CiscoProfessional level350-401

350-401 exam dumps: 631 free Cisco ENCOR (CCNP Enterprise Core) practice questions

Free 350-401 practice questions for the Implementing Cisco Enterprise Network Core Technologies exam, with the correct answer and a full explanation for every option. Read the first 10 below, browse all 631 by number, or take a timed practice exam.

Question bank last updated February 2025

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Free 350-401 practice questions

Questions 1 to 10 of 631

Pick an answer before you open the explanation. Each question also has its own page with a permalink.

350-401 Question 1

Select 2

An enterprise is designing a new campus network and wants to ensure scalability, high availability, and easy management. The design team has chosen a three-tier hierarchical architecture. Which of the following are the primary functions of the core layer in this architecture?

  1. A

    Providing high-speed switching to ensure fast transport between distribution layers

  2. B

    Aggregating access layer devices and providing policy-based connectivity

  3. C

    Ensuring fault isolation at the access layer

  4. D

    Delivering redundancy and failover capabilities to maintain network uptime

  5. E

    Connecting the enterprise network to external networks, such as the internet

Show answer and explanation

Correct answers: A, D

Explanation

The three-tier hierarchical design divides the enterprise network into core, distribution, and access layers. The core layer's primary focus is on high-speed, reliable switching and redundancy to ensure efficient data transport between distribution layers. It does not handle policy enforcement or device aggregation, which are responsibilities of the distribution layer, or external connectivity, which is typically handled by the edge layer.

  • A. Correct.

    Correct: The core layer serves as the backbone of the network, focusing on high-speed switching and fast transport between distribution layers.

  • B. Incorrect.

    Incorrect: Aggregating access layer devices and enforcing policies are functions of the distribution layer, not the core layer.

  • C. Incorrect.

    Incorrect: Fault isolation is a feature of the access layer, where devices are closer to end users and localized failures can be contained.

  • D. Correct.

    Correct: Redundancy and failover capabilities are critical functions of the core layer to ensure the network remains operational even during failures.

  • E. Incorrect.

    Incorrect: Connecting to external networks is typically a function of the edge or border layer, not the core layer.

350-401 Question 2

Select 3

An enterprise network is undergoing a redesign to adopt a hierarchical campus architecture model. The network architect plans to implement modularity and scalability to improve performance and ease of troubleshooting. Which of the following design considerations align with the hierarchical campus architecture model?

  1. A

    Implementing a core layer that provides high-speed connectivity between distribution layers.

  2. B

    Collapsing the core and access layers to reduce hardware costs.

  3. C

    Designing the distribution layer for policy enforcement and inter-VLAN routing.

  4. D

    Placing end devices directly in the core layer to minimize latency.

  5. E

    Using the access layer to aggregate end devices and provide network access.

Show answer and explanation

Correct answers: A, C, E

Explanation

The hierarchical campus architecture consists of three layers: the access, distribution, and core layers. Each layer has specific roles to ensure modularity, scalability, and ease of troubleshooting. The core layer provides high-speed backbone connectivity, the distribution layer enforces policies and routes traffic, and the access layer connects end devices. This layered approach improves network performance and simplifies management.

  • A. Correct.

    Correct. The core layer is responsible for high-speed connectivity and acts as the backbone of the hierarchical architecture.

  • B. Incorrect.

    Incorrect. Collapsing the core and access layers contradicts the hierarchical model and reduces modularity and scalability.

  • C. Correct.

    Correct. The distribution layer is designed for policy enforcement, inter-VLAN routing, and acting as an intermediary between the access and core layers.

  • D. Incorrect.

    Incorrect. End devices should not be placed in the core layer as it is designed for high-speed backbone connectivity, not endpoint access.

  • E. Correct.

    Correct. The access layer is responsible for aggregating end devices, such as PCs and IP phones, and providing them with network access.

350-401 Question 3

Single answer

A company is redesigning its enterprise network to ensure better scalability and simplified management. Which architecture design approach would best suit this requirement?

  1. A

    Three-tier architecture with core, distribution, and access layers.

  2. B

    Flat network design with all devices in a single broadcast domain.

  3. C

    Single-layer architecture using only access switches.

  4. D

    Hub-and-spoke topology without redundant links.

Show answer and explanation

Correct answer: A

Explanation

The three-tier architecture is the most suitable design for enterprise networks as it ensures better scalability, fault isolation, and simplified management. The core layer provides fast transport, the distribution layer handles routing and policy enforcement, and the access layer connects end devices. This hierarchical design aligns with industry best practices and supports the needs of modern enterprises.

  • A. Correct.

    The three-tier architecture provides scalability, segregation of roles, and simplified management by dividing the network into core, distribution, and access layers. This is the industry standard for enterprise networks.

  • B. Incorrect.

    A flat network design causes scalability issues due to large broadcast domains and difficulty in isolating faults or managing traffic. It is not suitable for modern enterprise environments.

  • C. Incorrect.

    A single-layer architecture lacks scalability and redundancy, making it unsuitable for enterprise networks that require high availability and performance.

  • D. Incorrect.

    Hub-and-spoke topology without redundant links would result in a lack of fault tolerance and scalability, making it impractical for most enterprise network designs.

350-401 Question 4

Select 3

A network engineer is designing an enterprise network for a branch office using a three-tier hierarchical model. The design must ensure high availability, scalability, and ease of troubleshooting. What are the primary functions of the distribution layer in this architecture?

  1. A

    Aggregating traffic from access layer switches and forwarding it to the core layer

  2. B

    Providing direct connectivity to endpoints such as user devices and printers

  3. C

    Implementing routing policies and filtering traffic between different access layer segments

  4. D

    Serving as the backbone for high-speed packet forwarding across the network

  5. E

    Enhancing network redundancy through features like link aggregation and load balancing

Show answer and explanation

Correct answers: A, C, E

Explanation

In the three-tier hierarchical model, the distribution layer serves as a bridge between the access and core layers. It aggregates traffic from access layer switches, applies routing policies, and enhances network redundancy through mechanisms like link aggregation and load balancing. These functions ensure scalability, high availability, and ease of network management. Connectivity to endpoints is handled by the access layer, while high-speed backbone operations are the responsibility of the core layer.

  • A. Correct.

    Correct: Aggregating traffic from the access layer and forwarding it to the core layer is a key function of the distribution layer in the three-tier model.

  • B. Incorrect.

    Incorrect: Direct connectivity to endpoints is typically handled by the access layer, not the distribution layer.

  • C. Correct.

    Correct: The distribution layer implements routing policies and filters traffic between access layer segments, which is one of its core responsibilities.

  • D. Incorrect.

    Incorrect: Serving as the backbone for high-speed packet forwarding is a function of the core layer, not the distribution layer.

  • E. Correct.

    Correct: Enhancing network redundancy through link aggregation and load balancing is an important function of the distribution layer to ensure high availability.

350-401 Question 5

Select 3

An enterprise network is being designed to support high availability and scalability for its critical services. Which design principles should the network architect prioritize to meet these requirements?

  1. A

    Implement modular design by segmenting the network into layers such as access, distribution, and core.

  2. B

    Use a flat network topology to simplify the design and reduce costs.

  3. C

    Deploy redundant links and devices to prevent single points of failure.

  4. D

    Integrate security mechanisms such as firewalls and access control lists into the network design.

  5. E

    Ensure minimal redundancy to save on hardware and operational costs.

Show answer and explanation

Correct answers: A, C, D

Explanation

Designing an enterprise network for high availability and scalability involves applying key principles such as modular design, redundancy, and integrated security. Modular design ensures the network is scalable and easy to manage, redundancy eliminates single points of failure to enhance availability, and security mechanisms protect the network's integrity. Flat topologies and minimal redundancy, while cost-saving, do not meet the requirements for a robust enterprise network.

  • A. Correct.

    Implementing a modular design by segmenting the network into layers ensures scalability and simplifies troubleshooting, making it a core design principle for enterprise networks.

  • B. Incorrect.

    Flat network topologies lack scalability and resilience, making them unsuitable for enterprise networks that require high availability and scalability.

  • C. Correct.

    Redundant links and devices eliminate single points of failure, ensuring high availability in the network, which is essential for critical services.

  • D. Correct.

    Integrating security mechanisms is a fundamental design principle to protect the network and its services, complementing availability and scalability by ensuring secure operations.

  • E. Incorrect.

    Minimizing redundancy compromises availability and resilience, which are critical for enterprise networks, making this approach unsuitable.

350-401 Question 6

Select 3

An enterprise network is being designed to ensure scalability, resiliency, and optimized performance across multiple branches. The network architect decides to deploy a hierarchical design model. Which design principles align with this approach?

  1. A

    Implementing a core, distribution, and access layer architecture

  2. B

    Prioritizing a flat network for easier management

  3. C

    Ensuring redundancy in critical network paths

  4. D

    Centralizing all traffic through a single data center

  5. E

    Using modularity to simplify troubleshooting and scaling

Show answer and explanation

Correct answers: A, C, E

Explanation

The hierarchical design model in an enterprise network focuses on scalability, resiliency, and performance. Key principles include implementing a core, distribution, and access layer architecture, ensuring redundancy in critical paths, and using modularity to simplify network management and scaling. Flat networks and single points of traffic concentration introduce limitations and do not align with these principles.

  • A. Correct.

    Correct: The hierarchical design model is based on a core, distribution, and access layer architecture to ensure scalability, performance, and efficient traffic management.

  • B. Incorrect.

    Incorrect: A flat network is not recommended for an enterprise as it can lead to scalability and performance issues, especially in larger networks.

  • C. Correct.

    Correct: Redundancy is a key principle in enterprise networks to ensure resiliency and high availability, especially in critical paths.

  • D. Incorrect.

    Incorrect: Centralizing all traffic through a single data center creates a bottleneck and does not align with the principles of scalability and fault tolerance.

  • E. Correct.

    Correct: Modularity simplifies troubleshooting and scaling by allowing the network to be divided into smaller, manageable components.

350-401 Question 7

Select 3

A company is redesigning its enterprise network to improve scalability, availability, and manageability. Which combination of design principles should be implemented to achieve these goals?

