Tag: Rapid Application Development

  • How Low-Code Makes DevOps Stronger

    How Low-Code Makes DevOps Stronger

    While its roots can be traced back to rapid-application development (RAD), low-code application development started to gain serious momentum about three years ago. Initially, some in the DevOps community dismissed the trend, even as myriad approaches—from no-code to low-code for professional developers—started to enter the market.

    At the time, enterprises of all sizes had embraced agile software development processes, moving to cloud infrastructure for some critical workloads and using test automation tools widely. DevOps emerged as an essential discipline, and it was assumed that its dominance would overshadow low-code.

    Fast forward to 2021, Gartner predicts that the low-code development market will increase by 22.6%, to a total of $13.8 billion in one year, so it’s clear that the obituary for low-code was premature. The growth of the low-code market hasn’t restricted growth of DevOps, either. Thousands of medium to large enterprises either are already adopting or planning to adopt low-code for professional development, and DevOps’s growth continues. Low-code platforms for professional development haven’t replaced the DevOps model; instead it places an emphasis on a robust software development life cycle working with the business and IT to increase the velocity of transformational digital experiences.

    The Need for Speed

    During the early days of the COVID-19 pandemic, many organizations were compelled to accelerate their digital innovation to adapt their business activities to the new normal, or find new ways to compete against more nimble competitors to stay afloat. To enable delivery of their services to suddenly distributed customers and employees, they began to switch to low-code development platforms to deliver solutions faster.

    Low-code software is easy customizable, can fit any organizational needs, doesn’t require in-depth coding skills and speeds up development. Low-code platforms feature a host of pre-made tools to develop an app in a matter of hours instead of weeks or months.

    Some low-code development platforms feature integrated DevOps services and automated testing capabilities. Cutting edge platforms use AI to generate test cases to be executed on the cloud as part of the continuous integration/continuous delivery (CI/CD) pipeline). While these platforms It don’t replace developers, they can help to automate their work so they can focus their time on new features and big ideas, rather than on coding repetitive but essential tests, or on figuring out the back end complexities.

    A Confidence Booster

    With a low-code platform, DevOps teams get automated tools for testing, deployment, security, data management — all of the back end development necessities — plus front end and design capabilities. This is a very different set of skills and expertise, but using low-code platforms to simplify development processes allows almost any developer to work on any app through its full life cycle.

    Even if an aspiring coder from the organization’s marketing team builds an internal app, DevOps team won’t have to worry about build validation or version control, because low-code enables a continuous process.

    One small DevOps team can efficiently and confidently manage building and deploying an app from any developer. It can also deploy these apps across multiple devices — with very little upskilling of different programming languages required. Low-code platforms include pre-wired components, templates and sample apps for smart speakers, wearables, AR, PWA, native mobile and other real-world use cases.

    Strategic Focus

    Once low-code frees the organization’s DevOps teams from repetitive tasks and eases workload burdens, teams can concentrate on more complex problems, like upgrading and maintaining existing enterprise-class apps — enterprise resource planning comes to mind — or work on other high-value digital and operational strategic initiatives.

    Long Live DevOps and Low-Code!

    Low-code for professional developers is best suited for developing consumer-grade mobile and multi-experience apps. Whether an organization is trying to digitize an old process or create new ways to engage with consumers, business partners, customers or employees, low-code development helps organizations be more responsive and agile — just like a good DevOps culture. With the ever-rising demand of a digital economy and the subsequent shortage of development talent, by adopting the velocity of low-code development approaches, we can enhance the power of the developer (and the DevOps) models to meet the next business challenge.

  • How Low-Code and No-Code Solutions Compare to RAD

    How Low-Code and No-Code Solutions Compare to RAD

    Low-code and no-code solutions help line-of-business workers to create applications more quickly and advance business needs. But how do low-code solutions compare to the rapid application development (RAD) tools of yesterday for non-developers? Let’s take a look at the drawbacks and advantages of the low-code solutions of today, who should use these solutions and which application types are best-suited for low-code/no-code.

    RAD vs. Low-Code/No-Code

    First off, let’s discuss some of the key differences between RAD and low-code/no-code solutions. RAD solutions are development tools that combine an integrated development environment (IDE) with some code generation features, primarily on the UI side.

