The Importance of Securing Database on Multiple Platforms
Database security is an essential yet important part of web development. It is like a door to the information, which helps provide security for your website.
Backendless website explains database security best practices on multiple platforms and the importance of securing databases on these platforms.
Learn how to secure a database on multiple platforms
Before you can secure a database, you need to know what kind of database it is. Every type of data has its own risk level and needs to be secured according to those risks.
If your organization is running a relational database, several approaches can be taken when securing the data. You may choose to use stored procedures or triggers both offer different benefits and drawbacks in terms of security and performance.
Or maybe your organization has decided on using an ETL (extract transform load) system instead of standard SQL queries due to its high throughput capabilities.
In either case, understanding how each approach works will help you decide which one best fits your business needs.
What are the benefits of Securing a Database on Multiple Platforms?
Availability measures how long a system is available for use by authorized users. It is usually expressed as a percentage of uptime.
Availability can be improved by increasing the redundancy of critical systems, such as databases, which are often replicated across multiple sites to ensure that they are always available in case of failure at one site.
This approach is known as high availability (HA), and it’s often required for business-critical applications where downtime cannot be tolerated.
Disaster recovery (DR) is essential to ensure business continuity. As with many things in life, what it means for one industry or company can be quite different from what it means for another.
For example, if you’re a small business owner and the only thing that DR protects is your laptop computer and its contents, a simple backup of all files will suffice.
However, if you are an international conglomerate with multiple locations worldwide, DR planning goes far beyond just backing up data.
It also ensures that critical systems can be restored at any location within minutes or hours of failure and even prepare for worst-case scenarios such as floods or earthquakes by having offsite storage facilities ready to go when needed. This type of comprehensive approach is often referred to as disaster recovery.
To ensure that your organization has an effective disaster recovery plan in place, test your plan annually using realistic scenarios that test all aspects of your organization’s response process. This should include simulations involving real people who have been trained on their roles during a simulated emergency.
As your business grows, you need a database to keep up with your company’s changing needs. If your database is not scalable, where new users and applications cannot be added, it could become a bottleneck as your business expands.
If you choose a scalable database, it should support the addition of new users and applications without any issues. This will allow for continued growth without worrying about performance issues or system failures due to an overcrowded server.
Securing databases on multiple platforms is the best way to ensure availability, scalability, and disaster recovery
The availability of your database is ensured because if one database fails, another can be brought online to take its place.
In addition, scalability is easy because you can scale out across different platforms to meet your business needs as they change. Disaster recovery is also made more robust by using multiple databases that can be backed up in different locations.
Securing databases on multiple platforms involves maintaining high levels of availability and redundancy. Database mirroring and clustering are two techniques to maintain the copy of data in another system in order to ensure that your data is continually available.
In a mirroring system, two identical databases will recognize each other as master and slave and replicate data from one to another. In contrast, there might be three or more physical servers in cluster computing that work together for a common mission.
These can be implemented by configuring different ports in the firewall or the routers for better and secured connectivity.