Studies have reported that low code application platforms reduce app development time by almost 89%, allowing the curation with little to no IT knowledge in very less time.
Low code application platforms (LCAP) are beneficial for digital transformation efforts that help bring successful business results quickly. It is a celebrated fact that LCAP solutions enable the automation of codes. But there is more to it than just simplifying coding language. LCAP fosters innovation and effective IT-collaboration. By combining your business’ design expertise with the speed of LCAP, you can swiftly develop and deploy the ideal solution for your goal.
Low-code application platforms bestow businesses with several benefits – low development costs, secure integration of data, multi-experience, integrate legacy systems, and fast development and deployment.
Steps to Promote Innovation with LCAP
Identify Business Needs
Before diving into innovation and collaboration, it is necessary to have a clear understanding of your business goals and requirements. By collaborating with different stakeholders, it is significant to map out the issues you are trying to solve, areas of improvement, and the product you are trying to deliver to the market. Answers to these questions will help in defining your business needs and align them with your strategy, while also measuring its impact.
The aim to build applications and products is to satiate the needs of your consumers. The best way to achieve this is by curating the end-result based on customer needs. Low-code application platforms foster end users to have a say in the app development process and participate. Involving users in the feedback, design, and testing phases can help you gain user insights. This ensures you meet customer expectations and deliver optimal experience.
LCAP opens the door for experimentation, which in turn boosts innovation. It allows you to experiment with a range of solutions till you pick the one generating the ideal result for an issue. Low-code can reward app developers with the freedom to improve their skills by trying out different solutions, which lead to success and constructive feedback.
LCAP triggers interaction and collaboration between users and app developers. Collaborating with respect to your app’s resources, plan of action, and practices with the community (colleagues and peers) can expand knowledge and create opportunities to learn from others.
Apps built on LCAP are dynamic products that require timely maintenance and optimization. By analyzing the performance and feedback, apps can get optimized quickly. Updated apps can help deliver value, meet customer needs, and be adaptive.
Low-code apps help you scale your influence and productivity. Via integrating apps with other systems, leveraging cloud capabilities of the low-code platform, and automating workflow, you can now scale your impact, which thereby helps with efficiency, innovation, and productivity.
Visual Modeling – Collaboration Made Easy
The visual modeling is an in-built feature that lets organizations utilize and capitalize on business knowledge and developer expertise. They can use this to collaborate on cross-functional projects and deliver customer-centric applications.
Visual modeling or visual programming is an intuitive feature that gives a graphical representation of different components interacting with one another. This enables developers to build complex programs in a jiffy. For instance, visual modeling can be of great help when developing web and mobile applications. You may wonder why so? It is because visual programming simplifies debugging, enables parallel work on different projects at the same time, lowers time and cost, and enhances collaboration between teams.
Traditional development does not use visual elements. It operates on a text-based programming language, for instance Java. Since it requires writing codes manually, the developer needs to have abundant knowledge about its syntax. On the other hand, visual programming, as the name suggests, is more of a visual journey. It uses visual features like diagrams, which represent specific programming constructs. Such visual ecosystems comprise drag and drop features. This not only helps business users who have limited knowledge about coding, but also speeds up the development process for skilled developers.
Other Low Code Benefits
Apart from seamless collaboration and innovation, low-code application platforms are favored for various other perks as well –
Enhanced Efficiency and Speed
In light of increased demand and heightened software needs from developers, falling back on LCAP services is the ideal thing to do. Low-code platforms lead to faster app development in lesser time, bringing you up to digital speed. This also helps clear and prevent backlogs, and improves productivity.
Unlike modern low-code application platforms, traditional applications take longer to upgrade. Developers need to manually fix bugs and glitches, which takes up more time and effort. LCAP on the other hand comprises already-tested modules, which let adding new features easier without compatibility issues.
Low-code platforms have a variety of features like drag and drop that minimizes a number of complex manual app development processes. This not only saves development costs but also hiring costs, due to the lesser need to work with professionals.
LCAP is quite adaptable to change, credit to its features’ reusable characteristics. This prevents developers from rewriting codes from scratch. Thus, maintenance is easy as updating codes becomes less time-consuming.
Low-code application platform solutions can do magic for your business. Developing products with the right collaboration between stakeholders keep the communication gaps at bay, and yield quick results without errors.
At Josh Software, our LCAP experts efficiently work in parallel with your team and deliver innovation and collaboration at its finest! We make sure that from development to deployment stages, we have your back and let you utilize all the benefits that come with low-code application development phases.