Which two actions must be completed before starting the process of sending IoT data to the cloud via edge routers? (Choose two.)
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A. B. C. D. E.DE.
Sure, I'll be happy to explain the two actions that must be completed before sending IoT data to the cloud via edge routers:
Gather the interval, the volume, and the latency that the data must be provisioned with: Before sending IoT data to the cloud via edge routers, it is essential to determine the specific requirements for the data, including the frequency of data transmission, the amount of data that will be transmitted, and the expected latency of the data. This information will help in selecting the appropriate protocols and configurations for the edge routers and cloud services. It will also help in determining the bandwidth and capacity requirements for the network.
Collect information about growth, required elasticity, and high availability of the provisioning process: Another critical step before sending IoT data to the cloud via edge routers is to consider the future growth and scaling requirements for the data provisioning process. This includes factors such as the number of devices that may need to be added in the future, the potential increase in data volume, and the need for high availability and fault tolerance. Gathering this information will help in designing a scalable and resilient architecture for the IoT solution.
Therefore, options D and E are the correct answers, as options A, B, and C do not relate directly to the requirements for sending IoT data to the cloud via edge routers. Option A is more related to the specific characteristics of the sensors, while option B is related to the hardware addresses of the routers, which are not essential for the data provisioning process. Option C is more related to the compatibility between the edge and cloud devices, which may not always be a requirement for sending IoT data to the cloud via edge routers.