In a world of global competition, one must be productive and efficient simultaneously to stand the incoming waves. No matter how hard it might sound, the emergence of low-code/no-code (LCNC) platforms has smoothly integrated both productivity and agility. However, the unearthing of this new software development method has opened a plethora of ways for less-experienced creators and developers. Developers who are used to sitting for hours playing with intricate coding pathways for the simplest of features or products are now aware of the ease the low-code/no-code platforms have brought to the table.
Given all the hype that came with the dawn of low-code application development, the argument still swims through the air. But will it keep up with the climb in the future? If yes, then why?
Why can low-code/no-code platforms be the future?
The ultimate currency in today's world is uniqueness. Like any other field, the software development sector demands you to be unique. However, the bad news is that you need more time to create uniqueness. This is where the low-code/no-code platforms come into play and can be a real deal in the future. Companies today need multi-functional software made simple. As easy as it may sound, low code/no code has made what once was nothing more than tea talk possible. However, on what basis would you put the low-Code industry into the future's basket? Maybe the perks that come with it.
LCNC platforms are less predisposed to software bugs
Low Code/No Code (LCNC) platforms are considered less prone to bugs because they prioritize ease of use and streamlined development processes, which can result in fewer errors and better stability. Here are three major arguments that support this claim:
Declarative approach: LCNC platforms use a declarative approach, where the developers describe what they want the system to do, and the platform takes care of the implementation details. This approach reduces the chances of bugs as the developers don't have to worry about the underlying technicalities, and the platform is built to handle such intricacies.
Pre-built components: LCNC platforms come with pre-built components and modules, which can be easily assembled to create applications. The platform providers test and validate these components, reducing the risk of bugs as the developers don't have to write code from scratch.
Automated testing: LCNC platforms often come with tools that can catch bugs early in development. These tools are designed to run frequent tests on the application, ensuring any bugs are detected and fixed before the application is released to production. This reduces the likelihood of bugs causing issues for end-users.
LCNC platforms will lower your costs
This is the best part of it. Less coding not only saves time, but it also saves you money, lots of it! Where traditional applications for large businesses cost millions of dollars, the low-code approach significantly cuts down the expenditure. Let's deep dive:
Increased Efficiency: LCNC platforms streamline the manufacturing process, reducing the time and effort required to complete tasks, resulting in lower costs and higher productivity.
Lower Maintenance Costs: LCNC platforms are designed to be user-friendly and easy to maintain, reducing the cost of upkeep and repairs.
Improved Accuracy: LCNC platforms use advanced technology to ensure accuracy in every aspect of the manufacturing process, reducing the cost of errors and waste.
Enhanced Scalability: LCNC platforms can be easily scaled to meet growing demands, reducing the cost of expanding production capabilities and ensuring long-term cost savings.
LCNC platforms will be influenced by the integration of Artificial Intelligence (A.I.) algorithms
AI has the potential to revolutionize low-code/no-code platforms by making them even more accessible and intuitive for non-technical users to build complex applications. AI-powered tools can automate repetitive tasks, suggest the best solutions for a particular problem, and even provide real-time feedback on the design and functionality of the application being developed. This will greatly improve the speed and efficiency of the development process, making it possible to create high-quality software in less time and with fewer resources. As a result, AI is likely to have a profound impact on the way software is developed today and in the future, making it more accessible and democratizing the technology so that anyone can create their own software.
One of the key ways in which AI will change low-code/no-code platforms is through the automation of repetitive tasks. For example, AI algorithms can be used to generate code snippets or even entire blocks of code based on user input and the requirements of the application being developed. This will greatly speed up the development process and reduce the number of errors and bugs that can arise from manual coding. Additionally, AI-powered tools can also be used to optimize and improve the code generated by the low-code/no-code platform, making it more efficient and easier to maintain.
Another way AI will change low-code/no-code platforms is through the use of predictive analytics and machine learning algorithms. These algorithms can be used to suggest the best solutions for a particular problem, helping users to quickly identify and resolve any issues that may arise during the development process. For example, if a user is trying to build a complex application, an AI algorithm could suggest the most appropriate data structures or algorithms for that specific problem, helping the user to save time and effort in finding the best solution.
In addition to automation and predictive analytics, AI will also impact low-code/no-code platforms through the use of natural language processing (NLP) and computer vision. These technologies can be used to make the development process even more intuitive, allowing users to interact with the platform using natural language commands and visual aids. For example, a user could simply say “create a login page” and the platform would automatically generate the necessary code, saving time and reducing the risk of errors. Additionally, computer vision can be used to automatically identify and fix visual issues within an application, helping users to quickly resolve any design or functionality problems.
The impact of AI on low-code/no-code platforms will also extend to the testing and deployment stages of the software development process. AI algorithms can be used to automate the testing process, quickly identifying and fixing any issues that may arise. Additionally, AI-powered tools can be used to deploy applications in a more efficient and streamlined manner, helping users to quickly get their applications up and running without having to worry about manual deployment processes.
One of the key benefits of AI in low-code/no-code platforms is that it makes the software development process more accessible and democratized. Non-technical users can now build complex applications without needing to have extensive technical knowledge or programming skills. This will have a profound impact on the technology industry, allowing more people to get involved in software development and contributing to the creation of new and innovative applications.
FACTS AND FIGURES
Predictions and analyses are already on the table. According to research, the low-code development market will grow to $15 billion by 2020 and an astronomical $27.23 billion by 2022. This is huge considering its current worth, which is $4.32 billion. In addition, more than 56% of corporate entities aim at increasing their use of low-code platforms.
Given the above facts and figures, the domination of the low-code industry can be well predicted and analyzed shortly.
In a nutshell, low-code/no-code platforms are the future of software development for many reasons. They are more accessible, faster, and much more efficient. Whether the developers are on board, the industry continues to grow with the increasing demand for low-code platforms. Besides other benefits and juicy stuff, the rise of a low-code/no-code app development approach will push the developers to be at their best. It will significantly challenge its monopoly over the development industry. They will have to be efficient and competitive.
Apart from that, low-code frameworks assist programmers, and citizen developers in speeding up the software development process. This makes the whole process very convenient and time-saving for programmers. This unique software uses various visual and linguistic models for an end product based on low-code software. You can call low-code/no-code software a minimalist version of the hefty and bulky software. This software is surely going to ease our lives. The development process of this software is relatively straightforward. In contrast to low-code software, hand coding is quite challenging. Therefore you don't have to spend months dealing with an app. The no-code software is there to make the lives of all the 'app designers' easier and smoother. A plethora of features like attractive security features, scalability options, cross-platform accessibility, and others are an added advantage of low code software. Apart from being speedy, this software is attractive for its users due to its unique features!