    No-code/low-code, on the other hand, refers to platforms on which codeless design time produces fully deployed applications, whether in the cloud or on-premises. This includes the entire application technology stack—back end, middle tier and UI. While it might not be accurate to say all low-code solutions are RAD solutions, it would be accurate to say low-code is an offshoot of RAD, though a far cry from the RAD solutions of the early ’90s.

    Low-Code and No-Code Advantages 

    Modern low-code and no-code platforms are advantageous to non-professional developers because of their shorter learning curves. These solutions cover the entire application stack and development, testing and deployment process. There is also no need to install multiple components to create a fully functional development environment, as most of the new tools run in a browser and deploy in the cloud.

    Low-Code and No-Code Drawbacks 

    The drawbacks of low-code/no-code platforms are similar to those experienced with RAD. You still need to deal with the code, since in many cases the developer has no control or knowledge of what files were generated or modified as a result of visual tool-related activities. This affects source control approaches and integrations of the code with third-party components. Furthermore, the quality of generated code can be questionable and proprietary in some implementations. This can lead to issues with code integrity across implementations if care is not taken.

    One of the key factors of measuring the quality of the generated code is it should use the most popular and widely available (open source) frameworks instead of proprietary frameworks, so further maintenance of the code is straightforward and does not require an additional learning curve. The quality and complexity of the generated code also should be measured using traditional tools.

    When to Use Low-Code/No-Code 

    Which applications work well with low-code/no-code development? Because low-code and no-code allow developers to concentrate on the business logic of building blocks, this strategy is well-suited for business-type applications. Low-code building blocks and components can be created by more technical people also by injecting some code into standard visual components, ending up with no-code required building blocks for businesspeople to construct applications. This approach also fits well into the “bimodal IT” approach popularized by Gartner.

    Low-code/no-code and RAD were both built with the same end goal in mind: to speed development and deliver applications more quickly and more consistently. However, low-code solutions offer a more visual way of building apps more well-suited for less experienced developers. It also can empower team members who otherwise would not be able to do so to create applications more easily. Modern low-code solutions also give the developer a great deal of flexibility because typically you can incorporate both the low-code building blocks with custom code, meaning the application can be customized.

    Whether you’re new to low-code or no-code or just getting started, this solution is a great choice to help accelerate part of (or even your entire) development pipeline. If you’ve tried RAD in the past, give no-code/low-code a try and see if it’s right for you.

    — Dmitry Binunsky

  • WaveMaker Launches Studio WorkSpace Sync Plugin

    Mountain View, CA – September 24, 2018 – WaveMaker, Inc., a leading low-code Rapid Application Development (RAD) platform, announced the launch of its Studio WorkSpace Sync Plugin. The new capability further streamlines the app coding process for developers, allowing them to easily synchronize WaveMaker’s open-standards platform with various integrated development environments (IDEs) on their personal devices.

    Rather than having to export and re-import projects between platforms, the Studio WorkSpace Sync Plugin provides a direct communication channel where changes can be instantly pushed between WaveMaker and an IDE. This also eliminates the need to copy and paste code, a time-intensive, tedious, and error-inducing method that can slow down the DevOps process.

    After a one-time setup configuration, developers can leverage the Studio WorkSpace Sync Plugin in three main ways:

    1. Pull the latest project changes from WaveMaker – This command can be used to ensure that the latest changes made to a project on the WaveMaker platform are applied to IDE code. This includes both committed and uncommitted changes to the project. 
    2. Push IDE changes to WaveMaker – All IDE changes are instantly pushed to the WaveMaker platform.
    3. Synchronize a project – This command works in two steps: first, the latest changes made to the project on the WaveMaker platform are applied to IDE code. After both the IDE and WaveMaker versions of the project are in the same state, the Studio WorkSpace Sync Plugin pushes any IDE changes back to WaveMaker.

    The Studio WorkSpace Sync Plugin is the latest component of WaveMaker’s ongoing commitment to providing developers the tools they need to efficiently develop and deploy applications while leveraging the benefits of granular customization capabilities and third-party platform integration. For more information, please visit https://www.wavemaker.com/.