Related Terms
DEFINITION
Low-code
Low-code refers to a software development approach that allows non-developers to run and customize processes with very little hand-coding. In contrast to no-code approaches that fully rely on drag-and-drop and point-and-click visual interfaces, low-code platforms still feature some code but to a much lesser extent than traditional development tools.
Low-code platforms typically offer pre-built templates and simple configuration options so that citizen developers and professionals alike can launch apps and processes more quickly.
Synonyms
Visual programming, simplified coding
Acronyms
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Synonyms
Visual programming, drag-and-drop development, simplified coding
Acronyms
–
Examples
A lot of website builders follow a low-code design. Namely, setting up pages only requires dragging and dropping different blocks onto a page while the backend is automatically handled by the builder. However, customizing the blocks beyond what is available within the premade blocks typically requires using HTML/CSS.
FAQ
What are the benefits of using low-code platforms?
Low-code platforms generally have a much lower barrier to entry than hand-coding platforms while still offering more options for developers than no-code platforms. This makes for the ideal middle ground between no-code and traditional development for some businesses. In these situations, low-code leads to launching apps a lot more quickly and being able to rely on citizen developers for some processes.or example, processing monthly payments, managing escrow accounts, sending account statements, and assisting the customer.
Where is low-code used?
Both no-code and low-code approaches are utilized by software development tools/platforms. However, it can also be used in adjacent fields, such as page builders for low-code or Atfinity for no-code.
How does low-code differ from traditional software development?
Low-code relies on visual interfaces, pre-build templates and simplified configuration tools making it easier and faster to develop applications or processes compared to traditional software development. Likewise, traditional software development requires extensive coding knowledge and time-consuming manual coding but offers a much larger degree of flexibility and customizability.
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