3.2 DESCRIBE the capabilities of Cisco network management platforms and APIs Flashcards

1
Q

A cloud based solution that comprises a portfolio of wireless, switching, security and video surveillance

A

Cisco Meraki

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2
Q

Control of content and authentication a user interacts with when connecting to a Meraki wireless network

A

Captive Portal API (Meraki)

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3
Q

Utilizes Meraki wireless smart devices and Bluetooth Low Energy (BLE) functionality to provide estimated geolocation and behavior analytics of users

A

Scanning API (Meraki)

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4
Q

Meraki onboard processor and architectures allow for machine learning workloads which object detection, classification and tracking become available to applications using REST and MQTT

A

MV Sense Camera API (Meraki)

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5
Q

Provides endpoints and resources for configuration, management and automation of the Meraki cloud platform

A

Dashboard API (Meraki)

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6
Q

Accelerates and simplifies enterprise network operations using intent-based networking where administrators map defined business intents to configurations from a central SDN controller

A

Cisco DNA (Digital Network Architecture) Center

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7
Q

A northbound REST API which simplifies workflows and consolidates multiple network interactions such as QoS policy, software image management, operating system updates, wireless provisioning, and more

A

Intent API (DNA Center)

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8
Q

Publishes network data, events and notifications to external systems based on flagged network events and suggested remedies

A

Integration API (DNA Center)

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9
Q

A SDN-based solution for data center deployment, management and monitoring which utilizes a single point of automation known as the APIC

A

Cisco ACI (Application Centric Infrastructure)

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10
Q

Exposed via a northbound REST interface which allows for automation and management of Cisco ACI fabric, policy enforcement and health monitoring

A

Cisco APIC (Application Policy Infrastructure Controller)

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11
Q

Manages Cisco Nexus switches using the APIC and communicating via the OpFlex protocol, exposed as a southbound interface

A

Cisco ACI (Application Centric Infrastructure)

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12
Q

The APIC stores a logical model of ____ fabric, then renders the fabric into a concrete model which is stored and run on physical infrastructure

A

Cisco ACI (Application Centric Infrastructure)

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13
Q

A cloud-first architecture for deploying WAN connectivity which lowers the cost of devices and provides faster network convergence

A

Cisco SD-WAN

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14
Q

Includes a Control Plane where its protocols and features determine how traffic is forwarded, and a Data Plane which uses its protocols and features to forward traffic as quickly as possible to the destination

A

Cisco SD-WAN

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15
Q

Enables end-to-end deployment of multivendor physical and virtual infrastructure

A

Cisco NSO (Network Services Orchestrator)

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16
Q

Uses NETCONF and YANG data models to manage the network via a single user interface API

A

Cisco NSO (Network Services Orchestrator)

17
Q

The Service Manager component provides administrators an interface to define services implemented in the network

A

Cisco NSO (Network Services Orchestrator)

18
Q

Includes a Device Manager component which handles device configuration on the network

A

Cisco NSO (Network Services Orchestrator)

19
Q

A Mapping Logic component manages the correspondence between service and data models

A

Cisco NSO (Network Services Orchestrator)

20
Q

Uses a CDB (Configuration Database) to sync with and contain service and device configurations on the network

A

Cisco NSO (Network Services Orchestrator)

21
Q

Contains a backbone element known as the Core Engine to handle transactions, high-availability, replication, upgrades and downgrades, role-based access control and rollback management

A

Cisco NSO (Network Services Orchestrator)

22
Q

A FASTMAP algorithm is responsible for dynamically reacting to and adjusting the configuration of devices in the network

A

Cisco NSO (Network Services Orchestrator)

23
Q

Uses FASTMAP to calculate device changes when a service model is pushed to the network; Service dry-run

A

Cisco NSO (Network Services Orchestrator)

24
Q

Uses FASTMAP to verify service configuration is in sync with live device configuration, preventing configuration drift; Service check-sync

A

Cisco NSO (Network Services Orchestrator)

25
Q

Uses FASTMAP to redeploy device configurations, restoring service on a network; Service re-deploy

A

Cisco NSO (Network Services Orchestrator)

26
Q

Models native CLIs to YANG via custom or included NEDs (Network Element Drivers) for devices that do not support NETCONF/YANG

A

Cisco NSO (Network Services Orchestrator)

27
Q

Northbound interfaces including NETCONF and SNMP for monitoring, NETCONF, RESTCONF AND JSON/RPC for automation, and a CLI and web GUI are included.

A

Cisco NSO (Network Services Orchestrator)