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Sourabh kumar
Edge Computing on IoT

Firms have a well-defined strategy for scaling data capacity to meet the increasing user and application demands without overusing resources. However, the rising number of IoT devices transmitting data significantly strains the IT infrastructure.


With the help of Edge computing, firms can move computing and storing resources closer to IoT devices. While this reduces the amount of data transmitted to the data center, IoT apps become more efficient and deliver more value.


Edge computing benefits IoT by minimizing network traffic and latency. In addition, IoT devices send small data packets to the central management platform for analysis. Here, edge computing optimizes bandwidth and sends long-term storage data to the central platform, not all data.


IoT devices or systems receive and transmit data over a network. Firms can analyze the data in real-time using AI or ML algorithms to seek insights from vast data volumes.


Applying edge computing to the IoT system will help optimize device performance and reduce power consumption. It enables firms to use more complex algorithms safely and securely on an IoT system.


Moreover, it will help anticipate future outcomes and events. With this future data, IoT devices can become more intelligent and self-sufficient. At the same time, the product or services will become more reliable, leading to increased customer satisfaction and loyalty.


Furthermore, IoT devices are still relatively expensive due to their specific components, which are hard to obtain. By decentralizing its functions, edge computing offers more affordable options. It allows firms to explore more ideas in wider business sectors.

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Sourabh kumar
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