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Juniper JN0-335 (Security, Specialist (JNCIS-SEC)) Certification Exam is a highly respected certification program designed for security professionals. Security, Specialist (JNCIS-SEC) certification is aimed at individuals who wish to validate their skills and knowledge in security technologies and ensure they have the necessary skills to manage Juniper's security infrastructure. Security, Specialist (JNCIS-SEC) certification exam is designed to test the candidate's knowledge in various security technologies, including firewalls, VPNs, intrusion detection and prevention systems, and security policies.

The JN0-335 Exam is a 90-minute test consisting of multiple-choice questions, and the passing score is 65%. JN0-335 exam is available in several languages, including English, Japanese, Simplified Chinese, and Korean. The JNCIS-SEC certification is a prerequisite for advanced Juniper Networks security certifications, such as the Security, Professional (JNCIP-SEC) and Security, Expert (JNCIE-SEC) certifications. The JN0-335 exam is an excellent way for professionals to validate their skills and knowledge in Juniper Networks security technologies and advance their careers in the field of network security.

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The JNCIS-SEC certification exam is ideal for professionals who are looking to enhance their security skills and knowledge, including security administrators, engineers, consultants, and network administrators. JN0-335 Exam validates your ability to work with Juniper Networks security technologies and solutions, which are widely used in enterprise, service provider, and data center environments.

Juniper Security, Specialist (JNCIS-SEC) Sample Questions (Q36-Q41):

NEW QUESTION # 36
Which two statements are correct about the cSRX? (Choose two.)

A. The cSRX supports firewall, NAT, IPS, and UTM services.
B. The cSRX has three default zones: trust, untrust, and management
C. The cSRX only supports Layer 2 "bump-in-the-wire" deployments.
D. The cSRX supports BGP, OSPF. and IS-IS routing services.

Answer: C,D

Explanation:
Explanation
The cSRX is a containerized version of the SRX Series firewall that provides advanced security services, including content security, AppSecure, and unified threat management (UTM) in the form of a container1. The cSRX supports easy, flexible, and highly scalable deployment options covering various customer use cases, including application protection, microsegmentation, or as an edge gateway for secure IoT deployments through a Docker container management solution2. The cSRX also supports SDN via Contrail Enterprise Multicloud, OpenContrail, and other third-party solutions2. The cSRX also integrates with other next-generation cloud orchestration tools such as Kubernetes3.
The cSRX supports firewall, NAT, IPS, and UTM services, so option A is incorrect1. The cSRX does not only support Layer 2 "bump-in-the-wire" deployments, but also Layer 3 deployments with routing protocols such as BGP, OSPF, and IS-IS, so option B is correct4. The cSRX supports BGP, OSPF, and IS-IS routing services, so option C is correct4. The cSRX does not have three default zones, but instead inherits the zones from the host SRX Series device, so option D is incorrect5. References:
1: cSRX Container Firewall | Juniper Networks US
2: cSRX Container Firewall Datasheet | Juniper Networks US
3: Understanding cSRX with Kubernetes - Juniper Networks
4: Extending Security to All Points of Connection: Containerized Security ...
5: cSRX Container Firewall | Juniper Networks UK&I

NEW QUESTION # 37
Which statement defines the function of an Application Layer Gateway (ALG)?

A. The ALG uses software processes for permitting or disallowing specific IP address ranges.
B. The ALG contains protocols that use one application session for each TCP session.
C. The ALG uses software that is used by a single TCP session using the same port numbers as the application.
D. The ALG uses software processes for managing specific protocols.

Answer: D

Explanation:
Explanation
An Application Layer Gateway (ALG) is a software component that is designed to manage specific protocols such as Session Initiation Protocol (SIP) or FTP on Juniper Networks devices running Junos OS. The ALG module is responsible for Application-Layer aware packet processing on switches1. The ALG can perform various functions such as modifying the payload and header of packets, opening secondary connections, translating addresses and ports, and applying security policies1. The ALG does not use software processes for permitting or disallowing specific IP address ranges, as this is the function of firewall filters or security zones2. The ALG does not use software that is used by a single TCP session using the same port numbers as the application, as this is the definition of a stateful firewall3. The ALG does not contain protocols that use one application session for each TCP session, as this is the characteristic of some application protocols such as HTTP or SMTP4. References:
1: ALG Overview | Junos OS | Juniper Networks
2: Firewall Filters Overview | Junos OS | Juniper Networks
3: Stateful Firewall Overview | Junos OS | Juniper Networks
4: Application Layer Protocols | Junos OS | Juniper Networks

NEW QUESTION # 38
Where is AppSecure executed in the flow process on an SRX Series device?

A. security policy
B. services
C. screens
D. zones

Answer: B

NEW QUESTION # 39
Which two statements about SRX chassis clustering are correct? (Choose two.)

A. SRX chassis clustering supports active/passive for the control plane.
B. SRX chassis clustering supports active/active for the control plane.
C. SRX chassis clustering only supports active/passive for the data plane.
D. SRX chassis clustering supports active/passive and active/active for the data plane.

Answer: A,D

Explanation:
Explanation
SRX chassis clustering is a high availability feature that allows two SRX Series devices to operate as a single logical device. The two devices are connected by a control link and a fabric link, which are used to synchronize the configuration, state, and traffic between the nodes. The control plane is responsible for managing the cluster configuration, monitoring the health and status of the nodes, and performing failover operations. The data plane is responsible for processing and forwarding the traffic through the cluster. SRX chassis clustering supports two modes for the data plane: active/passive and active/active. In active/passive mode, only one node is active for each redundancy group, which is a logical grouping of interfaces and services. The active node handles all the traffic for the redundancy group, while the passive node acts as a backup. In active/active mode, both nodes are active for different redundancy groups, and they can share the traffic load for the cluster. SRX chassis clustering supports only one mode for the control plane:
active/passive. In this mode, only one node is the primary node, which is the master of the cluster configuration and the source of truth for the cluster state. The primary node also initiates the failover process in case of a node or interface failure. The other node is the secondary node, which is the slave of the cluster configuration and the backup of the cluster state. The secondary node takes over the primary role if the primary node fails or is manually disabled. References: Chassis Cluster Overview, SRX Series Chassis Cluster Configuration Overview, Chassis Cluster Overview

NEW QUESTION # 40
Which two sources are used by Juniper Identity Management Service (JIMS) for collecting username and device IP addresses? (Choose two.)

A. OpenLDAP service ports
B. Active Directory domain controller event logs
C. Microsoft Exchange Server event logs
D. DNS

Answer: B,D

Explanation:
Juniper Identity Management Service (JIMS) collects username and device IP addresses from both DNS and Active Directory domain controller event logs. DNS is used to resolve hostnames to IP addresses, while Active Directory domain controller event logs are used to get information about user accounts, such as when they last logged in.

NEW QUESTION # 41
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