If your organization is looking to improve cloud storage, you may experience capacity problems if you do so without implementing edge computing.
Understanding these potential problems is important so you can avoid increasing cloud storage only to experience network issues without implementing edge computing.
No one benefits from using a poor-performing network that results in decreased productivity and poor communication among employees.
The impact of poor communication can ultimately result in lost customers and revenue if these issues are not solved.
Coeo knows how important a reliable network is to an organization and has helped monitor customers’ networks and implemented network solutions to improve their performance.
We want you to understand the problems created by increasing cloud storage without implementing edge computing so you can avoid these challenges in the future.
By the end of this article, you will understand the problems that can occur by increasing cloud storage without implementing edge computing and whether edge computing is the right solution for your organization.
Problems that can occur by increasing cloud storage without using edge computing
Increasing cloud storage without using edge computing can create challenges related to network performance. The main problems with increasing cloud storage while not using edge computing include:
High latency
Edge computing processes data at the edge of your network as close to the source of the data as possible. Without edge computing, data travels to and from centralized cloud servers.
If you are increasing cloud storage, there is more data that travels to and from the servers making it difficult to move quickly due to network congestion.
As a result, you may experience poor network performance and high latency issues including slow download or upload speeds, slow load page times when browsing the internet, and call breakups or drops.
High bandwidth costs
Bandwidth indicates the maximum capacity of wired or wireless communications data that can be transmitted over a network. The more bandwidth that exists, the more data that can be sent and received at one time.
However, bandwidth can be costly when organizations need to increase cloud storage especially if data is frequently transferred to and from remote locations.
For organizations increasing cloud storage without implementing edge computing, it can be relatively expensive without experiencing the full range of network performance benefits.
Data privacy and security issues
Sensitive or regulated information may not be appropriate for transfer and storage in certain cloud environments.
Since cloud environments are accessed via the internet, they can be accessed by anyone if they are not properly secured
Without reliable network security solutions integrated into your infrastructure, this can result in data breaches and cyberattacks.
Edge computing allows for localized data processing enabling your private and sensitive data to have minimal exposure to malicious actors and other outside users, preventing cyberattacks and data breaches.
Poor reliability and limited offline access
Cloud services rely solely on the internet to access data stored in the cloud. Without edge computing and, therefore, complete reliance on the cloud, it can prevent access to data when cloud services are offline.
Limited control
If your organization is completely relying on cloud services, your provider will be managing those services for you from their infrastructure.
As a result, you will have limited control because your provider will be hosting and managing the services and solutions for you.
Some providers give their customers more control than others.
For instance, Coeo typically follows a co-management model where they monitor the networks in tandem with their customer to provide more control and customization.
While the amount of control your organization will have with cloud services varies from provider to provider, edge computing can help give your organization more control over your services.
Using edge computing with your cloud solutions will enable you to have more control over your environment by providing access to your infrastructure from your remote office locations.
Increasing data volume
The last and potentially largest problem caused by increased cloud storage without the use of edge computing is the increased data volume that results in a lack of cloud storage availability.
Data is so important to businesses today because it provides highly valuable insight and real-time control over critical business processes and operations.
However, with every business relying on more and more cloud storage, this large quantity of data being used causes more bandwidth issues, high latency, and network interruptions for nearly every organization that relies on the cloud.
Edge computing takes a portion of data from the data center and stores it on the edge of the network closer to the source of the data expanding available cloud storage.
Is edge computing the right solution for your organization?
Now you understand the problems caused by increasing cloud storage without using edge computing.
You should also be able to determine if edge computing is the right solution for your organization so you can avoid these challenges.
With cloud and data storage availability decreasing, every organization may need to use edge computing to manage and protect their network.
However, the first step to determining if edge computing would be beneficial for your organization is to speak with your network provider so they can assess whether your network would benefit from edge computing.
If your organization is currently affected by high latency issues, edge computing may help improve this.
Some applications require real-time internet speeds making it difficult to use the applications when your network is experiencing high latency.
If your organization does not experience high latency, though, you may not be using enough data to justify using edge computing technology.
If your organization has bandwidth limitations your employees may have a difficult time connecting to the network and will experience slow internet speeds.
Edge computing enables you to process data locally without relying on a connection to the server.
This enables you to use less bandwidth and experience less latency. However, if your organization does not run into any bandwidth limitation issues, you may not need to consider edge computing.
Although your organization may not need to convert to edge computing immediately, you may need to consider it in the future.
With organizations using more and more data, it will only make edge computing more of a necessity for successful and safe operations.
Next steps to integrating edge computing
Now you understand the problems that can occur when increasing cloud storage without using edge computing and whether edge computing is the right solution for your organization.
This will help you determine if edge computing is a service your organization should consider implementing into your infrastructure.
Understanding the problems caused by increasing cloud storage without edge computing will enable you to avoid experiencing capacity problems in the future.
Organizations can’t afford to use an underperforming network that results in poor productivity and efficiency. This can lead to lost customers and revenue and the corresponding impact on their business.
Coeo knows how important a reliable network is to an organization and has delivered thousands of network solutions to customers to improve the performance and security of their networks.
We want you to know the problems of increasing cloud storage without edge computing so you can determine if edge computing is right for your organization.
If you would like to speak with our team to learn more about edge computing or ask any questions you may have you can schedule an appointment.
Now that you understand the problems that occur when increasing cloud storage without using edge computing, and whether edge computing is the right solution for your organization, read this article below to learn more about edge computing:
