No-Code/Low-Code vs. Custom Software Development – Who Wins?
It’s fair to be skeptical of deploying low-code development. Many people believe that as no-code/low-code development becomes more popular, custom software development will become outdated. According to Gartner, low code application development will account for more than 65% of all app development by 2024, with 66% of large organizations adopting at least four low code platforms.
When should you use a no-code or low-code solution and when should you choose custom software development? Is it possible that a future without code will eliminate the need for developers?
Let’s take a closer look at low-code vs traditional development and the significant differences between them, so you can make an informed decision.
Low-Code and No-Code Platforms
The term “low code” refers to the use of small amounts of code to develop software. This option is mostly for developers who can write and hence successfully employ low-code instruments.
A non-coder, on the other hand, can use low-code platforms to create basic software. The only constraint is that they will only be able to assemble and rearrange ready-made blocks, not improve them. Thus, the main advantage of a low code platform in this scenario gets negated
No-code development appeared to be an answer to the global software developer shortage. The idea behind it is that anyone can become a citizen developer by dragging and dropping features onto a canvas and uploading images.
The idea of no-code development is quite similar to that of low-code development. People with different backgrounds are given a visual representation of software and the choice to design its logic using predetermined settings. They also arrange the software UI using drag-and-drop features.
The SCAND team is keeping pace with this trend and has created a low-code tool called Flowrigami, an open-source BPM tool, designed to edit and visualize diverse workflows and configure them using graphic components.
Custom Software Development
Custom software development refers to working with a specialized team of developers to collect specific requirements, devise a plan, and create custom code for software to meet the specified goals. To decide on all of the features the software should have, the client consults with their in-house or outsourced development team. The IT team begins building the software once both parties have agreed on the plan. Once they’re done, the process continues to the testing stage, where QA specialists begin testing it to ensure it performs what it’s supposed to do.
Choosing The Right Option For Your Project – What To Look For?
Low-code and no-code solutions are build-as-you-go so there’s no need to wait for a development team to outline and begin creating software while you use workarounds.
One of the most significant differences between custom software solutions and low-code/no-code platforms is that the platforms are available immediately after purchase, whereas custom software has to be built before it can be released.
Customization of low-code/no-code software can take anywhere from a few days to a few weeks. The use of a pre-built platform rather than building code from scratch results in a shorter development cycle.
Custom software development can take anywhere from 4 to 9 months to produce a finished product that the client can use.
The length of a project’s timeline might vary based on the business’s requirements and the size of the development team, although writing code from scratch always takes longer than using pre-built functionality.
The major difference in cost is where the development burden lies. With low-code and no-code platforms, the client only pays for access to the service, not for the entire development process.
A more expensive, custom-software solution has the advantage of providing a specialized development team to focus on the client’s business requirements. Smaller businesses that employ low-code/no-code solutions may need to rely on the service provider’s development team or software partners for technical support (if they don’t have an in-house staff).
There’s a myth that developing custom software is excessively costly. When compared to manually managing processes or attempting to build your own database or app, software development can be quite affordable.
Of course, the price varies based on the project’s scope and the company’s requirements; enterprise-class software will cost much more than a small-business-scale solution. The price tag may well be worth it for businesses that want highly customized software that would be impossible to develop using a low-code/no-code solution.
Low-code platforms are usually aPaaS (application platform as a service), which means they’re run and maintained by the software’s owner. The hosting company is in charge of software updates and enhancements, not the business that subscribes to the service. This helps businesses with small development teams to benefit from well-maintained software without having to hire a team or rely on a third-party vendor.
As the company’s goals and needs change, there will always be adjustments or revisions. Custom software solutions will require the implementation of these upgrades by an in-house or third-party development team. Software updates will go through similar (although smaller) phases of the software development process, with teams brainstorming, designing, and testing new features.
Revisions can be strictly controlled in companies with a specialized IT team. Businesses will be able to see what modifications are being made and when they will be implemented.
Security compliance is one of the major concerns in software development. If your software is based on hand-written code, you may rest assured that it is stable and safe because you are aware of all of its quirks and thus have control over it and can eliminate shortcomings at any time.
When it comes to low-code/no-code software, you have to rely on the platform, so if something goes wrong with it (for example, if it is hacked), your software will be vulnerable as well. Hackers can simply exploit security flaws and access your system and cause you software failures and data leaks. Furthermore, you should follow the platform’s requirements and use what it offers (database, cloud storage, etc.).
Even if you start working with a team of skilled developers, customizing