The sheer volume of data that is generated and collected today is beyond most people’s comprehension. In addition to the sheer amount increasing, the data itself is evermore varied than before. Cloud database are areas where this type of data can be collected and stored. These are often third-party servers that are then accessed through the internet.
Cloud databases offer organizations an alternative (to on-premises) method of storing and accessing their data – one that can conserve and focus information technology resources. Cloud databases can organize and store all structured, unstructured, and semi-structured data, much in the same way a traditional on-premises database would. Cloud databases, however, also provide the additional benefits offered by cloud computing such as scalability, speed, and a reduction in overall cost. However, as organizations scale, there is the added challenge of managing vast amounts of data. This is where a cloud database management system can help.
Cloud database management systems are designed to help businesses organize and manage the data they’re storing in cloud computing environments. They provide all of the functionality you would expect from a traditional database management system, with the added scalability, accessibility, flexibility, and cost efficiency that comes with cloud-based services.
This guide will explore Cloud Database Management to identify the top 10 platforms and highlight their key features. This should make selecting the right cloud database management solution for your organization less of a headache.
Everything You Need To Know About Cloud Database Management Systems (FAQs)
What Is A Cloud Database Management System?
A cloud database is a database that helps to organize, store, and manage data within an organization, designed to run in a public or hybrid cloud environment. As with traditional on-premises databases, cloud databases can be classified as either relational databases or non-relational databases.
A relational cloud database consists of several tables of columns and rows, enabling users to organize data into predefined relationships to gain a better understanding of the logical relations between data. The consistency and reliability provided by this structured approach makes it well suited to those dealing with high volumes of structured data.
Alternatively, a non-relational cloud database stores and manages unstructured data, which includes things like sensor data, surveys, rich media files, documents, emails, and mobile text messages, i.e., data that does not follow a clearly laid out and well-defined schema. This makes it harder to structure in a straightforward way.
A cloud database management system (cloud DBMS) is a type of database management system that is designed specifically to function in a cloud computing environments. It’s aim is to provide users with the tools, features, and infrastructure required to create, maintain, and securely manage databases within a cloud platform. Cloud database systems provide all the functionalities you would expect from a traditional database management system, while also having the added benefit of being a cloud computing solution and therefore delivering benefits such as scalability, accessibility, flexibility, and cost efficiency.
How Does A Cloud Database Management System Work?
Cloud database management systems work by leveraging cloud computing infrastructure to provide database functionalities in a way that is accessible, scalable, and cost effective. These solutions are deployed in the cloud and provide users with the necessary infrastructure to host and manage databases. Users of these solutions can create and configure databases via the cloud provider’s managed console, APIs, or command-line tools, and can configure for their chosen type of database and specific resource allocation.
What Features Should You look For In A Cloud Database Management System?
Some important features that a good cloud database management system should offer include:
- Scalability. Changes in data volume are inevitable and often difficult to accurately predict, so it is important that your cloud database management is capable of scaling up or down to accommodate these changes, without requiring excessive manual intervention that would take up time and resources.
- Multi-tenancy support. Many cloud DBMSs support multi-tenancy; this is a software architecture model that allows for multiple instances of an independent applications within in a shared environment. This multi-tenancy allows multiple users or applications to maintain data insulation and security, while sharing the same database infrastructure.
- Reliability, Availability, And Accessibility. A good cloud DBMS solution will typically include some built-in mechanisms that are designed to help ensure high availability and data redundancy, using capabilities like automated backups, failover, and replication. As cloud databases can be accessed from anywhere, they are very accessible, making them well suited to distributed teams, remote workforces, and any organizations requiring global access to data.
- Security. Cloud DBMSs typically provide several security features that work to protect data, both at rest and in transit. These may include things like authentication, authorization mechanisms, and encryption.
- Automation. A strong cloud DBMS should automate repetitive tasks such as patching, backups, and software updates. This is great for keeping on top of these necessary tasks and for minimizing the operational burden on IT teams.
- Manage resources. A good cloud DBMS should include tools that support users in boosting query optimization, ensuring resource allocation is optimal and can support efficient operations, and streamlining the process of managing and monitoring database performance.
- Optimization. Cloud database management systems often come with performance monitoring tools that allow you to track the performance of the database, including query execution and resource utilization. Using these metrics, users can analyze and plan for more optimized database performance.