MySQL

We use MySQL primarily for the backend database to our corporate intranet. In this case, it powers all the apps that run on this web-based system, including user details (matched against and extending our ldap directory), technical document retrieval, IT helpdesk tickets, and our design change request system.

MySQL allows us to implement an enterprise-grade database in a cost-effective and easily supportable way - we don't have to depend upon proprietary database formats, it has great performance, scales as we need it to, runs on a variety of operating systems, can be easily migrated to new hardware and is easy to securely backup.

Because it is easily and widely connected to, we can also use it in a variety of other apps and as a repository for large amounts of structured data.

We have at least 15 databases with MySQL We have solved our performance and response issues by getting queries fast

Due to its friendly user ineterface and extensilbility with upgraded new features, we as full stack developers perfer to user it for storing and reterving our data. The main problem that it has fixed for us will be its feature of supporting large databases. Also, due to the client and utiliy programs that Mysql offers it is one of the best choices for our business needs.

MySQL is a relational database solution. It is being used as a durable backend database for almost all of our internal applications. Every PROD grade application requires a robust database, which is highly available and robust. MySQL has all of those features and is proven one of the best in the industry. Nowadays, new database solutions are available that store data in JSON, key-value format. MySql stores data in a tabular format which is one of the best ways to store information. It also increases the read speed exponentially if stored in a tabular form, just like MySQL.

Data redundancy is controlled and duplicate data is eliminated, weaknesses between the data are reduced, a process of extracting additional information from the data can be carried out, the data is shared safely, they offer you good maintenance of standards, security is strong against access by unauthorized users, access codes are assigned that will provide security to your data and your team.

Many of our applications are built on MySQL DB with different application layer platforms such as PHP web applications and java desktop applications. with stable backend relational data management options, MySQL gives robust and flexible database infrastructure to proceed with dynamic application requirements. also, MySQL's native capabilities are helpful to reduce complexity of operations.

I use Mysql in my organisation to save the data of our application and maintain historical data of our application and user data and logging data. Mysql is very compatible with all the frontend applications build in any languages, which helps us to have durability of the application data and also can perform many scheduled jobs in mysql

A client needed MySQL as part of a local server and app (Decisions) for their investment department for day to day analysis. We're required to set up MySQL with each user who needs this set up on their workstation and ensure it's being accessed and used successfully by the Decisions app.

We are using MySQL in a few of our microservices application databases. We chose MySQL because its easy to use, has a lot of documentation both official and non official, has a large userbase, os easy to maintain and quick to install with fairly minimal configuration. The last bit is arguably most important for us since at the mooment, we need something that can be done quickly to make our application available to the user.

MySQL has helped me to excel in my field of deploying cloud-native applications and provided me a smooth route to carry on my everyday work. I did not face any difficulty getting started, and it offers a customizable interface so that one cannot get stuck in the high burden of the programs. This tool is providing me better data integrity along with better customer service. It is helping me in my online business to a great extent, as I never faced any difficulty in any transaction and it provides a high-speed transactional processing system.

Most of our internal applications use MySQL as their database. For example, our team owns a JVM tuning & testing platform will need to store each request coming to the platform and their status. We choose MySQL as our database.

We use MySQL as a RDBMS in a variety of web systems across the entire organization. It's very easy to use, install, and support multiple configurations for a variety of use cases. MySQL has helped us to improve our response time in providing database infrastructure to a wide variety of projects.

In my team, we are using MySQL as a relational database management system for internal software development projects. It helps us to store data in a well organized and systematic format, which, in return, results in better management, less utilization of resources, and time savings.

MySQL is serving more than one department in our organization. In the R&D department, it's being used as part of our software development. Other departments such as product, customer success, support, business development, and more are using it for managing the customers, for getting analytics, for creating reports and dashboards, and acting by this data.

MySQL is used as our relational data store for information in support of our software platform - software as a service for internal communications and employee experience. It is used across the entire product offering for frequently accessed and transactional data with multiple instances including master, failover, and read replicas.

MySQL is used by the whole company. This is a very useful structured database managing tool which helps us in our day-to-day data mining and creating excel with this huge data. The best part of it is if we accidentally make any wrong inputs while capturing any of the data details in our day-to-day activity it can be very easily fixed for a long list of sheets in a single go with a set of queries. MySQL provides the best way to interact with the SQL database. It offers the best available security toward SQL database and maintenance also it takes care of large databases to be optimised and responsive to every action.

I have used MySQL across different companies, mainly as a DB for web pages (along with Apache and PHP) and web-based applications (internal and external). It provides a fast, reliable and efficient DB solution.

MySQL is used in the whole organization, for variety of engineering and business purposes. Examples of uses:

• DevOps pipelines data
• Software artifact data and metadata
• Test results
• Validation results
• Users and their associated data
• Extracts from Big Data systems

MySQL is a data store many users are familiar with, and that makes for easy adoption. The infrastructure teams have experience in running it reliably.

MySQL is mostly for vetting out developers to make sure they had enough knowledge to accomplish specific job duties. I created a bunch of tables and relationships, and populated a couple hundred rows of data across all of the tables. Then I gave developers a test asking them to send me back SQL scripts to perform various SQL, DDL, DML tasks and I would validate everything to make sure it worked as it ought to.

MySQL is being used by our core team to develop and test out our prototype applications. It is lightweight, easy to use, and offers plugins for almost all of the widely used programming languages. Thanks to MySQL, spinning up a database to back prototype applications is a quick process. The rest of my organization is using Oracle Database 12c.

I use MySQL for database management. I do school projects for web security classes with PHP. We use PHP for the backend and use MySQL for the database. This platform has good security features, and it was very easy to match with PHP and postscript databases.

We use it extensively and it has been great to us. It is simple and fast and a piece of the foundation to any service.

We used MySQL at my previous job. We had a WhatsApp like application named Wirofon. We were using a MySQL database to store subscribers information and for call routing and call barring rules.

MySQL is being used to log datasets from a series of electro-mechanical devices (due to NDA, I cannot discuss the specifics). These devices are mechanical in nature, with sensors monitoring properties of the devices. In this particular context, I am looking for failure points and building risk models around those points. However, I have looked at multiple databases for this particular project, and without a doubt, MySql is my favorite as it's simple to set up, and works seamlessly with a LAMP (Linux, Apache, MySql, Php) installation), which really is the selling point here.

It is used as a database for the website and application development in our organization. It is used by the technical department in our office. MySQL is a relational database management system which we can use in phpMyadmin and use to save data and work with data while developing a web application or websites.