Whether you are planning to invest in database development, already has, or looking for general knowledge about database knowledge, this article is for you! This article is well-researched to help you learn the keys to successful database development. It will be a great read!
There are several keys to a successful database development; create an optimized network, availability, performance, data integrity and security, and ease of use. Additionally, flexibility, scalability, interaction with other devices in the system, and low power consumption. I will encourage you to read this article till the end.
Keep reading to learn more about the steps involved in database development.
Developing databases can be easy and rewarding, but there are several common mistakes to avoid and several best practices to keep in mind. From knowing the difference between normalization and denormalization to developing good relationships with your database server software.
Here are the keys to successful database development.
1. Create an Optimized Network
An essential step in the database development process is ensuring you optimize your network for maximum bandwidth. It means that you need a firewall, which can protect the system from hackers or viruses, and firewalls between the applications that use the data in your database. One firewall rule is to deny all, meaning don't let traffic through unless you specifically allow it.
When developing a database, availability is critical. Your employees and customers must be able to access the information when needed. All systems can experience an outage at some point. Still, if your design is solid, the time between outages will be shorter. The downside of this approach is that it will not work for you if your servers are compromised.
First and foremost, you want to make sure your database is fast. There are ways of doing this: benchmarking the performance before launch and scaling your application to handle larger datasets. When benchmarking, run tests on sample data that represent the shape of your dataset and keep an eye out for disk performance, CPU utilization, and memory usage. You can also run sampling queries on the production system to validate configuration settings and identify indexes with low selectivity or high cost.
4. Data Integrity and Security
Data integrity and security are essential aspects of any data storage system. Once the data is collected, two significant steps go into ensuring its security: data input and the usage of encryption. Data input goes from receiving information from people or machines and ensures that this information is correct. The other aspect of protecting your data is ensuring its security through encryption. Different encryption methods encrypt pieces of information differently to ensure that they cannot decipher without the key necessary for decrypting.
5. Ease of Use
An essential key to a successful database is the ease with which it can be used—creating the perfect system no one wants to use defeats the purpose. A precious system should make data entry as easy as possible and result in maximum accuracy with minimum effort on behalf of the user.
6. Low Power Consumption
Databases must be powered as efficiently as possible to reduce costs and increase performance. A powerful way of maintaining a low power consumption is by utilizing SSDs. All the newest devices from brands like Fusion-IO, Intel, Samsung, Seagate, and Western Digital are now equipped with solid-state storage support. These disks use more electrical power than magnetic disks but use much less energy than spinning disks when not being accessed.
7. Interactivity with Other Devices in the System
Your database system needs to be able to interact with other devices in the system. Suppose a data-entry clerk can't pull up records on a terminal and make changes. In that case, that information will have to be duplicated manually, and discrepancies can arise. Interactivity is also helpful for reporting. It allows managers at different locations or departments to access company records and quickly pull reports.
8. Flexibility and Scalability
Flexibility and scalability are critical considerations for database development, which helps with the ability to scale up as your company grows. It also leads us to our next point: for data to be flexible, it has to have a reliable storage platform. In other words, the database must be not only able to grow but also stay secure as it does so.
Database systems have become integral to most businesses today, used to store customer information, team member information, sales data, and product catalogs. It can make it difficult to know where to start when designing and building your database system from scratch. Below are the steps you can follow to ensure your success in developing a quality database system that meets your needs.
Decide on the type of database you will use. Learn about this type of database and its features. Choose a name for your database. Get an idea of your system's size; some projects require only one user, while others are designed to serve thousands of users.
2. Requirement Analysis
This stage of the database design process deals with information gathering and goal analysis. It is helpful to assess the volume of data that will be processed and understand what operations are performed by the database. The analysts should collect this information and verify it is correct or makes corrections if it is wrong. Important decisions can then be made based on those findings, such as how the queries will be executed and which tables will use foreign keys to organize the data.
3. Database Design
Database design creates a computerized database that allows users to store and retrieve information. The purpose of the database is to organize information that a business or organization needs to manage. Database design usually involves three main parts:
What are examples of database design tools?
Check the chart below for examples of database design tools.
Information is everything when it comes to the data for your database. To keep it up-to-date, you should plan for regular maintenance and cleaning. The following are some reasons to maintain your database regularly;
Since a database developer and administrator's responsibilities are so closely related, it can often be challenging to differentiate the two roles. These two are pretty nuanced, but their differences can help you determine which one to hire for your business. Check the table below.
|Database Developer||Database Administrator|
|Forming teams to develop the best possible solutions.||Running system tests to verify its performance.|
|Designing new strategies for a system based on current coding standards.||Giving instructions for controlling the content and permissions of databases|
|Keeping track of database changes.||Make sure your data is repaired and backed up to be safe.|
Your database should be a success. These key tips will help you design, build, maintain and secure your data. That way, your company's information can be organized. Database development is necessary for every company; without it, companies would have difficulty staying up-to-date with their business and maintaining client information. Reach out to us at Guru solutions for all your database development services.