There is an ever-expanding amount of data on the Internet, so much so that it is impossible to collect everything available online. Social media platforms are one reason there continues to be more data every day. If you imagine how much data is posted to Twitter and Facebook every day, you can imagine why database development and management are absolutely critical for social media networking. In order to have a large platform where people can post data, you need databases and servers running behind the scenes to keep everything going according to plan for users who never see the technical backend.
Technical Development Process
The technical development process has come a long way, and there is a fleet of IT professionals that can help any business get databases up and running. While some IT knowledge is preferred, it is possible for everyday business owners to get started and develop a database for social networking. The entire process of developing and managing databases is complicated, and the details will vary from company to company, but there are some universal guidelines that any business can use to get the process started. It is important to remember that it is always preferable to bring in an outside expert rather than trying to do everything yourself without the proper skills. Getting your backend tech setup correctly is too essential to let pride stand in the way, so if you feel like you are having a hard time, it is time to call for some help.
Take Your Time Setting Things Up
It can be tempting to get your database up and running as fast as possible, but it is better to take your time and make sure everything works correctly. You do not want to find issues in the future and stop normal productivity to fix them when you could have done things right the first time. Engineers can sometimes unknowingly take shortcuts and not think about what the business might need in the future. It is better to slow down development to ensure all the features you want are appropriately configured and there is enough room in the architecture for future additions. If you plan to use any third-party programs for your database, like Cerner Citrix, you must make sure all the software is compatible.
Flexibility and adaptability are vital characteristics for any database as software, processes, and hardware will change over time. Each business makes a database flexible in its own way as some companies will want interconnected databases for better, faster storage solutions. In contrast, others focus on other aspects like archival backups or non-text storage. Mass storage requires storage servers, preferably with NAS drives designed to connect to a storage network that can expand to create a massive storage bank of connected computers. Quickly moving data from one place to another would perform better with SSDs over mechanical drives but at the price of smaller storage capacities. Consider what your business needs and will need from a database rather than only fixing your current issues. This is also when you should talk with other teams in the business to see if they have any needs for the database or ideas to corroborate across teams.
Prepare For Disaster Even If It Never Comes
No one ever thinks about their backup or emergency systems until they need them. It is easy to think that since the system works today, it will work tomorrow, and there is nothing to worry about. However, things can and will go wrong sometimes through no one’s direct fault. Technology is not known for working 100% of the time, so it is wise to have systems ready for when issues do arise. The first thing you should do when setting up a database is to set up a backup server that will store copies of your data in case something happens to the central database or storage servers.
You can set up a fully redundant server filled with NAS drives to instantly copy data from the central database as an automatic backup. Other, smaller systems might be fine with storing versions and backups on less dedicated hardware. Try to limit the impact of your backup protections as you do not want to slow down your primary server. Protection and backups are essential, but not at the expense of dragging down PICE Gen 4 transfer speeds on your primary machines.
Dealing with Massive Data
Faults, errors, and issues will happen as they are unavoidable when dealing with massive datasets and databases. Humans frequently make typos, data decays over time, and testing changes can sometimes damage data in the process. While backups and protections are critical, you must also develop a database that can handle some stress and errors. You can set up filters to catch typos or oddities and establish a routine for regular database and or server maintenance to keep things as smooth as possible. Standardizing data can help catch more errors, but be careful you are not eliminating unique data points in the name of easier management.
Part of preventing disasters is also limiting who can mess with your database. Only the people who absolutely need access to the database for their job should have it. Even if the rest of your employees are trustworthy, it can save troubleshooting time if you restrict access to a small group. You should also physically secure your database so no one can walk up and plug something in. If you can manage who has any type of access to the database, you have a much smaller list to check with when something goes wrong.