  1. A

    Modular design with hierarchical layers

  2. B

    Flat network topology for simplified routing

  3. C

    Redundant links and devices to prevent single points of failure

  4. D

    Centralized traffic flow through a single core switch

  5. E

    Scalable addressing through proper IP subnetting

  6. F

    Elimination of network segmentation to simplify management

Show answer and explanation

Correct answers: A, C, E

Explanation

Enterprise network design relies on principles such as modular design (to improve manageability and scalability), redundancy (to ensure availability), and scalable addressing (to support future growth). Avoiding flat topologies, centralized traffic bottlenecks, and eliminating segmentation ensures the network remains resilient, scalable, and secure. These principles collectively enhance the network's ability to handle increased size and complexity while maintaining performance and reliability.

  • A. Correct.

    Modular design with hierarchical layers is a core design principle that improves manageability, scalability, and performance by separating the network into layers such as access, distribution, and core.

  • B. Incorrect.

    Flat network topology is not recommended in enterprise networks because it limits scalability, increases broadcast traffic, and reduces fault isolation capabilities.

  • C. Correct.

    Redundant links and devices are essential to ensure high availability by eliminating single points of failure, which is critical for enterprise networks.

  • D. Incorrect.

    Centralized traffic flow through a single core switch creates a bottleneck and introduces a single point of failure, which goes against scalability and availability design principles.

  • E. Correct.

    Scalable addressing with proper IP subnetting ensures efficient use of IP address space and supports future growth, making it a key part of a scalable network design.

  • F. Incorrect.

    Eliminating network segmentation reduces security and limits the ability to isolate traffic, making it unsuitable for enterprise network design.

350-401 Question 8

Select 3

An enterprise network is being designed to support high availability, scalability, and efficient traffic flow. Which design principles should be prioritized to meet these requirements?

  1. A

    Hierarchical design with core, distribution, and access layers

  2. B

    Flat network design to simplify configuration

  3. C

    Scalability to support future growth

  4. D

    Centralized single-point-of-failure design for easier troubleshooting

  5. E

    Redundancy to ensure high availability

Show answer and explanation

Correct answers: A, C, E

Explanation

Enterprise networks are designed to support business-critical applications, requiring a focus on structured, scalable, and redundant architectures. Hierarchical design ensures efficient management and traffic flow, scalability supports future growth, and redundancy guarantees high availability. Flat designs and single points of failure should be avoided as they compromise these objectives.

  • A. Correct.

    Hierarchical design with core, distribution, and access layers helps organize the network into layers, enhancing scalability, efficient traffic flow, and management of high availability.

  • B. Incorrect.

    Flat network design is not recommended for enterprise networks as it can lead to scalability and performance issues while increasing the risk of network outages.

  • C. Correct.

    Scalability is a key design principle in enterprise networks to ensure the network can accommodate growth, new applications, or additional users without major redesigns.

  • D. Incorrect.

    Centralized single-point-of-failure design contradicts the principle of high availability, as a single failure can bring down the entire network.

  • E. Correct.

    Redundancy is critical for maintaining high availability, ensuring that the network can continue functioning even in the event of device or link failures.

350-401 Question 9

Single answer

An enterprise is planning to upgrade their network design to support scalability, redundancy, and future cloud integration. They currently have a flat 2-tier architecture and want to ensure better segmentation and layer independence. Which network design would best suit their requirements?

  1. A

    Retain the 2-tier architecture and increase the number of switches at the access layer.

  2. B

    Adopt a 3-tier architecture with core, distribution, and access layers.

  3. C

    Implement a fabric-based architecture for better automation and scalability.

  4. D

    Migrate entirely to a cloud-based network design to eliminate on-premises infrastructure.

Show answer and explanation

Correct answer: B

Explanation

The 3-tier architecture is the best fit for the enterprise's requirements because it introduces a hierarchical structure that supports scalability, redundancy, and segmentation while maintaining a balance between complexity and functionality. The other options either fail to address the stated needs or go beyond the scope of the current requirements.

  • A. Incorrect.

    Retaining the 2-tier architecture does not address the need for better segmentation and scalability. Adding more access switches could increase complexity without solving the core issues.

  • B. Correct.

    A 3-tier architecture provides clear separation between core, distribution, and access layers, enhancing scalability, redundancy, and layer independence. It is a suitable choice for the stated requirements.

  • C. Incorrect.

    A fabric-based architecture is highly scalable and supports automation, but it may be overkill for the current requirements if the enterprise is not ready for a full transformation.

  • D. Incorrect.

    Migrating entirely to the cloud may not be feasible for an enterprise that still needs on-premises infrastructure, especially since the requirements do not specifically call for a cloud-only solution.

350-401 Question 10

Single answer

An enterprise is designing a high-level network architecture for a new campus environment. They need a scalable design that separates the core functions of routing and switching while providing simplified management and fault isolation. Which high-level enterprise network design model should they choose?

  1. A

    2-tier architecture

  2. B

    3-tier architecture

  3. C

    Fabric-based architecture

  4. D

    Cloud-based architecture

Show answer and explanation

Correct answer: B

Explanation

The 3-tier architecture is the best choice for large enterprise campus environments due to its division of core, distribution, and access layers. This separation facilitates better fault isolation, scalability, and simplified management, which are critical for enterprise-grade networks.

  • A. Incorrect.

    2-tier architecture is commonly used in smaller or medium-sized networks where scalability and separation of core functions are less critical. It merges distribution and core layers, which is not ideal for large environments requiring fault isolation and scalability.

  • B. Correct.

    3-tier architecture separates the core, distribution, and access layers, making it highly scalable and ideal for large enterprise environments. It enables better fault isolation and simplifies management in complex networks.

  • C. Incorrect.

    Fabric-based architecture is used for modern designs focusing on automation, virtualization, and programmability. While it offers advantages, it is not explicitly mentioned as the best fit for traditional campus environments in this scenario.

  • D. Incorrect.

    Cloud-based architecture is a design model that integrates private, public, or hybrid cloud resources. It is not the best solution for on-premises campus environments requiring traditional routing and switching separation.

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What the 350-401 exam covers

Official Implementing Cisco Enterprise Network Core Technologies exam domains and weightings.

  • Architecture

    15% of exam

  • Virtualization

    10% of exam

  • Infrastructure

    30% of exam

  • Network Assurance

    10% of exam

  • Security

    20% of exam

  • Automation

    15% of exam

All 631 350-401 practice questions

Every question has a page with the answer and explanation. Numbers are stable, so you can bookmark or share them.

