No-code Databases 101

Introduction to relational databases with no-code

January 9, 2023
This post is part of a series:
No-code Databases 101
If you haven't read the previous post
you should read that first.

If you are familiar with spreadsheet software like Microsoft Excel or Google Sheets, you are already well-equipped to learn about relational databases. A relational database is similar to a spreadsheet in that it stores and organizes data in a structured way, using rows and columns. However, there are several key differences between a spreadsheet and a relational database that make the latter a more powerful tool for storing and managing data.

One of the main differences between a spreadsheet and a relational database is that a spreadsheet is a flat file, meaning that all of the data is stored in a single sheet. A relational database, on the other hand, is composed of multiple tables that are connected through relationships. This allows you to create more complex relationships between different pieces of data, making it easier to search, sort, and update your data.

Another difference between a spreadsheet and a relational database is that a spreadsheet is designed for manual data entry and manipulation, while a relational database is designed for efficient data processing and querying. A spreadsheet is typically used to enter data manually and perform simple calculations, while a relational database allows you to create complex queries to extract specific information from your data.

Despite these differences, a spreadsheet and a relational database share many similarities. Both use rows and columns to organize data, and both allow you to sort and filter your data. If you are familiar with spreadsheet software, you will find it relatively easy to learn about relational databases and how to use them for your business or organization.

In the following posts, you will learn more about the components of a relational database, such as tables, fields, and primary keys, and how to create and design a database using a no-code tool like Noloco or Airtable. You will also learn how to query and filter your data using Structured Query Language (SQL) and how to import and export data from your database. Finally, you will learn about advanced database concepts and how to use relationships to connect different tables and create links between different pieces of data.

Up next in this series:
Creating and designing a no-code database