Low code and no code are software development methodologies that require minimal coding or no coding at all.
Instead of learning a programming language, these processes involve using pre-built modules to create apps without the need for extensive coding skills.
Low code and no code software development are both ways of reducing the amount of time spent writing code in order to speed up application development and reduce costs.
This blog will look at what low code and no code software development mean, the pros and cons of each approach, as well as examples of businesses that have successfully implemented low code or no code practices.
Table of Contents
What is Low Code Development?
Low-code / No-code development is a software development methodology that requires minimal coding, or no coding at all.
Low code platforms are designed to enable non-technical users to create custom applications without the need to write code, using pre-built modules.
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In many cases, low code software can be deployed in just a few hours, whilst traditional custom software often takes months to build.
In many cases, low code development is used to create internal applications for employees to access, rather than public-facing apps. Examples of businesses that may use low code development include banks, insurers, retailers, and energy companies.
What is No Code Development?
No code development is a software development methodology that requires no coding at all. No code platforms enable non-technical users to create custom applications without the need to write code, using pre-built modules.
In many cases, no code development is used to create internal applications for employees to access, rather than public-facing apps. Examples of businesses that may use no code development include banks, insurers, retailers, and energy companies.
Pros of Low Code and No Code Development
– Speed to market – Low-code and no-code development solution give businesses the ability to build applications quickly, cutting the time it takes to develop software. – Reduced costs – By using pre-built modules instead of hiring expensive developers to create bespoke software, low code and no code development can help reduce costs.
– Scalability – Businesses can create software that can easily be scaled up or down depending on customer demand, without being forced to re-write the code. – Adaptability – Because low code and no code applications are easier to modify, they are more adaptable to changing circumstances, making them more suitable for businesses that may have to pivot or change direction.
– Accessibility – Because low code and no code applications are easier to modify, their accessibility can be increased, making them a better choice for businesses serving customers with special needs.
– Retain talent – Some developers prefer to work with low code and no code platforms, as it allows them to work in their natural language and use the tools they’re most comfortable with. – Reach new customers – Businesses are able to create bespoke software for specific customers with specific needs, which can help you reach new customers that others may not be able to reach.
– Customer service – Low code and no code applications provide businesses with a customer service advantage, as they’re easy to update and make changes to, which can help when responding to customer issues.
– Customer trust – Because low code and no code platforms are designed to be user-friendly and easy to navigate, they help build customer trust, especially if they replace older legacy systems.
Cons of Low Code and No Code Development
– Complexity – Although low code and no code applications are user-friendly and easy to navigate, they can also be overly complex. This makes it more difficult for non-technical employees to navigate the system, which can impact productivity.
– Fragility – Because low code and no code applications are pre-built and use modules, they can break if one module goes down.
This can make them less robust than custom-built applications, which have been created with resiliency in mind. – Low level of control – Because low code and no code applications are pre-built and use modules, businesses have less control over the application and how it evolves.
– Inefficient – While low code and no code apps can help businesses scale up and down quickly, it can be difficult to track and measure employee productivity. – Inaccessible – Because low code and no code applications are easier to modify, they are less accessible for customers with special needs.
Examples of Low Code and No Code software development
– Retail – A retailer can create a low code or no code application that stores employee schedules, customer information, and a CRM system. These apps are used by employees to see what shifts they have coming up and communicate with customers.
– Banking – Banks can use low code and no code to create an app for customers to track their spending, receive alerts for fraudulent activity, and receive recommendations for future financial products.
– Healthcare – A healthcare system can use low code and no code to create an app for patients to track their own health, view doctor’s notes, and communicate with a doctor online. – Energy – Energy companies can use low code and no code development to create an app that allows customers to track their energy use, see how it impacts the grid, and receive alerts when the grid is experiencing issues.
Conclusion
Low-code and no-code software development are both ways of reducing the amount of time spent writing code in order to speed up application development and reduce costs. These types of applications are designed for non-technical employees to access and use easily.
Some of the benefits of low code and no code include being easier to scale up and down, faster to deploy, less expensive to build, and being more accessible.
However, there are some drawbacks to these types of software development, such as being less robust and having less control. When choosing between low code or no code, businesses should consider their current needs and what future needs they might have.