  1. 1.An enterprise is designing a new campus network and wants to ensure scalability, high availability, and easy...
  2. 2.An enterprise network is undergoing a redesign to adopt a hierarchical campus architecture model. The network...
  3. 3.A company is redesigning its enterprise network to ensure better scalability and simplified management. Which...
  4. 4.A network engineer is designing an enterprise network for a branch office using a three-tier hierarchical...
  5. 5.An enterprise network is being designed to support high availability and scalability for its critical...
  6. 6.An enterprise network is being designed to ensure scalability, resiliency, and optimized performance across...
  7. 7.A company is redesigning its enterprise network to improve scalability, availability, and manageability....
  8. 8.An enterprise network is being designed to support high availability, scalability, and efficient traffic...
  9. 9.An enterprise is planning to upgrade their network design to support scalability, redundancy, and future...
  10. 10.An enterprise is designing a high-level network architecture for a new campus environment. They need a...
  11. 11.An organization is planning to deploy a new enterprise network to support high availability, scalability, and...
  12. 12.A large enterprise is experiencing scalability issues with its current network design. The network team has...
  13. 13.Your organization has deployed a redundant design using two core routers in a high-availability setup. To...
  14. 14.An enterprise network is configured with HSRP to provide high availability for a critical service. During a...
  15. 15.An enterprise network is using a pair of Cisco Catalyst switches configured in a high availability design....
  16. 16.A network engineer is tasked with ensuring high availability for a critical corporate network that uses...
  17. 17.A company is designing a wireless network for its new office building. The network must support high-density...
  18. 18.A network engineer is designing a wireless network for a large office building. The building includes open...
  19. 19.A company is designing a wireless network to support high-density usage in a university lecture hall. Which...
  20. 20.You are designing a wireless network for a corporate office with multiple floors. The office will support a...
  21. 21.An organization is deploying a wireless network in its main office and several remote branch locations. The...
  22. 22.An enterprise wants to deploy a wireless network across multiple branch offices. Each branch office requires...
  23. 23.A retail company with multiple stores across different regions wants to implement a wireless network...
  24. 24.An enterprise is planning a wireless deployment for a remote branch office with limited IT staff. The branch...
  25. 25.A retail company is designing a wireless LAN (WLAN) to enable location services for customer tracking and...
  26. 26.You are designing a WLAN for a large enterprise campus that requires high-accuracy location services to track...
  27. 27.An enterprise is designing a wireless LAN to support location-based services for asset tracking and user...
  28. 28.An enterprise is designing a wireless LAN to include real-time location services (RTLS) for asset tracking...
  29. 29.An enterprise is planning to deploy a wireless network in a high-density environment, such as a large...
  30. 30.An enterprise is designing a wireless network for a large auditorium that frequently hosts conferences with...
  31. 31.An enterprise network is preparing to deploy a new wireless network in a large office building. The building...
  32. 32.A network administrator is designing a wireless network for a university lecture hall that accommodates 300...
  33. 33.An organization is deploying Cisco SD-WAN to enhance its branch connectivity. The IT team wants to ensure...
  34. 34.An enterprise is implementing a Cisco SD-WAN solution to improve network performance and simplify WAN...
  35. 35.A network engineer is deploying a Cisco SD-WAN solution for a global enterprise. The engineer is tasked with...
  36. 36.An enterprise is deploying a Cisco SD-WAN solution to connect its branch offices to the data center and cloud...
  37. 37.A network administrator is deploying Cisco SD-WAN and needs to understand the roles of the control and data...
  38. 38.An organization has deployed Cisco SD-WAN in their network. During troubleshooting, the network administrator...
  39. 39.An enterprise is deploying Cisco SD-WAN and needs to ensure proper communication between the control and data...
  40. 40.An enterprise is deploying Cisco SD-WAN in its network. The network administrator wants to understand the...
  41. 41.A medium-sized enterprise wants to improve its network performance and gain better control over its WAN...
  42. 42.A company is planning to implement an SD-WAN solution to enhance its network performance and reduce costs....
  43. 43.A company is considering deploying an SD-WAN solution to improve their branch office connectivity and reduce...
  44. 44.An enterprise has recently migrated to an SD-WAN solution to enhance its network performance and reduce...
  45. 45.An organization is deploying Cisco SD-Access to simplify network operations and enhance security. The network...
  46. 46.An organization is deploying Cisco SD-Access to simplify network management and improve security. As part of...
  47. 47.A network administrator is deploying Cisco SD-Access in their enterprise network to simplify network...
  48. 48.A network administrator is deploying Cisco SD-Access in the enterprise network. The solution needs to...
  49. 49.An enterprise is deploying Cisco SD-Access to simplify network management and enhance security. During the...
  50. 50.You are designing a Cisco SD-Access network for a large enterprise. The customer has asked you to explain how...
  51. 51.An organization has deployed Cisco SD-Access to simplify network management and improve security. The network...
  52. 52.An enterprise network is deploying Cisco SD-Access and is configuring the control and data planes. The...
  53. 53.An enterprise network consists of a traditional campus network that needs to interoperate with a newly...
  54. 54.An enterprise network is undergoing a migration where its traditional campus network needs to interoperate...
  55. 55.An organization is transitioning from a traditional campus network to a hybrid network with SD-Access. They...
  56. 56.An organization is planning to integrate their traditional campus network with Cisco SD-Access. The...
  57. 57.A network engineer is troubleshooting a Quality of Service (QoS) issue on a wired network. The engineer runs...
  58. 58.A network administrator is troubleshooting a QoS implementation for a corporate network. The wired network...
  59. 59.A network engineer is reviewing the QoS configuration for a hybrid wired and wireless network. On the wired...
  60. 60.A network administrator is tasked with configuring Quality of Service (QoS) on a wired and wireless network...
  61. 61.A network engineer is implementing QoS for a critical VoIP application in the enterprise network. The goal is...
  62. 62.A network engineer is designing a QoS policy to ensure that VoIP traffic is prioritized over other types of...
  63. 63.A network administrator is tasked with configuring Quality of Service (QoS) on a Cisco router to prioritize...
  64. 64.A network administrator is implementing Quality of Service (QoS) on a WAN link with limited bandwidth. The...
  65. 65.A network administrator is tasked with implementing a QoS policy on a Cisco router to prioritize voice...
  66. 66.A network administrator is tasked with implementing a QoS policy to prioritize voice traffic over other types...
  67. 67.A network administrator is tasked with implementing a QoS policy to prioritize voice traffic over other types...
  68. 68.A network engineer is tasked with implementing a QoS policy to prioritize voice traffic over other types of...
  69. 69.A network engineer is troubleshooting a packet forwarding issue on a Cisco router. The engineer observes that...
  70. 70.A network engineer is troubleshooting an issue with packet forwarding in a Cisco enterprise network. The...
  71. 71.A network engineer is troubleshooting a routing and switching issue in a Cisco Enterprise network. The issue...
  72. 72.A network engineer notices sub-optimal routing and high CPU utilization on a router. Upon investigation, it...
  73. 73.A network engineer is tasked with deploying a virtualized network function (VNF) for a new branch office. The...
  74. 74.An organization is planning to deploy network functions virtualization (NFV) to reduce hardware dependency...
  75. 75.An organization is deploying a virtualized network infrastructure and wants to ensure scalability and...
  76. 76.A network engineer is tasked with deploying multiple virtualized network functions (VNFs) on a Cisco ENCS...
  77. 77.An enterprise network engineer is tasked with implementing a virtualization solution that allows the creation...
  78. 78.An organization is planning to implement device virtualization technologies to improve resource utilization...
  79. 79.A network engineer is tasked with deploying device virtualization technologies in a corporate environment to...
  80. 80.An enterprise is planning to implement device virtualization technologies to improve network flexibility and...
  81. 81.A network engineer is designing a virtualized environment for a new branch office. The engineer wants to...
  82. 82.A network administrator is deploying a virtualized environment for a new branch office. The administrator...
  83. 83.An enterprise network engineer is setting up a virtualization environment to host multiple virtual machines...
  84. 84.A network engineer is tasked with deploying a virtualized environment for a Cisco enterprise network. The...
  85. 85.An organization is deploying virtual machines (VMs) in their data center to host a critical application. As...
  86. 86.An organization is deploying Cisco DNA Center in their network environment using virtual machines. The...
  87. 87.A network administrator is tasked with deploying a new virtual machine (VM) in a Cisco environment to run a...
  88. 88.A network engineer is tasked with deploying a virtual machine (VM) to host a Cisco DNA Center application in...
  89. 89.A network engineer is configuring a Cisco virtual switching system (VSS) for redundancy and scalability in...
  90. 90.An enterprise network is running Cisco Nexus switches configured with Virtual Port Channels (vPC). The...
  91. 91.A network engineer is tasked with configuring a virtual switch on a Cisco Nexus 9000 series switch operating...
  92. 92.An enterprise network is using Cisco Nexus switches configured with virtual PortChannels (vPCs) for...
  93. 93.You are tasked with configuring a network using Virtual Routing and Forwarding (VRF) to segment traffic...
  94. 94.A network administrator is deploying VRF (Virtual Routing and Forwarding) instances on a Cisco router to...
  95. 95.You are tasked with deploying VRF (Virtual Routing and Forwarding) in a new multi-tenant network to isolate...
  96. 96.You are tasked with configuring data path virtualization for a multi-tenant environment in a data center. You...
  97. 97.A network administrator is tasked with configuring Virtual Routing and Forwarding (VRF) on a router to...
  98. 98.A network engineer is tasked with deploying Virtual Routing and Forwarding (VRF) on a Cisco router to segment...
  99. 99.A network engineer is configuring VRFs on a Cisco router to segment traffic for two different departments...
  100. 100.A network engineer is tasked with configuring Virtual Routing and Forwarding (VRF) on a Cisco router to...
  101. 101.An organization has set up a GRE tunnel between two branch offices to allow for the transmission of non-IP...
  102. 102.A network engineer is tasked with configuring secure communication between two branch offices over the...
  103. 103.Your organization needs to establish a secure site-to-site connection between two remote offices using GRE...
  104. 104.You are tasked with establishing a secure connection between two branch offices over the internet. The...
  105. 105.A network engineer is tasked with segmenting a single physical network into multiple virtual networks to...
  106. 106.An enterprise network architect is tasked with designing a scalable and isolated network environment to...
  107. 107.A network engineer is tasked with deploying a solution that allows multiple virtual networks to operate on...
  108. 108.A network engineer is tasked with implementing a virtualized network environment to allow multiple customers...
