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300-915 · Question #33

Drag and Drop Question An engineering team developed a solution that gathers data via a proprietary protocol (TCP/IP based) to a IR1101 gateway, which then sends the data to the cloud. Drag and drop…

The correct answer is IR1101 is claimed via API on Kinetic GMM.; The sensor and IR1101 is locally installed (power, network connectivity).; A device twin is automatically created in the cloud.; The edge application is being installed on the IR1101.; The streaming payload is visible in Kinetic GMM dashboard. The correct sequence for operationalizing an IoT solution involves physical installation, cloud registration of the gateway, edge application deployment, and finally, verifying data flow in the monitoring dashboard.

Edge Compute and Network

Question

Drag and Drop Question An engineering team developed a solution that gathers data via a proprietary protocol (TCP/IP based) to a IR1101 gateway, which then sends the data to the cloud. Drag and drop the action steps from the left into the correct order on the right to get this solution to operate. Not all options are used. Answer:

Exhibit

300-915 question #33 exhibit

Answer Area

Drag items

The sensor is sending data to the cloud.The sensor and IR1101 is locally installed (power, network connectivity).The edge application is being installed on the IR1101.The streaming payload is visible in Kinetic GMM dashboard.A device twin is automatically created in the cloud.IR1101 is claimed via API on Kinetic GMM.

Correct arrangement

  • IR1101 is claimed via API on Kinetic GMM.
  • The sensor and IR1101 is locally installed (power, network connectivity).
  • A device twin is automatically created in the cloud.
  • The edge application is being installed on the IR1101.
  • The streaming payload is visible in Kinetic GMM dashboard.

Explanation

The correct sequence for operationalizing an IoT solution involves physical installation, cloud registration of the gateway, edge application deployment, and finally, verifying data flow in the monitoring dashboard.

Approach. The correct interaction is to drag the action steps into the following order on the right:

  1. 'The sensor and IR1101 is locally installed (power, network connectivity).'
  2. 'IR1101 is claimed via API on Kinetic GMM.'
  3. 'The edge application is being installed on the IR1101.'
  4. 'The streaming payload is visible in Kinetic GMM dashboard.'

Reasoning:

  • Step 1: Physical Installation - Before any digital configuration or data transfer can occur, the physical hardware (sensor and IR1101 gateway) must be physically installed, powered on, and have network connectivity. This is the foundational first step.
  • Step 2: Gateway Onboarding/Claiming - Once the gateway is physically ready, it needs to be registered with the cloud management platform (Kinetic GMM) so it can be managed and communicate. Claiming it via API is a common method for this provisioning.
  • Step 3: Edge Application Deployment - With the gateway recognized by the cloud, the specific 'edge application' that collects data from the sensor via the proprietary protocol and prepares it for cloud transmission must be deployed and installed on the IR1101 gateway. This application is crucial for the solution's function.
  • Step 4: Data Flow Verification - The final step to confirm the entire solution is operational and working as intended is to verify that the data (streaming payload) is actually reaching and visible in the cloud's monitoring dashboard (Kinetic GMM dashboard).

Common mistakes.

  • common_mistake. Common mistakes include placing steps out of logical order, such as attempting to claim the IR1101 via API before it has been physically installed and connected, or installing the edge application before the gateway is claimed. Another mistake is confusing an outcome or an automatic background process with an actionable step. For example, 'The sensor is sending data to the cloud' is an outcome of the solution operating, not a distinct setup step. Similarly, 'A device twin is automatically created in the cloud' is an automated result of the claiming process, not an action the team performs to operationalize the solution itself.

Concept tested. IoT solution deployment lifecycle, including physical device installation, cloud provisioning and onboarding of edge gateways, deployment of edge applications, and end-to-end data flow validation within an industrial IoT context.

Topics

#IoT Gateway Configuration#Edge Compute#Data Ingestion#Cloud Connectivity

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