6.0 Automation and Programmability 200-301 Practice Quiz

• A. Automation changes network management by making configuration, monitoring, deployment, and troubleshooting more repeatable, scalable, and less manual.
• B. Traditional network management configures and monitors devices individually, often through CLI-based or device-by-device workflows.
• C. Controller-based networking centralizes network control, policy, and automation through a controller rather than managing every device independently.
• D. Software-defined networking separates network control from forwarding behavior and uses software controllers to program network operation.

Automation changes network management by making configuration, monitoring, deployment, and troubleshooting more repeatable, scalable, and less manual. This is the correct answer.

• A. An underlay network is the physical or routed transport infrastructure that carries overlay traffic.
• B. Traditional network management configures and monitors devices individually, often through CLI-based or device-by-device workflows.
• C. A fabric architecture uses coordinated underlay, overlay, policy, and control functions to provide scalable network connectivity and segmentation.
• D. AI in network operations applies artificial intelligence to analyze network data, detect patterns, recommend actions, or assist operations.

Traditional network management configures and monitors devices individually, often through CLI-based or device-by-device workflows. This is the correct answer.

• A. AI/ML troubleshooting assistance is the best match when the automation or programmability scenario requires this behavior: AI/ML troubleshooting assistance uses learned patterns and operational data to help identify likely causes or remediation steps.
• B. Automation impact on network management is the best match when the automation or programmability scenario requires this behavior: Automation changes network management by making configuration, monitoring, deployment, and troubleshooting more repeatable, scalable, and less manual.
• C. REST API is the best match when the automation or programmability scenario requires this behavior: A REST API uses HTTP methods and resource identifiers to allow systems to request, create, update, or delete data.
• D. HTTP GET is the best match when the automation or programmability scenario requires this behavior: HTTP GET retrieves data from a REST API resource without changing that resource.

Automation changes network management by making configuration, monitoring, deployment, and troubleshooting more repeatable, scalable, and less manual. This matches the automation or programmability scenario without confusing controller architecture, APIs, data formats, REST methods, AI/ML, or configuration management. This is the correct answer.

• A. Configuration management tools is the best match when the automation or programmability scenario requires this behavior: Configuration management tools automate device or system configuration so deployments are repeatable and consistent across many nodes.
• B. Automation impact on network management is the best match when the automation or programmability scenario requires this behavior: Automation changes network management by making configuration, monitoring, deployment, and troubleshooting more repeatable, scalable, and less manual.
• C. Traditional network management is the best match when the automation or programmability scenario requires this behavior: Traditional network management configures and monitors devices individually, often through CLI-based or device-by-device workflows.
• D. Controller-based networking is the best match when the automation or programmability scenario requires this behavior: Controller-based networking centralizes network control, policy, and automation through a controller rather than managing every device independently.

Traditional network management configures and monitors devices individually, often through CLI-based or device-by-device workflows. This matches the automation or programmability scenario without confusing controller architecture, APIs, data formats, REST methods, AI/ML, or configuration management. This is the correct answer.

• A. Overlay network is the best match when the automation or programmability scenario requires this behavior: An overlay network is a logical network built on top of an existing physical underlay to provide virtualized connectivity or segmentation.
• B. Underlay network is the best match when the automation or programmability scenario requires this behavior: An underlay network is the physical or routed transport infrastructure that carries overlay traffic.
• C. Fabric architecture is the best match when the automation or programmability scenario requires this behavior: A fabric architecture uses coordinated underlay, overlay, policy, and control functions to provide scalable network connectivity and segmentation.
• D. Controller-based networking is the best match when the automation or programmability scenario requires this behavior: Controller-based networking centralizes network control, policy, and automation through a controller rather than managing every device independently.

Controller-based networking centralizes network control, policy, and automation through a controller rather than managing every device independently. This matches the automation or programmability scenario without confusing controller architecture, APIs, data formats, REST methods, AI/ML, or configuration management. This is the correct answer.

• A. A scenario points to Controller-based architecture when controller, API, data, or automation evidence depends on this distinction: Controller-based architecture uses a controller to manage network policy, device communication, automation, and operational visibility.
• B. A scenario points to Northbound APIs when controller, API, data, or automation evidence depends on this distinction: Northbound APIs allow applications, orchestration systems, or administrators to communicate with a network controller.
• C. A scenario points to Automation impact on network management when controller, API, data, or automation evidence depends on this distinction: Automation changes network management by making configuration, monitoring, deployment, and troubleshooting more repeatable, scalable, and less manual.
• D. A scenario points to Southbound APIs when controller, API, data, or automation evidence depends on this distinction: Southbound APIs allow a controller to communicate with and program network devices.

Automation changes network management by making configuration, monitoring, deployment, and troubleshooting more repeatable, scalable, and less manual. This distinction matters because the wrong concept would lead to the wrong API direction, REST action, fabric interpretation, automation workflow, or data-format conclusion. This is the correct answer.

• A. A scenario points to Machine learning in network operations when controller, API, data, or automation evidence depends on this distinction: Machine learning in network operations uses models trained on data to identify patterns, anomalies, predictions, or recommendations.
• B. A scenario points to AI/ML troubleshooting assistance when controller, API, data, or automation evidence depends on this distinction: AI/ML troubleshooting assistance uses learned patterns and operational data to help identify likely causes or remediation steps.
• C. A scenario points to REST API when controller, API, data, or automation evidence depends on this distinction: A REST API uses HTTP methods and resource identifiers to allow systems to request, create, update, or delete data.
• D. A scenario points to Traditional network management when controller, API, data, or automation evidence depends on this distinction: Traditional network management configures and monitors devices individually, often through CLI-based or device-by-device workflows.

Traditional network management configures and monitors devices individually, often through CLI-based or device-by-device workflows. This distinction matters because the wrong concept would lead to the wrong API direction, REST action, fabric interpretation, automation workflow, or data-format conclusion. This is the correct answer.

• A. HTTP POST is the correct operational interpretation when the controller, API, REST, JSON, AI/ML, or configuration-management decision depends on this exact meaning: HTTP POST submits data to create a resource or trigger an operation through a REST API.
• B. HTTP PUT is the correct operational interpretation when the controller, API, REST, JSON, AI/ML, or configuration-management decision depends on this exact meaning: HTTP PUT replaces or updates a resource through a REST API.
• C. HTTP DELETE is the correct operational interpretation when the controller, API, REST, JSON, AI/ML, or configuration-management decision depends on this exact meaning: HTTP DELETE removes a resource through a REST API.
• D. Automation impact on network management is the correct operational interpretation when the controller, API, REST, JSON, AI/ML, or configuration-management decision depends on this exact meaning: Automation changes network management by making configuration, monitoring, deployment, and troubleshooting more repeatable, scalable, and less manual.

Automation changes network management by making configuration, monitoring, deployment, and troubleshooting more repeatable, scalable, and less manual. This applies the concept at the point where a Cisco administrator must predict how automation, controllers, APIs, JSON, AI/ML, or configuration management changes network operations. This is the correct answer.