  109. 109.Your organization is deploying a Locator/ID Separation Protocol (LISP) architecture to improve scalability...
  110. 110.An enterprise is implementing LISP (Locator/ID Separation Protocol) in their network to improve scalability...
  111. 111.An enterprise network is deploying LISP to enable efficient communication between branches and datacenters....
  112. 112.An enterprise network is leveraging LISP (Locator/ID Separation Protocol) to optimize routing between its...
  113. 113.An enterprise network is expanding its data center infrastructure and decides to implement VXLAN to address...
  114. 114.An enterprise network engineer is deploying VXLAN in a data center to enable Layer 2 extension over a Layer 3...
  115. 115.An enterprise network engineer is implementing VXLAN to extend Layer 2 networks across data centers. They...
  116. 116.Your organization is deploying VXLAN in its data center to provide network scalability and support...
  117. 117.A network engineer is tasked with configuring a redundant Layer 2 topology between two data centers connected...
  118. 118.A network administrator is configuring a high-availability solution for a critical server farm. The...
  119. 119.An organization has deployed a multi-layer switching infrastructure using Cisco Catalyst switches. The...
  120. 120.A network administrator is tasked with deploying a new branch office and wants to ensure high availability...
  121. 121.An enterprise network administrator reports that a VLAN created on a switch is not propagating to other...
  122. 122.An enterprise network administrator is troubleshooting a Layer 2 issue where traffic is not being forwarded...
  123. 123.You are configuring a Layer 2 switch in your company's network. A colleague reports that traffic from certain...
  124. 124.A network engineer is troubleshooting a Layer 2 issue in a switched network. Hosts in VLAN 10 cannot...
  125. 125.An engineer is troubleshooting a connectivity issue between two Cisco switches connected via an 802.1Q trunk....
  126. 126.A network administrator is troubleshooting connectivity issues between two switches connected via an 802.1Q...
  127. 127.A network engineer is troubleshooting a connectivity issue between two switches connected via an 802.1Q trunk...
  128. 128.A network engineer is troubleshooting a connectivity issue between two switches, SW1 and SW2. Both switches...
  129. 129.A network engineer has configured an EtherChannel between two Cisco switches using LACP. After completing the...
  130. 130.You are troubleshooting an EtherChannel configuration between Switch A and Switch B. The EtherChannel is...
  131. 131.A network administrator is troubleshooting an EtherChannel issue between two switches. The EtherChannel is...
  132. 132.A network engineer is troubleshooting an EtherChannel issue between two switches. The EtherChannel is...
  133. 133.A network administrator is configuring Spanning Tree Protocol (STP) on a network to ensure loop prevention....
  134. 134.A network engineer is configuring Rapid Spanning Tree Protocol (RSTP) on a campus network. To enhance network...
  135. 135.You are configuring a campus network with Rapid Spanning Tree Protocol (RSTP) to ensure fast convergence...
  136. 136.A network administrator is tasked with configuring a switch to prevent a rogue device from becoming the root...
  137. 137.A network engineer is designing a routing solution for a branch office that needs to connect to multiple data...
  138. 138.A network engineer is configuring OSPF (Open Shortest Path First) on a new router in an enterprise network....
  139. 139.You are configuring a Layer 3 network for a branch office. The network requires inter-VLAN routing to allow...
  140. 140.A company is configuring inter-VLAN routing on a Layer 3 switch to allow communication between VLAN 10 and...
  141. 141.A network engineer is tasked with designing a network that includes both EIGRP and OSPF. The engineer needs...
  142. 142.A network administrator is tasked with designing a routing strategy for a large enterprise network. The...
  143. 143.A network administrator is tasked with designing a network that must support both fast convergence and...
  144. 144.A network engineer is designing a network that must support fast convergence, hierarchical segmentation, and...
  145. 145.You are tasked with configuring OSPFv2 in a network with multiple areas. The network includes a...
  146. 146.You are configuring OSPFv2 in a network with multiple normal areas. The network requires area summarization...
  147. 147.A network engineer is tasked with configuring OSPFv2 in a multi-area environment where Area 0 serves as the...
  148. 148.You are tasked with configuring an OSPF network in a multi-area environment. The network consists of Area 0...
  149. 149.An enterprise network engineer configures eBGP between two directly connected routers, R1 (AS 100) and R2 (AS...
  150. 150.You are configuring eBGP between two directly connected routers, R1 and R2, in different autonomous systems...
  151. 151.You are tasked with configuring eBGP between two directly connected routers, R1 and R2. Both routers have...
  152. 152.An enterprise network engineer is tasked with configuring eBGP between two directly connected routers, R1 and...
  153. 153.A network administrator is tasked with configuring policy-based routing (PBR) on a router to ensure that...
  154. 154.A network engineer is tasked with implementing policy-based routing (PBR) to ensure traffic from a specific...
  155. 155.A network engineer is tasked with implementing policy-based routing (PBR) on a router to ensure that specific...
  156. 156.A network engineer is tasked with implementing Policy-Based Routing (PBR) on a Cisco router to ensure that...
  157. 157.A network administrator is troubleshooting a wireless performance issue in a Cisco Enterprise network where...
  158. 158.A network administrator is tasked with designing a wireless network for a multi-story office building. The...
  159. 159.A network engineer is tasked with deploying a wireless network in a corporate environment that requires...
  160. 160.A network engineer is tasked with designing a wireless network for a corporate office. The network must...
  161. 161.You are troubleshooting a wireless network where users are reporting intermittent connectivity issues and...
  162. 162.A network engineer is troubleshooting a wireless connectivity issue in an office environment. Users are...
  163. 163.A network administrator is troubleshooting a wireless performance issue in a high-density office environment....
  164. 164.A network engineer is troubleshooting a wireless network where users are experiencing poor connectivity and...
  165. 165.A network engineer is deploying a wireless network in a large warehouse. The warehouse has high ceilings and...
  166. 166.An enterprise is deploying a Cisco wireless network to optimize coverage and minimize interference in a large...
  167. 167.A network engineer is deploying Cisco Access Points (APs) in a warehouse environment. The APs need to provide...
  168. 168.A network engineer is deploying a Cisco wireless network in a warehouse with high ceilings and large metal...
  169. 169.An enterprise network is deploying new access points (APs) which need to discover and join a Wireless LAN...
  170. 170.A network engineer has deployed a new lightweight access point (AP) in a branch office. The AP needs to...
  171. 171.An IT administrator is deploying new access points (APs) in an enterprise network. The APs must discover and...
  172. 172.A network engineer is deploying a new Cisco wireless network with multiple access points (APs) and wireless...
  173. 173.A large enterprise network has deployed multiple wireless LAN controllers (WLCs) in different locations....
  174. 174.An organization has deployed a wireless network across two buildings using a single SSID. Employees...
  175. 175.An enterprise network has deployed a wireless infrastructure across multiple buildings. Users frequently move...
  176. 176.A large enterprise has implemented a wireless network spanning multiple buildings on its campus. The network...
  177. 177.A network administrator is troubleshooting a wireless client connectivity issue. The client cannot connect to...
  178. 178.You are troubleshooting a wireless connectivity issue in a small office where multiple users are unable to...
  179. 179.A network administrator is troubleshooting a wireless client connectivity issue using the Cisco Wireless LAN...
  180. 180.You are an administrator troubleshooting a wireless client connectivity issue in a corporate WLAN. A user...
  181. 181.A network engineer is deploying a Cisco wireless infrastructure for a large enterprise. The engineer wants to...
  182. 182.A network administrator is designing a wireless network for a large enterprise environment. They want to...
  183. 183.A network administrator is configuring wireless segmentation in a Cisco environment to ensure proper...
  184. 184.A network administrator is configuring a Cisco wireless network to ensure proper segmentation for different...
  185. 185.A network administrator is configuring an enterprise network to ensure that specific traffic is directed to...
  186. 186.A network engineer is tasked with configuring DHCP services on a Cisco router to provide IP addresses to...
  187. 187.An enterprise network is experiencing issues with clients failing to access web applications hosted on a...
  188. 188.A network engineer is tasked with configuring DHCP services on a Cisco router to dynamically assign IP...
  189. 189.A network engineer has configured multiple switches in a network to use NTP for time synchronization....
  190. 190.A network engineer is troubleshooting an issue with time synchronization in a Cisco enterprise network. The...
  191. 191.A network engineer is troubleshooting time synchronization issues in a network using NTP. The following...
  192. 192.A network engineer is troubleshooting an issue where devices on a network are experiencing time...
  193. 193.A network engineer is tasked with configuring Port Address Translation (PAT) on a Cisco router to allow...
  194. 194.A network engineer is tasked with configuring NAT Overload (PAT) on a Cisco router to allow multiple internal...
  195. 195.A network engineer is tasked with configuring NAT on a Cisco router to allow internal hosts to access the...
  196. 196.You are configuring PAT (Port Address Translation) on a Cisco router to allow multiple internal devices to...
  197. 197.You are configuring a network with two routers that need to provide gateway redundancy for a subnet. You...
  198. 198.You are tasked with configuring a highly available gateway for a set of VLANs in your enterprise network. You...
  199. 199.An enterprise network has two routers configured as part of a redundancy group using HSRP. The network...
  200. 200.An enterprise network is deploying a first-hop redundancy protocol (FHRP) to ensure high availability for its...
  201. 201.A network engineer is configuring multicast routing in a network. They observe that multicast traffic is not...
  202. 202.A network engineer is implementing multicast routing in an enterprise network that uses Protocol Independent...
  203. 203.A network engineer is troubleshooting a multicast routing issue in a campus network running PIM-SM (Protocol...
  204. 204.A network engineer has configured multicast routing on a network using PIM-SM (Protocol Independent Multicast...
  205. 205.A network administrator is using Cisco DNA Center to monitor their enterprise network. The administrator...
  206. 206.A network engineer is using Cisco DNA Center to monitor a corporate network. They notice that certain...
  207. 207.An enterprise network engineer is using Cisco DNA Center to troubleshoot a client connectivity issue. The...
  208. 208.A network engineer is troubleshooting an application performance issue in a Cisco DNA Center-enabled network....
  209. 209.A network engineer is troubleshooting a connectivity issue between two routers in an enterprise network. The...
  210. 210.A network administrator is troubleshooting a connectivity issue between two routers on different subnets. The...
  211. 211.A network administrator is troubleshooting a connectivity issue between two routers, R1 and R2, in a large...
  212. 212.A network administrator is troubleshooting a connectivity issue where a specific user cannot access a web...
  213. 213.You are tasked to configure Flexible NetFlow (FNF) on a Cisco router to monitor specific traffic patterns in...
  214. 214.An enterprise network engineer is tasked with configuring Flexible NetFlow on a Cisco router to monitor...
  215. 215.You are tasked with configuring Flexible NetFlow on a Cisco router to monitor network traffic. The...
