The Ultimate Low Code Development Platform Guide
Over the last few years, companies have invested a lot of time and energy in software development. Agile working methods such as Kanban and Scrum have gone a long way to make the process of app development a smoother ride, yet developers still face the challenge of meeting their customers’ and/or stakeholders’ demands quickly and easily.
Enter “low code” platforms, which promise to bring projects to fruition more quickly and incorporate client feedback into the agile software development from the get-go. But what is low code, and is it all that it’s cracked up to be?
If you’re asking yourself these or related questions and want the lowdown on low code, you’ve come to the right place. This article will provide you with everything you need to know – and maybe even a little more.
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Definition: What is Low Code and What Does it Mean?
Low code platforms are still a fairly new phenomenon. The term itself dates to 2014, when Forrester Research coined it to describe this particular form of software development.
In a nutshell, low-code development platforms (LCDPs) are alternatives to traditional object-oriented computer programming that enable application software to be created through graphical user interfaces and configuration.
The benefits should be obvious: low-code platforms allow developers to create applications at more or less lightning speed. At the same time, they require significantly less source code than old-school software development techniques.
The creation of the user interface, the data model and the business logic all happen via visual design tools, i.e. an interface. Software developers also have the ability to supplement business logic with hand-written code. With the mere click of a button, applications can be deployed into a public or private cloud environment.
While, as already mentioned, the term “low-code app development” is a recent coinage, the concept behind it is not new.
There’s long been a notion in companies of the “power user” or “citizen developer.” These nomenclatures denote business users who see an opportunity to optimize a process and take it upon themselves to create their own apps.
To do so, they used technologies such as Microsoft Access, Excel, and or Visual Basic. Low-code tools are inspired by and build on such users’ intentions. The philosophy behind them predicates a world in which everyone – from the tech-savviest of workers to a tech-savvy employee who sees a business problem or process that a simple app could optimize and solve, and sets out to build it themselves.
Sounds like the kind of world you want to live in? If so, keep reading and watch this world take form.
Low Code Platforms as High Productivity Application PaaS (hpaPaaS) and Rapid Application Development Tools
According to Gartner, high-productivity aPaaS (hpaPaaS) provides rapid application development (RAD) features in the cloud for development, deployment, and execution.
While Forrester coined the term “low code development” and as such was instrumental in propagating the technology, Gartner refined its niche by classifying all low code vendors as part of the hpaPaaS category in its Magic Quadrant.
Low code platforms, one can argue, form a sub-category of hpaPaaS.
Low code has an obvious affinity with such rapid application development tools of the 1990s as Access, Power Builder, Oracle Forms. One could also call low code the next step in the development of RAD tools. It could also evolve into the standard means of development.
In contrast to RAD tools, a number of low code platforms are suitable for use by trained employees from specialty fields. These “citizen developers,” as it were, open up new possibilities the implementation of software projects – and also expose new risks.
The hpaPaaS developer experience focuses on no-code and low-code capabilities:
- No-code users include citizen developers and will utilize graphical modeling experiences.
- Low-code users have more development skills and augment graphical development tooling with scripting or more sophisticated model types such as entity relationship diagrams, business process model and notation, and decision model and notation.
Only vendors providing “enterprise” hpaPaaS — as a public cloud service — are considered in this Magic Quadrant. Some of these platforms are aligned closely with particular SaaS solutions, but this Magic Quadrant focuses on general application development tasks where extending SaaS is just one of six common use-case types considered.
Magic Quadrant for Enterprise High-Productivity Application Platform as a Service
Magic Quadrant – Source: https://www.gartner.com
What about VisionX?
Though Gartner’s report does not yet include VisionX, the platform enables users to visually build entire applications without relying on software developers. Applications created with VisionX use Java open- source frameworks only and therefore avoid vendor lock-in.
VisionX combines the simplicity of low code with the flexibility of Java to allow easy, efficient software development.
VisionX is well suited both for small operations and as an enterprise application for use by many large teams. Development can start small, with just a handful of users, and scale quickly to thousands of concurrent users in an high-availability environment.
VisionX’s source code can be accessed at any time – for instance, in order to use Eclipse to change the code or develop visual code with VisionX. This can be done either one at a time or simultaneously.
Low Code in Software Development: More Than Just a Trend
Low code is not a mere side niche. Analysts from Forrester view it as one of the most important emerging technologies to watch through 2020. The low code industry is exploding before our eyes. Analysts predict that it will grow from $4.32 billion in 2015 to $24.23 billion by 2022.
To put these developments in perspective, it’s important to remember what makes low code special.
What is its USP?
Low code lets business professionals create applications that are customized to their organization’s needs – in a much higher speed than usual development processes.
Another main benefit is the strong focus on visual development, which makes it easier to use also for professionals with no strong background in IT. It does this while requiring minimal spending on infrastructure, deployment, and maintenance.
