Why Edge Computing Over Cloud Computing?

Edge and cloud computing generate value for any business vertical. They help accomplish Artificial Intelligence and Machine Learning operations very quickly. As technology advances, edge and cloud computing have many opportunities to serve across various industrial sectors. 

Why edge or cloud computing? 

The software, hardware, and networking domains require heavy capital investment. At the same time, organizations aspire to enhance user experience with reduced operational costs. Hence, organizations seek the latest digital techniques to ensure seamless operational flow. Meanwhile, the quality edge-based professionals support organizations to accomplish tasks. 

User’s demand for data is growing. Therefore, adopting a computing model that is reliable, secure, and scalable is an absolute necessity. Edge computing or cloud computing? This question came into the picture after edge computing became prominent after 2020. Edge computing brings the system close to data sources, while cloud computing enables accessing advanced technologies through the internet. Both of them create a bright future for computing.

Herein, we will discuss various reasons for choosing edge computing over cloud computing. 

Edge computing over cloud computing: The seven main benefits to experience 

1. Speed

Speed is a significant element for implementing business operations. For example, in the health sector, seconds matter to determine a person’s life or death. In the financial sector, businesses undergo expensive results due to the slowdown of trading algorithms by milliseconds. It is the best practice to follow. 

Customers are the key to any business. If they experience lagging speed, it can result in user frustration and eventually lead to the organization’s downfall. Thus, edge computing is advantageous in providing the strong network performance and high speed.

2. Secure

Systems remain highly secure with edge computing. The traditional cloud computing architecture is highly vulnerable to distributed denial of service (DDoS) attacks and downtime due to its inherent centralized system. However, edge computing distributes applications across various devices and data centers so that a single breakdown cannot destabilize the complete network.

3. Scalable:

As an organization grows, foreseeing the IT infrastructure needs of an organization may not always be practical. This is more challenging with a dedicated data server setup as it is an expensive scheme. Moreover, upfront costs and maintenance finance also add to it. Traditional systems lock organizations with less scope to predict their future computing needs. However, edge computing enables organizations to capitalize on future opportunities with the computing resources arranged beforehand.

4. Flexible:

Edge data center plays a key to serve users efficiently through the least physical distance. This helps content providers aiming to deliver streaming services without any break. Also, edge computing allows IoT devices to gather valuable, actionable data. Partnering with local edge data centers targets the right market and surpasses the need to invest in expensive infrastructure. 

Edge computing is always on, connected, and generates data for future analysis eliminating the need to log in each time for accessing centralized cloud servers. 

5. Reliable:

Reliability is another advantage of edge computing. Edge computing minimizes the amount of data flow in and out of the primary network through data processing close to the source and traffic prioritization. As the edge data centers and the IoT edge computing devices are located close to the end-users, network problems in a distant location least affect the local customers. If the nearby data center experiences downtime, the IoT edge computing devices will continue to function effectively. Consequently, latency is reduced, and speed is enhanced.

6. Bandwidth relief:

With more data on the edge networking, traffic flow in and out of central servers is reduced. Thus, it frees up the required bandwidth to eliminate unnecessary processing tasks. Thereby, end-users experience fast performance as the local network does not compete with other regions for bandwidth resources.

7. Enhanced data management

The data on the edge network is important, as it has valuable user behavior insights. An edge computing network uses the edge data center and the local devices for better data management. As part of this, some information is processed locally, and only certain information is sent to the core. As a result, processing resources are freed up to enhance the data insights. 

Conclusion :

Edge computing is a valuable resource for its benefits. With the expected growth of 5G access, opportunities for edge computing are expected to thrive. Organizations incorporate edge computing strategies with the growing number of users using various IoT devices. So, it is time to optimize their usage.