  216. 216.You are tasked with monitoring traffic patterns on a network by using Cisco Flexible NetFlow. You want to...
  217. 217.A network administrator is tasked with configuring a switch to monitor traffic from multiple VLANs and send...
  218. 218.A network engineer needs to monitor traffic on a specific VLAN across multiple switches in a network. The...
  219. 219.You are tasked with monitoring traffic from multiple interfaces on a switch and sending the mirrored traffic...
  220. 220.A network administrator wants to monitor traffic from specific VLANs on multiple switches in a network and...
  221. 221.A network engineer is tasked with monitoring the performance of a critical WAN link between two branch...
  222. 222.An enterprise network administrator is tasked with monitoring the response time of a critical application...
  223. 223.An enterprise network engineer is tasked with monitoring network performance between two routers using IPSLA....
  224. 224.A network engineer is tasked with ensuring reliable connectivity between two branch locations. They decide to...
  225. 225.A network administrator is tasked with configuring a new VLAN across multiple network devices using Cisco DNA...
  226. 226.An organization is using Cisco DNA Center to manage their network. The network administrator needs to deploy...
  227. 227.An organization is using Cisco DNA Center to manage its network. The IT administrator needs to deploy a new...
  228. 228.You are configuring a Cisco router to interact with a network management system (NMS) that uses RESTCONF to...
  229. 229.You are tasked with configuring RESTCONF on a Cisco IOS XE device to enable network programmability. After...
  230. 230.A network engineer is tasked with configuring RESTCONF on a Cisco IOS XE device to enable programmatic access...
  231. 231.You are tasked with configuring a Cisco device to use RESTCONF for network automation. You have already...
  232. 232.A network administrator is tasked with securing a branch office connected to the corporate network over a...
  233. 233.A network administrator is tasked with securing the enterprise network by implementing a solution that...
  234. 234.A network administrator is tasked with implementing secure access to network devices across an enterprise...
  235. 235.You are tasked with securing a branch office network that uses Cisco devices. The organization requires...
  236. 236.An administrator is configuring device access control on a Cisco router to ensure secure remote management....
  237. 237.A network administrator wants to restrict access to a Cisco device such that only users from a specific...
  238. 238.A network administrator is tasked with securing access to a Cisco router. The administrator wants to ensure...
  239. 239.A network administrator needs to restrict access to a Cisco router to certain administrative users. The...
  240. 240.An administrator is configuring a Cisco router to allow local user authentication for remote management using...
  241. 241.A network administrator is configuring a Cisco router's line console for local user authentication. The...
  242. 242.You are configuring a Cisco router to allow administrative access using local user authentication. The goal...
  243. 243.A network administrator is configuring a Cisco router for local user authentication on the console line. They...
  244. 244.A network administrator has configured AAA on a Cisco router to authenticate users accessing the network...
  245. 245.A network engineer is configuring AAA authentication and authorization on a Cisco router to ensure secure...
  246. 246.A network engineer is configuring centralized authentication and authorization for a group of network devices...
  247. 247.An enterprise network administrator is configuring a Cisco network device to use a centralized authentication...
  248. 248.A network administrator is tasked with securing access to network devices in an enterprise environment. They...
  249. 249.You are tasked with securing a Layer 2 network that is vulnerable to attacks such as MAC address spoofing and...
  250. 250.An enterprise network administrator is tasked with securing the network infrastructure. The administrator...
  251. 251.An enterprise network administrator is tasked with securing the infrastructure by limiting the risk of...
  252. 252.A network administrator is tasked with configuring an ACL to allow only HTTP traffic from the 192.168.10.0/24...
  253. 253.A network administrator is tasked with securing a network by creating an Access Control List (ACL) to prevent...
  254. 254.A network administrator is tasked with implementing an ACL on a router to allow HTTP and HTTPS traffic from a...
  255. 255.A network administrator observes that excessive ARP requests and ICMP traffic directed at the control plane...
  256. 256.An enterprise network administrator has noticed high CPU utilization on a Cisco router due to excessive...
  257. 257.An organization has been experiencing intermittent network outages due to high CPU utilization on their edge...
  258. 258.A network administrator notices excessive CPU utilization on a Cisco router due to a high volume of malicious...
  259. 259.An enterprise network engineer is tasked with designing a secure REST API implementation for a network...
  260. 260.A network administrator is designing a REST API-based solution to manage network devices. They are concerned...
  261. 261.An organization is designing a REST API to manage network devices. To ensure secure communication and...
  262. 262.A network engineer is implementing a REST API solution for a Cisco network device. To ensure secure...
  263. 263.A network administrator is tasked with securing the wireless network in a corporate environment. The company...
  264. 264.A company is deploying a new wireless network and wants to ensure that only authorized devices can connect to...
  265. 265.Your organization is deploying a new wireless network, and you are tasked with ensuring that it is secured...
  266. 266.A network administrator is tasked with securing a wireless network in a corporate environment. The security...
  267. 267.A network administrator is configuring 802.1X authentication on a Cisco switch to secure access to the...
  268. 268.A network administrator is configuring 802.1X authentication on a Cisco switch to secure access to the...
  269. 269.A network engineer is configuring 802.1X authentication on a corporate network. The engineer needs to ensure...
  270. 270.A network engineer is configuring 802.1X on a Cisco switch to secure port access. The engineer notices that...
  271. 271.A network engineer is configuring WebAuth on a Cisco Wireless LAN Controller (WLC) to provide guest access....
  272. 272.An enterprise network administrator has configured WebAuth for guest users on a WLAN. However, users are...
  273. 273.A network engineer is implementing WebAuth on a Cisco Wireless LAN Controller (WLC) to provide guest access....
  274. 274.A network administrator is configuring WebAuth on a Cisco wireless LAN controller (WLC) to allow guest users...
  275. 275.A network administrator is configuring a wireless network for a branch office. The administrator decides to...
  276. 276.A network engineer is configuring a wireless network for a small branch office. The network must use a...
  277. 277.A network engineer is configuring a wireless network for a small office. The engineer decides to use a...
  278. 278.A network engineer is tasked with configuring a wireless network for a remote branch office. The branch...
  279. 279.A network administrator is troubleshooting a wireless network where clients are unable to connect to a...
  280. 280.An enterprise network uses WPA3-Enterprise for wireless authentication. During a packet capture, you observe...
  281. 281.A network administrator is troubleshooting a wireless connectivity issue between a client device and a...
  282. 282.A network engineer is troubleshooting a WPA2-Enterprise wireless network where some clients are failing to...
  283. 283.An organization is designing a new network security solution for its enterprise network. The design must...
  284. 284.A company is designing a secure enterprise network for its headquarters. The IT team wants to ensure that...
  285. 285.An enterprise network is undergoing a security redesign to better protect against external threats and ensure...
  286. 286.A company is designing its enterprise network security architecture. The requirements include segmenting the...
  287. 287.Your organization has deployed Cisco Firepower Threat Defense (FTD) to enhance network security. During an...
  288. 288.A network administrator is tasked with implementing threat defense mechanisms to protect an enterprise...
  289. 289.An enterprise network administrator is tasked with implementing threat defense mechanisms on the company’s...
  290. 290.A network administrator has deployed Cisco Firepower Threat Defense (FTD) to protect their enterprise...
  291. 291.An organization is deploying endpoint security measures to protect its enterprise network. Which of the...
  292. 292.An organization is deploying endpoint security to protect its devices, including laptops and mobile phones,...
  293. 293.An organization has deployed Cisco Identity Services Engine (ISE) to enforce endpoint security policies. The...
  294. 294.A network administrator is tasked with implementing endpoint security to reduce the risk of malware and...
  295. 295.A network administrator has deployed a Next-Generation Firewall (NGFW) to secure their enterprise network....
  296. 296.An enterprise network administrator is configuring a next-generation firewall (NGFW) to secure the network...
  297. 297.A network administrator is deploying a next-generation firewall (NGFW) in a corporate environment to improve...
  298. 298.An organization has implemented a next-generation firewall (NGFW) to enhance its network security. The...
  299. 299.A network engineer is tasked with implementing a secure communication strategy for a Cisco campus network....
  300. 300.A network administrator is tasked with implementing enhanced security for sensitive traffic between switches...
  301. 301.An enterprise network is deploying Cisco TrustSec to ensure secure communication between devices across their...
  302. 302.An enterprise network administrator is tasked with ensuring data integrity and confidentiality between...
  303. 303.An enterprise network is implementing network access control on its wired switches. The goal is to ensure...
  304. 304.A network administrator is configuring access control on a switch for a corporate office. The goal is to...
  305. 305.A network administrator is configuring network access control on a Cisco switch to provide secure...
  306. 306.A company is configuring network access control to secure its wired and wireless network. They want to use...
  307. 307.A network engineer is tasked with automating device configuration updates across an enterprise network. The...
  308. 308.A network engineer has been tasked with automating the configuration of multiple VLANs across a large...
  309. 309.A network engineer is tasked with automating the configuration of multiple Cisco devices in the enterprise...
  310. 310.You are tasked with creating a Python script that interacts with a network device using a REST API. The...
  311. 311.A network engineer has written the following Python script to retrieve the hostname of a Cisco device via...
  312. 312.A network engineer is tasked with automating the retrieval of interface status from a Cisco switch using a...
  313. 313.A network engineer is tasked with writing a Python script to automate the retrieval of interface status from...
  314. 314.You are configuring a network automation script, and the script requires a valid JSON-encoded file to define...
  315. 315.You are tasked with creating a JSON-encoded configuration file to define a VLAN and its properties for a...
  316. 316.You are tasked with creating a JSON configuration file for a network automation tool. The file needs to...
  317. 317.You are tasked with creating a JSON-encoded file that will be used to configure a network device. The file...
  318. 318.A network engineer is tasked with configuring a network automation solution for a multi-vendor environment....
  319. 319.An enterprise network engineer is tasked with implementing a network automation solution. The engineer...
  320. 320.A network engineer is tasked with implementing a network automation solution to simplify device...
  321. 321.A network engineer is tasked with automating the configuration of multiple network devices in a way that...
  322. 322.An enterprise network engineer is tasked with automating the deployment of new branch sites using Cisco...
