We’ve had trouble defining RAD software and how to build out the category. The main differentiator for us was the amount of manual coding required. Most of the tools for enterprise business apps function on a drag-and-drop, codeless platform. While others, created to help developers with rapid iteration, require a fair amount of custom coding.
Most people in the tech industry identify RAD as an approach to development much like agile, DevOps and waterfall models. The term refers to Pulitzer Prize winning author and tech consultant James Martin’s approach to rapid development.
Using this approach, teams use software and application frameworks to quickly produce functioning prototypes and test them with users. Teams plan requirements, test prototypes on users, construct full-models and then build and deliver the system.
But products that provide tools to develop on this model don’t all provide the same functionality or fit into the same category. So we broke up these products into low-code and no-code development platforms.
These tools supply developers with a base level of code. They have lots of element libraries and reusable application frameworks. Developers use these pre-made components to create workflows, customize content and test prototypes with users. Many are cross-language and cross-platform, allowing developers to create prototypes and applications in different languages or for different platforms. These platforms are intended to help users maximize usability and performance testing while writing as little unique code as possible.
No-code development platforms
While low-code tools provide source code and frameworks to utilize RAD principles, these products are even more streamlined. They function as drag-and-drop application builders to produce applications without writing a single line of code.
From an end-user perspective, these tools produce very similar products to that of low-code tools. But they can be utilized by non-developers, often with ease. Users with no coding or software engineering experience can jump right into creating an application. They often possess platform- or industry-specific templates to start with. Users can quickly create pages they believe their application will need, create interactive databases with their own existing information or string together complex business processes.
Many also integrate with external cloud services. These tools allow a company to connect multiple applications they already use and centralize them, allowing easy access and a streamlined workflow.
As an analyst at G2, Aaron’s research is focused on cloud, application, and network security technologies. As the cybersecurity market continues to explode, Aaron maintains the growing market on G2.com, adding 90+ categories of security technology (and emerging technologies that are added regularly). His exposure to both security vendors and data from security buyers provides a unique perspective that fuels G2’s research reports and content, including pieces focused on trends, market analysis, and acquisitions. In his free time, Aaron enjoys film photography, graphic design, and lizards.