What is the primary advantage of edge data processing in IoT?

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Multiple Choice

What is the primary advantage of edge data processing in IoT?

Edge data processing brings computation right where the data is generated, so decisions can be made without waiting to send everything to a distant server. This proximity cuts down the time it takes to respond, reducing latency, and it also means only relevant data or summarized results need to be transmitted, which lowers the amount of data sent over the network and saves bandwidth. This approach is especially valuable for real-time IoT tasks like monitoring and control, where quick reactions are essential and connectivity may be intermittent, allowing devices to operate locally and still share meaningful information when possible. So, the primary advantage is that processing at the edge reduces both latency and bandwidth usage.

Edge data processing brings computation right where the data is generated, so decisions can be made without waiting to send everything to a distant server. This proximity cuts down the time it takes to respond, reducing latency, and it also means only relevant data or summarized results need to be transmitted, which lowers the amount of data sent over the network and saves bandwidth. This approach is especially valuable for real-time IoT tasks like monitoring and control, where quick reactions are essential and connectivity may be intermittent, allowing devices to operate locally and still share meaningful information when possible.

So, the primary advantage is that processing at the edge reduces both latency and bandwidth usage.

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