Businesses today increasingly rely on data for their day-to-day operations. Therefore, it is imperative for organizations to have systems built on an infrastructure that is not only secure. But also cost effective and scalable.
Storing and retrieving data from traditional servers can be outdated and insecure. To meet the complex requirements for transferring, storing and analyzing data, organizations should consider using the cloud infrastructure.
What are traditional IT systems?
The IT infrastructure of a typical organization consists of hardware devices that are connected to local servers. Object data is stored on servers. One of the benefits of storing data on a traditional server is tighter security controls. This means you can protect your cyber data since you have basic access to the server. As the size of the data grows and the storage capacity needs to increase, you will have to upgrade your IT infrastructure with physical hardware. And these infrastructures can be quite expensive.
What are cloud computing systems?
Cloud computing systems from DataArt are a set of infrastructures connected to each other over the Internet to store data. The infrastructure is hosted and maintained by a cloud provider who is also responsible for overseeing security.
There are three main categories of cloud IT systems:
1. Public cloud
Most organizations use the public cloud in their daily work. Examples of public cloud services are Microsoft Azure, Amazon Web Services (AWS), and Google Cloud. Public cloud services are typically designed as infrastructure as a service (IaaS) to provide scalability.
2. Private cloud
Private clouds are largely shielded from security issues that affect the public cloud. With a private cloud, a company has full access and control over its data centers and security compliance. However, it also means huge costs associated with operating and maintaining a private cloud environment.
3. Hybrid cloud
Hybrid cloud agreements provide the best value for organizations looking to protect their data and manage scalability.
What is the difference between cloud and traditional security?
On traditional servers, data is stored on-premises and can be directly accessed by the relevant parties. On the other hand, on cloud servers, data is stored on the servers of the cloud provider. To access data, you must configure your applications to communicate with servers through the provider APIs.
When your system connects to servers via API, you can get various important security information such as the number of connections made, where the connections are coming from, etc. Since the API is provided by the company, your applications’ connection to the server will be as secure as the API is configured.
Tips for preventing hybrid cloud security threats
If you want to store your data in a hybrid cloud environment, you have to think about security. Cloud software development company would care about it.
You can control the information you share with cloud services. However, it is not always possible to control who can access the information.
Here are some steps you should take to mitigate cybersecurity threats to your data in a hybrid cloud environment:
View data stored in the cloud.
While you may not have complete control over everything in the cloud, you should regularly check the data you store there. Since data is transferred and stored every day in the cloud, it is easy to forget outdated information on servers. You should regularly check the data stored in the cloud to ensure its integrity. Outdated data must be removed to reduce server costs.
Working with security-focused vendors.
Before registering with a cloud provider, check their security protocols to protect your data. The company must have a reliable and up-to-date infrastructure to ensure that your data is always available. If you use any of the APIs from service providers, develop appropriate controls and service level agreements to ensure data integrity.
Monitoring threats.
Stay on top of security threats in the cloud and make sure your provider has the latest patches and intrusion protection measures. Choose a cloud provider that regularly evaluates its security measures to mitigate emerging threats targeting the cloud.
Fulfill your obligations to comply with the rules.