  323. 323.A network engineer wants to automate the provisioning of devices and monitor network health using Cisco DNA...
  324. 324.An organization is using Cisco DNA Center to automate their network operations and wants to integrate a...
  325. 325.A network administrator wants to automate the deployment of new policies across the network using Cisco DNA...
  326. 326.You are using Cisco DNA Center's REST API to retrieve a list of network devices in your organization. The API...
  327. 327.You are using Cisco DNA Center's REST API to retrieve network device information. Upon making a GET request...
  328. 328.You are using the Cisco DNA Center REST API to retrieve information about network devices. When you send a...
  329. 329.A network engineer is using Cisco DNA Center's REST API to retrieve device information. The API request...
  330. 330.A network engineer needs to automate the collection of interface error statistics on a Cisco router every...
  331. 331.A network engineer is tasked with automating the process of collecting interface status data on a Cisco...
  332. 332.You are tasked with automating the collection of interface status on a Cisco router every time an interface...
  333. 333.A network administrator wants to automate the collection of interface error statistics on a Cisco router...
  334. 334.An enterprise network engineer is tasked with automating configuration management across a large-scale...
  335. 335.A network engineer is tasked with automating the configuration of multiple network devices in a large...
  336. 336.You are tasked with deploying configuration management for a new network infrastructure. Your team requires a...
  337. 337.A network engineer is tasked with automating the configuration of hundreds of Cisco devices in a data center....
  338. 338.
  339. 339.An enterprise network engineer is configuring OSPF in a multi-area environment. The network consists of...
  340. 340.A network engineer is configuring OSPF between two routers, R1 and R2, in the same area (Area 0). After...
  341. 341.You are configuring OSPF on a network with multiple routers. Router R1 has two interfaces: GigabitEthernet0/0...
  342. 342.An enterprise network is running OSPF as its routing protocol. The network administrator notices that a...
  343. 343.A network administrator is tasked with implementing a new routing protocol in a multi-vendor environment. The...
  344. 344.A network engineer notices that a router is preferring routes from OSPF over EIGRP, even though EIGRP should...
  345. 345.A network engineer is troubleshooting a route selection issue in a multi-protocol environment. OSPF, EIGRP,...
  346. 346.A network engineer is troubleshooting a routing issue in a multi-protocol environment. The network consists...
  347. 347.A network engineer observes that a router is selecting OSPF routes over EIGRP routes in the routing table,...
  348. 348.A network engineer has configured a router that is connected to two upstream routers. OSPF is running on one...
  349. 349.A network engineer has configured a route map to filter specific routes advertised from one OSPF area to...
  350. 350.A network engineer has configured a route map to filter prefixes being redistributed from OSPF into BGP....
  351. 351.A network engineer is troubleshooting a route-map applied to a BGP neighbor in an enterprise network. The...
  352. 352.A network engineer configured a route map named 'TAGGING' to tag specific routes before redistributing them...
  353. 353.A network engineer is troubleshooting a route map applied to an OSPF process to filter specific routes. The...
  354. 354.A network engineer is troubleshooting routing issues in an OSPF-based network. Upon inspection, it is...
  355. 355.A network engineer is troubleshooting a routing issue in a multi-vendor network. They observe that a route is...
  356. 356.A network engineer is troubleshooting a routing loop issue in a small enterprise network. The network uses...
  357. 357.A network engineer is troubleshooting a routing issue in their OSPF network. A specific route is not being...
  358. 358.You have a network where OSPF and EIGRP are running on different parts of the network. Redistribution between...
  359. 359.A network engineer has configured route redistribution between OSPF and BGP on a Cisco router. However, the...
  360. 360.A network engineer is troubleshooting route redistribution between OSPF and EIGRP on a dual-protocol network....
  361. 361.A network engineer is troubleshooting an issue where OSPF routes are not being redistributed into the EIGRP...
  362. 362.A network engineer is troubleshooting a redistribution issue between OSPF and EIGRP. The OSPF routes are not...
  363. 363.A network engineer is troubleshooting a routing issue in an OSPF environment. The engineer notices that...
  364. 364.A network engineer has configured manual summarization on Router A for EIGRP. However, some routes in the...
  365. 365.A network engineer has configured EIGRP on multiple routers in an enterprise network. The engineer notices...
  366. 366.A network administrator is troubleshooting a routing issue in a network using EIGRP. The administrator...
  367. 367.A network administrator is troubleshooting an OSPF network where manual summarization was configured on an...
  368. 368.A network engineer is tasked with configuring policy-based routing (PBR) on a Cisco router to force traffic...
  369. 369.A network administrator needs to implement policy-based routing (PBR) on a router to ensure that all HTTP...
  370. 370.A network engineer is tasked with configuring policy-based routing (PBR) on a Cisco router. The goal is to...
  371. 371.A network engineer is tasked with configuring policy-based routing (PBR) to direct traffic from a specific...
  372. 372.A network engineer is tasked with implementing Policy-Based Routing (PBR) on a Cisco router to ensure that...
  373. 373.A network engineer is tasked with segmenting a network into multiple virtual routing domains using VRF-Lite....
  374. 374.You are tasked with configuring VRF-Lite on a Cisco router to segment traffic between two departments: HR and...
  375. 375.You are tasked with segmenting traffic for two different departments, HR and Finance, on a single router...
  376. 376.An enterprise network engineer is tasked with segmenting traffic for different departments using VRF-Lite....
  377. 377.An enterprise network administrator has configured VRF-Lite on a router to separate traffic for two different...
  378. 378.An enterprise network engineer is configuring Bidirectional Forwarding Detection (BFD) to monitor the...
  379. 379.A network engineer has configured Bidirectional Forwarding Detection (BFD) on an OSPF-enabled router to...
  380. 380.A network engineer is tasked with implementing Bidirectional Forwarding Detection (BFD) to improve failure...
  381. 381.An enterprise network administrator is troubleshooting a routing issue between two devices connected over a...
  382. 382.An enterprise network is using Bidirectional Forwarding Detection (BFD) to monitor the health of a critical...
  383. 383.A network engineer is troubleshooting EIGRP in a multi-VRF environment on a router configured with EIGRP...
  384. 384.A network engineer is troubleshooting an EIGRP (classic mode) routing issue. OSPF and EIGRP are running on...
  385. 385.A network engineer is troubleshooting an EIGRP issue in a multi-VRF environment. The EIGRP process in the VRF...
  386. 386.A network engineer is troubleshooting an EIGRP issue where an EIGRP neighbor relationship between two routers...
  387. 387.A network engineer is troubleshooting an EIGRP issue between two routers, R1 and R2, which are directly...
  388. 388.A network engineer is configuring a BGP session between two routers to exchange both IPv4 and IPv6 routes....
  389. 389.You are configuring a network that uses both IPv4 and IPv6 address families. To optimize routing exchange...
  390. 390.A network engineer is configuring a BGP session between two routers to exchange both IPv4 and IPv6 routes....
  391. 391.A network engineer is configuring BGP on a router to support both IPv4 and IPv6 address families. Which...
  392. 392.A network engineer is configuring MP-BGP to support both IPv4 and IPv6 address families on a router. After...
  393. 393.You are configuring OSPF between two routers in your network. Despite matching configurations, the OSPF...
  394. 394.A network engineer is configuring OSPF between two routers, R1 and R2. Both routers are directly connected,...
  395. 395.A network administrator is configuring OSPF between two routers, R1 and R2. Despite having matching OSPF...
  396. 396.A network engineer is configuring OSPF authentication between two routers, RouterA and RouterB. After...
  397. 397.You are configuring OSPF between two routers, R1 and R2, in Area 0. Despite ensuring that both routers use...
  398. 398.A network engineer is configuring EIGRP in a network and needs to ensure that a backup route is available in...
  399. 399.A network engineer is troubleshooting an EIGRP network. A route to the 192.168.10.0/24 network is not being...
  400. 400.A network engineer is troubleshooting an EIGRP-enabled network. Router R1 has multiple paths to reach a...
  401. 401.A network engineer is troubleshooting EIGRP routing in a network and notices that a specific route is not...
  402. 402.A network engineer is troubleshooting EIGRP routing in a network. Router R1 is unable to reach a specific...
  403. 403.A network administrator is configuring OSPF for a remote branch office with limited connectivity. The branch...
  404. 404.A network engineer is designing an OSPF network for a small branch office that primarily sends traffic to a...
  405. 405.A network administrator has configured an OSPF stub area on a branch site to reduce the size of the OSPF...
  406. 406.An enterprise network is configured with OSPF, and one of the branch offices has limited connectivity...
  407. 407.A network engineer is designing an OSPF network for a small branch office. The office network has a single...
  408. 408.A network engineer is configuring load balancing over two WAN links between Site A and Site B. The primary...
  409. 409.A network engineer has configured EIGRP on a router with multiple paths to the same destination. The paths...
  410. 410.A network engineer is configuring EIGRP on a router and wants to enable load balancing across multiple paths...
  411. 411.A network engineer has configured EIGRP on a router with the variance command to enable unequal-cost load...
  412. 412.A network engineer is configuring a branch router with two WAN links to the headquarters. Link1 has a...
  413. 413.A network engineer is configuring a routing protocol on a Cisco router in a multi-vendor environment. The...
  414. 414.An enterprise network uses OSPF as its IGP. The network administrator notices suboptimal routing due to OSPF...
  415. 415.A network engineer is configuring EIGRP on a dual-homed topology where one link has a bandwidth of 100 Mbps...
  416. 416.A network engineer is configuring Enhanced Interior Gateway Routing Protocol (EIGRP) on a network and needs...
  417. 417.A network engineer is troubleshooting routing issues in an OSPF-enabled network. The engineer notices that a...
  418. 418.A network engineer is troubleshooting an OSPFv2 adjacency issue between two routers, R1 and R2. The routers...
  419. 419.A network engineer is troubleshooting an OSPFv2 adjacency issue between two routers, R1 and R2. Both routers...
  420. 420.A network administrator is troubleshooting an OSPFv2 issue where two routers, R1 and R2, are not forming a...
  421. 421.You are troubleshooting an OSPFv2 adjacency issue between Router A and Router B. Both routers are in the same...
  422. 422.A network engineer is troubleshooting an OSPFv2 routing issue between RouterA and RouterB. OSPF is configured...
  423. 423.A network engineer is configuring a BGP session between two routers to support both IPv4 and IPv6 address...
  424. 424.You are configuring a router with BGP to support both IPv4 and IPv6 address families. Which of the following...
  425. 425.A network engineer is tasked with configuring BGP on a router to support both IPv4 and IPv6 address families....
  426. 426.A network engineer is configuring BGP on a dual-stack router to support both IPv4 and IPv6 address families....
  427. 427.A network engineer is configuring BGP on a router to support both IPv4 and IPv6 address families. Which...
  428. 428.A network engineer is configuring OSPF between two routers. The OSPF neighbor relationship is not forming,...
  429. 429.A network administrator is configuring an OSPF neighbor relationship between two routers, R1 and R2, over a...
  430. 430.A network engineer is configuring OSPF authentication between two routers (RouterA and RouterB) to ensure...
  431. 431.An enterprise network engineer is configuring OSPF between two routers (R1 and R2). The OSPF adjacency fails...
  432. 432.A network administrator is configuring OSPFv2 between two routers, R1 and R2. The routers are directly...
  433. 433.An organization is designing its OSPF network and has the following requirements: - Minimize the size of the...
  434. 434.You are configuring OSPF in a large enterprise network. The network includes an area with devices that have...
  435. 435.A network engineer is configuring OSPF in a multi-area environment. Area 0 is the backbone area, and Area 1...
  436. 436.You are configuring an OSPF network for a large enterprise. Certain areas need to minimize routing table...
  437. 437.You are configuring OSPF on a multi-area network. The network consists of the following components: a...
  438. 438.A network engineer is configuring OSPF over a Frame Relay network. The network includes one central router...
  439. 439.A network engineer is configuring an OSPF network for a company. The network consists of multiple routers...
  440. 440.A network engineer is configuring OSPF in a network with multiple Frame Relay links. Some links are...
  441. 441.A network engineer is configuring OSPF over a Frame Relay network. The network consists of one hub router and...
  442. 442.A network engineer is configuring OSPF on a network that includes both point-to-point and nonbroadcast...
  443. 443.A company is designing its OSPF network topology to optimize performance and minimize routing overhead. The...
  444. 444.You are designing an OSPF network for a large enterprise. The network includes multiple branch offices...
  445. 445.A network engineer is configuring OSPF in an enterprise environment. The engineer needs to design an OSPF...
  446. 446.A network engineer is designing an OSPF network for an organization. The network includes multiple areas, and...
  447. 447.An enterprise network is implementing OSPF in a multi-area design. The network administrator wants to ensure...
  448. 448.An enterprise network is running OSPF as its routing protocol. One of the routers in the network is connected...
  449. 449.In an OSPF network, you are tasked with understanding the roles of different router types. A router in Area 0...
  450. 450.A network engineer is designing an OSPF network for an organization with multiple areas. The topology...
  451. 451.In an OSPF deployment within a multi-area network, which router type is responsible for disseminating...
  452. 452.In an OSPF network, a topology consists of multiple areas connected to the backbone area (Area 0). One of the...
  453. 453.An OSPF network consists of Area 0 (backbone area) and Area 1, which is not directly connected to Area 0. You...
  454. 454.A network engineer is troubleshooting OSPF connectivity between two areas in their network. The network...
  455. 455.An enterprise network is running OSPF as its routing protocol. A network administrator notices that Area 1...
  456. 456.An OSPF network has been partially configured with two discontiguous areas: Area 0 and Area 1. You notice...
  457. 457.An enterprise network has an OSPF backbone area (Area 0) and a non-backbone area (Area 1). Due to network...
  458. 458.A network engineer is troubleshooting routing issues on a network that runs both OSPF and BGP. The engineer...
  459. 459.A network engineer is configuring a Cisco router to influence outbound traffic and ensure traffic destined...
  460. 460.A network engineer is tasked with configuring path preference for a branch office router that uses both BGP...
  461. 461.A network engineer is tasked with configuring path selection for a network that uses both OSPF and BGP. The...
  462. 462.A network engineer is configuring a multi-homed BGP environment for an enterprise network connected to two...
  463. 463.A network engineer is troubleshooting an issue where an eBGP session between Router A and Router B is not...
  464. 464.An enterprise network is running BGP with an external service provider. The network engineer notices that a...
  465. 465.You are troubleshooting a BGP issue in a network where a router configured for VRF-Lite is not advertising...
  466. 466.A network engineer is troubleshooting a BGP connectivity issue between two routers in separate autonomous...
  467. 467.A network engineer is troubleshooting a BGP issue in a topology where internal BGP (iBGP) peers are...
  468. 468.A network engineer is configuring BGP for a dual-stack environment where both IPv4 and IPv6 address families...
  469. 469.A network engineer is configuring BGP on a dual-stack router to support both IPv4 and IPv6 address families....
  470. 470.A network administrator is configuring a BGP session between two routers in different autonomous systems. The...
  471. 471.A network engineer is configuring a BGP neighbor to exchange routes for both IPv4 and IPv6 address families....
  472. 472.You are configuring a BGP session between two routers in an enterprise network. The routers are required to...
  473. 473.A network engineer is troubleshooting a BGP neighbor relationship between two routers, R1 and R2. The...
  474. 474.A network engineer is configuring BGP between two routers in different autonomous systems. The routers are...
  475. 475.A network engineer is configuring a BGP neighbor relationship between two routers in different autonomous...
  476. 476.A network engineer is troubleshooting a BGP neighbor relationship issue between two routers, R1 and R2. The...
  477. 477.A network engineer is configuring a BGP session between two routers that are not directly connected. The...
  478. 478.A network engineer is troubleshooting a BGP routing issue in which a specific prefix is not being selected as...
  479. 479.You are troubleshooting connectivity issues in a multi-path BGP environment. One of your routers, R1, is...
  480. 480.A network engineer is troubleshooting a BGP deployment in which some prefixes are not following the expected...
  481. 481.A network engineer is troubleshooting an issue where traffic destined for a remote network is not following...
  482. 482.An enterprise network uses BGP for interconnecting with multiple ISPs. The network administrator notices that...
  483. 483.You are configuring a BGP Route Reflector (RR) in your network to simplify the BGP full-mesh requirement. The...
  484. 484.In a BGP deployment, a route reflector is implemented to simplify the iBGP topology in a large network. Which...
  485. 485.In a BGP network, a route reflector is configured to reduce the number of iBGP peerings. When a route...
  486. 486.A company is deploying a BGP route reflector in its network to reduce the number of BGP peer connections...
  487. 487.A network engineer is configuring a BGP route reflector to simplify the topology and reduce the number of...
  488. 488.An enterprise network is experiencing suboptimal routing due to multiple paths being available between two...
  489. 489.A network engineer is tasked with configuring an enterprise network to ensure that specific traffic from a...
  490. 490.A network engineer is tasked with configuring BGP on a router to influence inbound traffic from external...
  491. 491.A network engineer has implemented BGP on a router to connect to multiple ISPs for redundancy. To influence...
  492. 492.You are tasked with influencing the outbound routing behavior of your network by ensuring traffic destined...
  493. 493.An enterprise network is using MPLS Layer 3 VPNs to connect multiple branch offices. The network team needs...
  494. 494.An enterprise network is implementing a site-to-site VPN solution between its headquarters and a remote...
  495. 495.A company has deployed a DMVPN solution to interconnect its branch offices to the headquarters over the...
  496. 496.A company is implementing a DMVPN solution to connect multiple branch offices to the headquarters. They want...
  497. 497.A network engineer is configuring MPLS in a service provider network. They want to ensure that routers can...
  498. 498.A network engineer is troubleshooting an MPLS network where traffic is not being forwarded correctly between...
  499. 499.A network engineer is configuring MPLS in a service provider network. The network consists of Label Switch...
  500. 500.A network engineer is configuring MPLS in their network. The engineer observes that Label Switched Paths...
  501. 501.A network engineer is troubleshooting an MPLS network where traffic is not being properly forwarded between...
  502. 502.A service provider is implementing an MPLS Layer 3 VPN for a customer with multiple sites. The customer...
  503. 503.A service provider is deploying an MPLS Layer 3 VPN to provide secure connectivity between multiple customer...
  504. 504.An enterprise customer has multiple branch offices connected via a service provider MPLS Layer 3 VPN. The...
  505. 505.A service provider is implementing MPLS Layer 3 VPN to provide connectivity between two customer sites. The...
  506. 506.A service provider is tasked with deploying an MPLS Layer 3 VPN to interconnect multiple customer sites. The...
  507. 507.You are tasked with configuring a single-hub DMVPN topology for a company with multiple branch offices. The...
  508. 508.An enterprise is deploying a single-hub DMVPN configuration. The hub router is configured with the...
  509. 509.An enterprise is configuring a DMVPN single-hub topology to connect its branch offices. The hub router is...
  510. 510.An organization is deploying a DMVPN solution with a single hub. The hub router is configured with a static...
  511. 511.A network engineer is tasked with configuring a DMVPN (Dynamic Multipoint Virtual Private Network) using a...
  512. 512.A network engineer is tasked with deploying a secure, scalable GRE-based solution to interconnect multiple...
  513. 513.An enterprise network requires a secure and scalable solution to connect multiple branch offices over the...
  514. 514.An enterprise network engineer is tasked with deploying a point-to-multipoint VPN solution using GRE tunnels....
  515. 515.A network engineer is configuring a GRE tunnel between two branch offices. However, during testing, the...
  516. 516.An organization is implementing a multipoint GRE (mGRE) tunnel on a hub-and-spoke topology to enable dynamic...
  517. 517.In a DMVPN Phase 2 network, you are configuring NHRP on a spoke router. The spoke router is not able to...
  518. 518.A network engineer is deploying a DMVPN Phase 2 topology and needs to ensure that spoke-to-spoke...
  519. 519.You are configuring a DMVPN Phase 2 deployment using NHRP. After the initial setup, you notice that...
  520. 520.An enterprise network is deploying DMVPN with NHRP to support dynamic spoke-to-spoke communication. The...
  521. 521.Your organization is implementing a DMVPN (Dynamic Multipoint VPN) solution for secure communication between...
  522. 522.A network administrator is tasked with configuring a site-to-site IPsec VPN between two routers to securely...
  523. 523.Your company is implementing a site-to-site IPsec VPN between two branch locations, and you are tasked with...
  524. 524.An enterprise network administrator is configuring an IPsec VPN between two branch offices. The administrator...
  525. 525.You are configuring a site-to-site IPsec VPN between two branch offices. During testing, you notice that...
  526. 526.An organization has deployed site-to-site IPsec VPN between two branch offices using Cisco routers. During...
  527. 527.A network engineer is configuring an EIGRP domain using IPv6 on a network with a large number of routers. To...
  528. 528.A network engineer has configured a BGP dynamic neighbor feature on a router. The engineer notices that the...
  529. 529.An enterprise network is using EIGRP for internal routing. The network administrator needs to dynamically...
  530. 530.A network engineer is configuring EIGRP for IPv6 on a router in a dynamic environment. They want to simplify...
  531. 531.An enterprise network is using EIGRP for its internal routing. The network administrator wants to configure...
  532. 532.In a DMVPN Phase 2 deployment, a network engineer observes that spoke-to-spoke communication is not occurring...
  533. 533.A company has deployed a DMVPN hub-and-spoke topology to connect its branch offices. The network engineer...
  534. 534.An enterprise network uses a DMVPN design with multiple branch offices connected to a central hub router. Due...
  535. 535.An enterprise network is configured with a DMVPN topology. The hub router is successfully facilitating...