There are more benefits, however. Low-code development tools can also help enterprises improve customer experiences and fuel operational efficiencies.
In addition to the above advantages, low-code platforms offer the benefits of speed, the flexibility to meet customers halfway, and the ability to streamline business processes.
The low code ecosystem continues to expand and thrive, and has seen many new developments in recent months. One of the more high-profile of these was Siemens’s acquisition of Mendix.
Furthermore, the following recent events illustrate the growing market demand for low code development:
Why Go Low Code? The Benefits of Low Code
Aside from the aforementioned experiences in efficient collaboration between departments, IT and IT service provider, there are additional advantages for software development.
Faster Deployment. Better Software.
According to a recent CIO report, 89% of CIOs think they will be required to release new updates even faster in the future.
Today’s digital businesses are forced to innovate. Constant updates to apps and systems to create new experiences for end users and customers has become the new normal. Therefore, software development teams require a new era of building, deploying, and maintaining software.
Higher software quality also reduces the efforts for maintenance in the company.
Low-code platforms standardize the development approach and reduce the complexity as well as the error rate of the source code. As a result, less-qualified developers can quickly take on tasks and reliably realize them.
By using a centralized platform that can be managed in a standardized way, individual solutions will be reduced and the costs for the shadow IT will be lowered.
Visual Software Development
In general, it can be said that visual development is a more intuitive way to build applications.
Using model-driven development concepts to visually define the user interface, logic, and data model, a low code platform can be used by a variety of user groups. From developers to citizen developers, to senior developers, those groups can easily build native mobile, web, or desktop applications.
Because the development environment is visual and model-driven, users gain proficiency in a fraction of the time it takes to master a traditional language.
Through a combination of drag-and-drop user interfaces, form builders, and visual process modeling, users can leverage low-code development platforms to produce a working app that you can download, open, and start using in hours or less.
And if hand coding is required, professional developers can encapsulate logic and functionality into modules for the rest of the development team to reuse in their projects. In VisionX it is possible to directly edit the code in the preferred IDE which is a unique feature compared to others.
On average, customers realize six to ten times productivity improvement using a low code platform over traditional hand-coding approaches to application development.
A Solution to Developer Shortage, Less Backlog, Greater Speed
Using low-code, the overall developer shortage can be surmounted – at least for a while. Since there are simply not enough qualified developers on the market to meet the increasing demand, companies can have a hard time completing their projects in time. Low code can be a solution to that due to its simplified operating system. Also, the commonly known backlog in development teams can be processed and delivered more quickly without using any additional developer resources. Low-code platforms support bottlenecks of resources and increase the quality of the delivered software as test cycles can be executed in a comprehensive manner. This is especially important at a time when it’s getting harder and harder to find developers (a problem that will only increase in the years to come).
Cross-Company Collaboration = Digital Transformation
Currently, software development is too slow to handle customers’ complex needs in our digitized market. Digital transformation has conditioned businesses to expect immediate results and direct benefits. New technologies such as IoT, big data, machine learning, and changing customer behavior in the decision-making and buying process are forcing companies to rethink and transform their place in the market. For a growing number of companies, low-code platforms offer a means of accommodating the demands of a digitally transformed market and promptly incorporating customer feedback.
Departments, IT professionals, and external service providers have to coordinate closely to reach their goals in the desired timeframe. The main challenge here is to get people from a variety of backgrounds and with varying mindsets, from across the company, working on the same page.
Low code platforms allow for example that templates can be created in minutes instead of days. This allows the department to immediately test the fully functional applications with their use cases and give their feedback. This instant feedback process makes department employees feel to be a fully integrated member of the development process.
Agile Software Development Using Low Code
Low code offers clear advantages for agile software development – so many, in fact, that these advantages merit point-by-point exploration.
Goodbye to Mockups and Click Dummies
Low code renders mockups and click dummies a thing of the past. Instead, it offers users a consistent application that begins as a single screen and grows from sprint to sprint as the full enterprise application takes shape. Rather than comparing inconsistently rendered pictures – be it wire frames, design mockups – scattered hither and thither, users can glean real data as well as quickly identify and solve problems from sprint to sprint and version to version.
The difference is seismic.
Low code platforms help companies transform their business – especially those who are struggling with customized packages or aging systems that are expensive to maintain and slow to change. Low code development gives back agility to large organizations for those who actually make the decision to switch out of the ERP environment.
One challenge in handling development teams in organizations is the log development cycle. Most corporations can handle the basic functionalities but never seem to be agile enough to handle more advanced application development designs. This is where low code comes in handy: most low code platforms are so agile so there is no need to even develop a single line of code. It’s like a car that drives for you, the only thing you need to do is to tell it where you wanna go.
Low code platforms can help you rebuild large systems in months instead of years. By combining fast visual development, easy integration, and rock-solid scalability, you can digitally re-platform with confidence and speed.
