If a term before the log-all term blocks Telnet, then the log-all term would not match any traffic and no logging would occur2.
D) Applying a firewall filter to the loopback interface that blocks Telnet traffic would not block inbound Telnet traffic on interface ge-0/0/3, which is another requirement. The loopback interface is a logical interface that is always up and reachable. It is used for routing and management purposes, not for filtering traffic on physical interfaces3.
Therefore, the correct answer is A. You need to modify the log-all term to add the next term action. The next term action instructs the firewall filter to continue evaluating the subsequent terms after matching the current term. This way, the log-all term would log all traffic and then proceed to the block-telnet term, which would block only inbound Telnet traffic on interface ge-0/0/34. To modify the log-all term to add the next term action, you need to perform the following steps:
Enter the configuration mode: user@host> configure
Navigate to the firewall filter hierarchy: user@host# edit firewall family inet filter block-telnet Add the next term action to the log-all term: user@host# set term log-all then next term Commit the changes: user@host# commit Reference: log (Firewall Filter Action) Firewall Filter Configuration Overview loopback (Interfaces) next term (Firewall Filter Action)
NEW QUESTION # 53
Refer to the Exhibit.
Referring to the exhibit, which three topologies are supported by Policy Enforcer? (Choose three.)
- A. Topology 2
- B. Topology 4
- C. Topology 5
- D. Topology 1
- E. Topology 3
Answer: B,D,E
Explanation:
Reference: https://www.juniper.net/documentation/en_US/junos-space17.2/policy- enforcer/topics/concept/policy-enforcer-deployment-supported-topologies.html
NEW QUESTION # 54
Exhibit
Which two statements are correct about the output shown in the exhibit? (Choose two.)
- A. The packet is processed as host inbound traffic.
- B. The packet is processed in the first path packet flow.
- C. The packet matches the default security policy.
- D. The packet matches a configured security policy.
Answer: A,C
NEW QUESTION # 55
All interfaces involved in transparent mode are configured with which protocol family?
- A. ethernet - switching
- B. inet
- C. mpls
- D. bridge
Answer: D
NEW QUESTION # 56
Exhibit
The exhibit shows a snippet of a security flow trace.
In this scenario, which two statements are correct? (Choose two.)
- A. The capture is a packet from the source address 172.20.101.10 destined to 10.0.1.129.
- B. An existing session is found in the table.
- C. Destination NAT occurs.
- D. This packet arrived on interface ge-0/0/4.0.
Answer: A,B
NEW QUESTION # 57
Which method does an SRX Series device in transparent mode use to learn about unknown devices in a network?
- A. LLDP-MED
- B. IGMP snooping
- C. packet flooding
- D. RSTP
Answer: C
NEW QUESTION # 58
What is the purpose of the Switch Microservice of Policy Enforcer?
- A. to inspect traffic for malware
- B. to isolate infected hosts
- C. to synchronize security policies to SRX Series devices
- D. to enroll SRX Series devices with Juniper ATP Cloud
Answer: B
NEW QUESTION # 59
Exhibit
You have recently configured Adaptive Threat Profiling and notice 20 IP address entries in the monitoring section of the Juniper ATP Cloud portal that do not match the number of entries locally on the SRX Series device, as shown in the exhibit.
What is the correct action to solve this problem on the SRX device?
- A. Force a manual download of the Proxy__Nodes feed.
- B. Refresh the feed in ATP Cloud.
- C. Flush the DNS cache on the SRX device.
- D. You must configure the DAE in a security policy on the SRX device.
Answer: C
NEW QUESTION # 60
Your company uses non-Juniper firewalls and you are asked to provide a Juniper solution for zero-day malware protection.
Which solution would work in this scenario?
- A. Juniper ATP Appliance
- B. Juniper ATP Cloud
- C. Juniper Secure Analytics
- D. Juniper Security Director
Answer: B
NEW QUESTION # 61
Refer to the exhibit,
which two potential violations will generate alarm ? (Choose Two)
- A. the number of policy violation to an application within a specified period
- B. the ratio of policy violation traffic compared to accepted traffic.
- C. the number of policy violation by a destination TCP port
- D. the number of policy violations by a source network identifier
Answer: A,D
Explanation:
The exhibit shows a security policy configuration with a threshold of 1000 policy violations by a source network identifier and a threshold of 10 policy violations to an application within a specified period. If either of these thresholds are exceeded, an alarm will be generated. Therefore, the correct answer is A and D. The other options are incorrect because:
B) The ratio of policy violation traffic compared to accepted traffic is not a criterion for triggering an alarm.
The security policy configuration does not specify any ratio or percentage of policy violation traffic that would cause an alarm.
C) The number of policy violation by a destination TCP port is also not a criterion for triggering an alarm.
The security policy configuration does not specify any threshold or duration for policy violation by a destination TCP port.
Reference: policy (Security Alarms)
Monitoring Security Policy Violations
NEW QUESTION # 62
You must implement an IPsec VPN on an SRX Series device using PKI certificates for authentication.
As part of the implementation, you are required to ensure that the certificate submission, renewal, and retrieval processes are handled automatically from the certificate authority.
In this scenario, which statement is correct.
- A. You can use OCSP to accomplish this behavior.
- B. You can use CRL to accomplish this behavior.
- C. You can use SPKI to accomplish this behavior.
- D. You can use SCEP to accomplish this behavior.
Answer: D
Explanation:
Certificate Renewal
The renewal of certificates is much the same as initial certificate enrollment except you are just replacing an old certificate (about to expire) on the VPN device with a new certificate. As with the initial certificate request, only manual renewal is supported. SCEP can be used to re-enroll local certificates automatically before they expire. Refer to Appendix D for more details.
NEW QUESTION # 63
Exhibit
Which statement is true about the output shown in the exhibit?
- A. The SRX Series device is configured with default security forwarding options.
- B. The SRX Series device is configured with flow-based IPv6 forwarding options.
- C. The SRX Series device is configured to disable IPv6 packet forwarding.
- D. The SRX Series device is configured with packet-based IPv6 forwarding options.
Answer: A
NEW QUESTION # 64
In Juniper ATP Cloud, what are two different actions available in a threat prevention policy to deal with an infected host? (Choose two.)
- A. Quarantine the host.
- B. Send a custom message
- C. Drop the connection silently.
- D. Close the connection.
Answer: C,D
NEW QUESTION # 65
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