  536. 536.You are configuring a DMVPN network to enable spoke-to-spoke communication without requiring all traffic to...
  537. 537.You are configuring infrastructure security for a Cisco Enterprise network. The network requires protection...
  538. 538.A company has deployed multiple branch routers connected to the headquarters over the internet. Security...
  539. 539.You are tasked with enhancing the security of a branch office's network. The branch router is experiencing...
  540. 540.A network engineer is tasked with securing an OSPF routing domain in a multi-area network. The engineer must...
  541. 541.An organization has deployed an OSPF-based routing environment. To improve infrastructure security, the...
  542. 542.A network administrator has configured AAA on a Cisco router to use a TACACS+ server for authentication....
  543. 543.A network administrator is troubleshooting an authentication issue on a Cisco router configured with AAA...
  544. 544.A network engineer has configured AAA on a Cisco router to authenticate administrative access using a RADIUS...
  545. 545.A network administrator has configured AAA on a Cisco router to authenticate administrative access using...
  546. 546.A network engineer has configured AAA on a Cisco router to use a TACACS+ server for authentication. However,...
  547. 547.A network engineer is troubleshooting a router where SSH access has suddenly stopped working. The router is...
  548. 548.A network administrator has implemented Control Plane Policing (CoPP) on a router to protect it from attacks...
  549. 549.An enterprise network administrator is troubleshooting a router's security configuration. The router is...
  550. 550.A network engineer is troubleshooting issues with SSH access to a router. The router is configured with an...
  551. 551.You are troubleshooting a network issue where users are unable to access a sensitive server behind a router....
  552. 552.Your network consists of multiple branch offices connected to the headquarters via a WAN. You need to...
  553. 553.A network administrator is tasked with configuring an access control list (ACL) to block HTTP traffic (TCP...
  554. 554.A network administrator has configured the following time-based IPv4 ACL on a Cisco router: The administrator...
  555. 555.A network administrator has configured an extended IPv4 access control list (ACL) to block HTTP traffic from...
  556. 556.A network administrator is tasked with configuring an extended IPv4 ACL to allow HTTP and HTTPS traffic from...
  557. 557.A network engineer is tasked with configuring an IPv6 traffic filter on a router to block all incoming ICMPv6...
  558. 558.A network engineer is tasked with configuring an IPv6 traffic filter to block incoming ICMPv6 echo requests...
  559. 559.You are configuring IPv6 traffic filtering on a router to restrict access to a specific server in your...
  560. 560.You are tasked with implementing an IPv6 traffic filter on a router to prevent traffic from a specific IPv6...
  561. 561.You are configuring an IPv6 traffic filter on a Cisco router to block all inbound traffic to the router's...
  562. 562.A network engineer is configuring Unicast Reverse Path Forwarding (uRPF) on a Cisco router to prevent IP...
  563. 563.An enterprise network engineer has enabled Unicast Reverse Path Forwarding (uRPF) on a router to mitigate...
  564. 564.A network administrator has implemented Unicast Reverse Path Forwarding (uRPF) on a border router to prevent...
  565. 565.A network administrator has configured Unicast Reverse Path Forwarding (uRPF) on a router using the 'strict...
  566. 566.A network engineer is tasked with implementing unicast reverse path forwarding (uRPF) on a corporate router...
  567. 567.A network engineer is troubleshooting an issue where legitimate SSH traffic to a router is being dropped...
  568. 568.A network administrator notices that OSPF neighbor relationships are not forming between routers after...
  569. 569.A network engineer implemented Control Plane Policing (CoPP) on a router to prioritize management traffic...
  570. 570.A network administrator has implemented Control Plane Policing (CoPP) on a Cisco router to protect the...
  571. 571.A network administrator is troubleshooting an issue in an IPv6-enabled network where rogue Router...
  572. 572.A network administrator is tasked with securing an IPv6-enabled network from malicious activities such as...
  573. 573.You are configuring IPv6 security features on an enterprise network. A rogue device is attempting to send...
  574. 574.An enterprise network administrator is tasked with securing an IPv6-enabled network against threats such as...
  575. 575.An enterprise network administrator wants to secure the IPv6 First-Hop environment against potential threats...
  576. 576.A network engineer is tasked with implementing a DHCP server on a Cisco router to provide IP addresses to...
  577. 577.A network engineer is configuring DHCP services on a Cisco router to assign IP addresses to clients in a...
  578. 578.A network administrator is tasked with configuring DHCP services for a large enterprise network. The network...
  579. 579.An enterprise network is experiencing inconsistent network performance across multiple branch offices. Upon...
  580. 580.A network engineer is tasked with configuring a DHCP server on a Cisco router to serve IP addresses for a new...
  581. 581.You are managing a Cisco ISR router in a branch office that has recently been configured for remote access...
  582. 582.A network administrator is unable to remotely manage a Cisco router through SSH. Upon investigating, they...
  583. 583.A network administrator is unable to access a Cisco router via SSH after making recent configuration changes....
  584. 584.A network administrator is unable to access a Cisco router via SSH and suspects an issue with the...
  585. 585.A network engineer is attempting to manage a Cisco router via SSH, but they are unable to establish a...
  586. 586.A network administrator is configuring secure remote access to a Cisco router using VTY lines. They want to...
  587. 587.A network administrator is configuring secure remote access to a Cisco router. They want to ensure that both...
  588. 588.A network administrator wants to secure remote and local access to a Cisco router. They have configured the...
  589. 589.You are configuring a Cisco router to ensure secure remote access for administrators. The requirement is to...
  590. 590.You are configuring a new Cisco router for remote and local access. To provide secure remote management and...
  591. 591.A network engineer is configuring remote access to a Cisco router. The engineer wants to ensure secure...
  592. 592.You are configuring secure remote access for network administrators to manage routers in your enterprise...
  593. 593.A network administrator is tasked with securing remote management access to a Cisco router. The administrator...
  594. 594.A network administrator is tasked with securely copying configuration files from a Cisco router to a remote...
  595. 595.A network engineer is tasked with securely transferring a configuration file from a local workstation to a...
  596. 596.An enterprise network engineer needs to transfer a Cisco IOS image to a router using TFTP. The TFTP server is...
  597. 597.A network administrator is tasked with transferring a new router configuration file to a remote Cisco router...
  598. 598.A network engineer is tasked with configuring a Cisco router to act as a TFTP server for storing backup...
  599. 599.An enterprise network administrator needs to back up the running configuration of a Cisco router to a...
  600. 600.A network administrator is configuring a Cisco router to act as an FTP server for IOS image transfers. After...
  601. 601.A network administrator is troubleshooting SNMP communication between a monitoring server and a router. The...
  602. 602.A network administrator is troubleshooting an SNMPv3 configuration issue on a Cisco router. The SNMP Manager...
  603. 603.A network administrator is troubleshooting an SNMP issue on a Cisco router. The SNMP manager is unable to...
  604. 604.A network administrator is troubleshooting SNMP communication issues between a network management system...
  605. 605.A network engineer is troubleshooting an SNMP issue on a Cisco router. The SNMPv3 manager is unable to...
  606. 606.A network engineer is troubleshooting intermittent issues with OSPF neighbor adjacencies in a branch office....
  607. 607.A network engineer is troubleshooting intermittent connectivity issues on a router in a branch office. They...
  608. 608.A network engineer is troubleshooting a routing issue in a Cisco network. While monitoring logs, they notice...
  609. 609.A network administrator is troubleshooting a connectivity issue in a branch office. They suspect a routing...
  610. 610.A network engineer is troubleshooting intermittent connectivity issues reported by users in a branch office....
  611. 611.An enterprise network has a DHCP server configured on a Cisco IOS router. IPv4 DHCP clients on a remote...
  612. 612.A network administrator is troubleshooting a DHCP issue in an IPv4 and IPv6 dual-stack network. The...
  613. 613.A network administrator is troubleshooting an issue where a client device connected to a Cisco IOS DHCP...
  614. 614.A network administrator has configured an IOS DHCP server on a router to provide IPv4 addresses to clients in...
  615. 615.A network administrator is troubleshooting an issue where IPv4 hosts in VLAN 10 are unable to obtain an IP...
  616. 616.A network administrator has configured IP SLA to measure jitter and delay across a WAN link. Despite the...
  617. 617.A network administrator is troubleshooting performance issues on a VoIP network. Users report poor call...
  618. 618.A network administrator has configured IP SLA to monitor the performance between a branch office router and a...
  619. 619.A network engineer is troubleshooting a network performance issue in a branch office. The engineer has...
  620. 620.A network administrator has configured IP SLA on a router to monitor VoIP traffic performance between two...
  621. 621.An enterprise network engineer is troubleshooting a NetFlow configuration issue on a Cisco router. The router...
  622. 622.An enterprise network engineer has configured Flexible NetFlow on a router to collect traffic statistics for...
  623. 623.A network engineer has configured Flexible NetFlow on a Cisco router to monitor traffic patterns. However,...
  624. 624.A network engineer is troubleshooting an issue where NetFlow data is not being exported from a router to the...
  625. 625.A network administrator is troubleshooting NetFlow on a Cisco router configured with Flexible NetFlow. The...
  626. 626.A network administrator is using Cisco DNA Center Assurance to troubleshoot a connectivity issue reported by...
  627. 627.A network administrator is troubleshooting a branch office connectivity issue using Cisco DNA Center...
  628. 628.A network administrator notices that users in a specific branch office are experiencing intermittent...
  629. 629.You are the network administrator for a large enterprise and have been tasked with troubleshooting...
  630. 630.You are a network administrator, and a user reports intermittent connectivity issues when accessing a...
  631. 631.

350-401 exam dumps FAQ

Are these 350-401 dumps real exam questions?

No. These are original practice questions written to the Implementing Cisco Enterprise Network Core Technologies exam objectives, not questions copied from a live exam. Memorising leaked questions violates Cisco's candidate agreement and stops working the moment the question pool rotates. Use this bank to check your understanding of each domain and to find the topics you still need to study.

How many 350-401 practice questions are there?

631 questions, each with the correct answer, an explanation of the answer, and a note on why every other option is wrong. The first 10 are on this page and every question has its own page linked below.

Are the 350-401 exam dumps free?

Yes. Every question, answer and explanation on this page and the linked question pages is free to read without an account. A free HydraNode account adds timed practice exams, scoring and progress tracking across attempts.

How do I take a timed 350-401 practice test?

Sign in and start the Implementing Cisco Enterprise Network Core Technologies exam on HydraNode. A session gives you 75 questions drawn from this bank in 120 minutes, then a score report with a per-question review.

What topics does the 350-401 exam cover?

The official exam domains are: Architecture; Virtualization; Infrastructure; Network Assurance; Security; Automation.

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