Enable Enterprise-Grade Collaboration Features With Real-Time SQL
Tags: realtimesql, sql
Published: 2022-02-01 18:41:39

SQL is a language used primarily to query and manipulate data in relational databases. It is one of the most widely used programming languages in use today.

The SQL query language is a flexible and powerful tool used in any database. It provides the ability to create, query, update and delete data according to the needs of your enterprise.

Enterprise-grade collaboration features offer real-time communication and co-creation between team members to facilitate better decision-making for business processes like supply chain management, outsourced R&D services, or sales & marketing initiatives.

Using SQL, you can build applications with real-time collaboration features and more efficient content distribution.


## What Is Real-Time SQL?

SQL is a standard language used by databases to define, maintain and run relational database management system data.

Real-time SQL gathers data from the users and then sends it back to the database server. It provides a single point of access to all data in the database. It also has the advantage of providing immediate feedback, which is beneficial for an application with many users. This makes it possible for users to work on tasks anytime without waiting for the request to be processed by the database server.

The most crucial benefit of real-time SQL is that it helps in reducing latency (or speed of response) in real-time.

You can also use real-time SQL for other non-relational databases, such as NoSQL or object-relational databases. It can also be used with web apps, mobile apps and web services.


## Easily Search for Existing Questions and Answers

The real-time SQL function is a powerful tool that you can use to find existing questions and answers in a database. This function lets you search for questions and answers in your database across all databases on your server. Real-time SQL can be used for various use cases and applications.

For example, instead of waiting for the data to come back from MongoDB, you can perform a query on your database or any other database connected via ODBC or JDBC.


## Create and Monitor Real-Time SQL Reports and Dashboards

SQL reports are an essential part of most organizations, although these reports can be quite challenging to generate using traditional tools. This process can be automated using [real-time SQL dashboards](https://materialize.com/use-cases/), allowing for flexibility in creating and monitoring the reports.

Creating real-time SQL reports and dashboards is like building a house. The foundation needs to be strong for the house to stand firm. If there are too many problems with the foundation, the house will fall sooner or later.

The first step is selecting your tools and configuring them correctly according to your company's needs.

The process begins by creating a report template with all the necessary components to create real-time dashboards. The next step is to download the report template and create a live connection to a database that you want to monitor. After this, you can create new queries or modify existing ones based on your needs.

To create real-time SQL reports and dashboards, it is necessary to set up a database connection.


## Build a Relational Database

Relational database management systems (RDBMS) are among the most common database management systems in use today. Relational databases are databases primarily used to store data in a logically structured way.

You can build your database in minutes rather than hours using real-time SQL. You can do this with the help of an API that allows you to connect to your database remotely via SQL commands.
When it comes to relational databases, there are two types of tables: relational and non-relational.

The following is how to build a relational database using real-time SQL.


How to build a relational database using real-time SQL:
1. Create an empty database
2. Create a schema
3. Create tables within it
4. Create relationships between existing and new tables
5. Perform queries or insert, read, update and delete data


## Execute Complex Queries Across Enterprise Platforms To Fetch Live Data

Using real-time SQL queries, enterprises can focus on the data they need to analyze and act on. They can avoid having to rebuild the query to get live data.

There are various ways to execute complex queries across enterprise platforms. These methods include database triggers, stored procedures, or database views and functions.

The advantage of using these methods is that they are easy to set up and maintain and allow for the flexibility of database design (more than with tables). The disadvantage is that there may be performance issues in large databases. The alternative is executing queries in an ad hoc manner, with limited performance benefits but greater flexibility.


## Visualize Your Metrics in Real-Time

Real-time SQL is a new feature that allows companies to view their metrics in real-time. It can be used in multiple ways, such as the following:

**Scenario 1:** You have a new project and you need to see how your team's performance is on the project. With this feature, you can view your team's performance as soon as they finish the work.

**Scenario 2:** You want to monitor the quality of your company's performance in terms of key metrics such as bounce rate, average order value, conversion rate, etc.

To visualize metrics in real-time with SQL software, you need to follow some simple steps:

- The first step is to gather the information you want to visualize. This includes the time range, metric type and field names for each metric.
- Secondly, set up some filters - for example, if you want to show all events that happened in a specific time range with a specific metric type and value.
- Thirdly, create an SQL query that will generate the desired visualization based on these filters.
- Finally, put all of this together in a graph with charting software like Tableau or Excel.


## Have Your Results Securely Shared Across Databases

SQL is the most widely used language for manipulating relational databases. It can get data from one or more tables and then analyze it, filter it and organize it. Real-time SQL is a powerful and popular feature that can also be used to share data securely within a database. It can save your team hours of non-productive time by taking the tedious work out of data processing.

Real-time SQL software is not just limited to the use cases it was designed for. There are many ways to use it to make your life easier and more productive in other ways as well.

1. Real-time SQL will speed up your data processing if you need to process or summarize large amounts of text, data, or images. This will increase productivity and allow team members to work at quicker paces.
2. You can also have your results shared across databases securely using real-time SQL so that your team does not have to worry about losing valuable records by copying and pasting them across different databases.


## Achieve Hybrid Cloud Flexibility at Scale 

One of the biggest challenges in cloud computing is how to shift workloads to the cloud in a secure and manageable manner.

Hybrid cloud flexibility has been achieved by leveraging real-time SQL functions. This function allows you to move workloads from on-premises or public clouds to hybrid clouds and vice versa.

The idea of a hybrid cloud is to integrate two or more platforms into one infrastructure to increase agility, reduce costs and improve security.

Several variables can make up for the overhead of maintaining enterprise-class cloud infrastructure. You can shift workloads within public and private cloud environments to flexibly scale digital clouds by using real-time SQL and automation. This helps your business save on IT costs and scale and reduce the time it takes for operations.


## Run Queries Simultaneously With Other Users

Real-time SQL is a database implementation that allows numerous users to simultaneously run queries without any influence from each other. It uses shared resources such as locks, semaphores and buffers, specially designed for concurrent access by multiple users to provide an extremely high degree of concurrency with low contention on shared resources.


## Diagnose Root Causes Faster by Correlating Metrics Across Teams

For many companies, their IT infrastructure is their competitive edge. By having a robust IT infrastructure, they can be more competitive in the market. To ensure that their IT infrastructure is as effective as possible, they need to stay ahead of the curve and keep learning from each other to [find root causes faster](https://materialize.com/streaming-sql-intro/). To do this, IT teams are using real-time SQL to diagnose root causes more quickly by correlating metrics across teams and getting a better understanding of how changes in one area impact other areas.

Real-time SQL also allows you to collect metrics for every second instead of every five minutes or more. It does this by correlating metrics across teams so that you can get to root causes faster because of cross-team correlations.

There are two types of RDS queries real-time queries and stored queries.

A real-time query starts with a stored query and then updates it on the fly as new data becomes available.

A stored query is when you want to track the change over time but only retrieve the results at a previous point in time (e.g., one hour ago).


## Ready To Start Monitoring Your Enterprise Data in Real-Time? 

In the last decade, online collaboration has become an essential aspect of conducting business. Many new technologies have allowed collaboration to become more accessible and seamless, but there is still room for improvement. Real-Time SQL is a new technology that can provide real-time collaboration capabilities.

The process of creating and monitoring real-time SQL reports and dashboards is very complicated and time-consuming, but a streaming database, SQL reports can be generated with ease. As you can see, SQL has ways to improve collaboration and overall productivity. No wonder companies in hundreds of industries are adopting this technology in droves.