Legacy application modernization
Legacy application modernization is designed to create new business value from existing, aging applications by updating them with modern features and capabilities. By migrating legacy applications the latest functionalities that better align with specific business needs can be included. Keeping legacy applications running smoothly while still being able to meet current day needs can be a time consuming and resource intensive affair. That is doubly the case when software becomes so outdated that it may not even be compatible with modern day systems.
Legacy modernization strategies can include the re-platforming, re-hosting, re-coding, re-factoring, re-architecting, re-building, or the replacement and retirement of your legacy systems. It is about taking the bones, or DNA, of the original software, and modernizing it to better represent current business needs. This can be invasive and involve heavy re-coding, or non-invasive by linking the app via a modern cloud service or web-based front end.
Thanks to some low code platforms, however, the effort can be reduced considerably. In the case of VisionX, for example, this happens via screen generation based on the data model, the reuse of the logic from legacy databases (Oracle and PL/SQL), and the clever transfer of existing screens/persistence layers into Java.
How to Build Modern Enterprise Applications Using Low Code
Low-Code platforms enables development teams – from the most senior software engineers to citizen developers – to build enterprise-like applications at speed, collaborating across teams. You’re probably at least familiar with applications such as Drift, Slack, Jira, and Asana. What is it that has made them so successful?
For starters, low-code platforms make application development decisions, e.g. what database to use, which programming language to write the backend irrelevant.
Before we can give you an insight on how to build an enterprise-like app using a low code platform, we must talk about the components of low code platforms.
In every low code development platform, new applications can be created with just a few clicks. All functions of the low code platform are provided either in a web application in the browser or via a local development tool. Some manufacturers also offer both. The local variants usually have advantages for larger projects due to faster development speed or larger functionality.
A low code platform typically consists of the following areas:
- data modeling tool
- GUI designer
- business logics / workflow editor
- deployment / lifecycle management
Data Modeling Tool
To create screens, a data model is required. This can be comfortably created in a visual editor. The data types, domains, relations, keys, etc. can be specified here. In many tools, this feels like well-known data modeling tools that can only be used by software developers.
Instead, some of the low-code platforms use a simplified variant to enable data modeling for users from specific departments. There, tables and all associated fields can be recorded by name and the data types can be selected. By defining a combo box or a master/detail relationship, the relevant tables and relations are automatically created. Like, for example, the master data table for the selectable values or the detail table for detailed data records.
Optionally, excel sheets can also be imported. The data model is derived based on the structure of the excel and the data is imported.
Alternatively, existing data models from different database manufacturers can be used. Depending on the tool, the metadata of the database – such as data types, foreign keys for master data, foreign keys of master table details – can be used to generate the matching UI elements in a template.
After a data model has been created, the first mask can already be formed. Different templates are available to easily create a list view or a detailed view. Depending on the tool, there are a variety of possibilities such as typical lightweight web or mobile list views or powerful, editable tables for management systems. Depending on the tool, these templates can be flexibly changed or defined in order to develop even large complex applications with little effort.
Of course, all created screens can also be changed with a visual GUI designer or created from scratch. The UI elements can be dragged and dropped into the mask. Data bound elements can also simply be dragged into the mask or being linked to the data model. The UI elements can be adjusted via innumerable textual or graphical property editors. Depending on the tool, a wide range of layouts can be selected to position the elements. Some tools are very flexible and powerful in this area, especially the web variants offer less options here. Still, some of the local tools are, due to their level of complexity, only to use for citizen developers with intensive training.
The GUI designers are always the starting point for the logics and processes. That is why a wide variety of events can be set up for UI elements – such as button click on business logics or workflows. In addition, many model events such as CRUD can be set up and used.
Business Logic/Workflow Editor
With low code platforms, business logic can also be created visually. There is the well-known solution of workflow tools, where the logic is assembled by flowcharts. This makes the implementation of simple logics or the integration of REST services easy. However, complex logics, in practice, are not as easy and clear to implement. In any case, citizen developers can do very few things on their own and professional developers are needed. For business logic though, there are more creative approaches, such as a drag and drop editor to insert predefined functions – visually – into the source code.
The created masks can be deployed and started in one click. With the web-based low code platforms, the developed application runs in a few seconds in the browser. In the case of locally installed variants, the changes usually have to be transferred to the server, the source code generated, the application formed and deployed into the cloud. This usually takes several minutes. For some of these local tools, live previews are offered or the entire deployment process can be carried out locally in just a few seconds.
Many manufacturers already offer a great deal on life cycle management – such as version management and ticket management and agile or scrum tools. With almost all providers, the created applications can also be installed right in the in-house cloud and/or at selected cloud providers. Mostly against appropriate extra charge also in the customer-owned infrastructure.
How to Build Your Own Enterprise App Using Low Code
The trend of low code is the next evolution of programming. Low Code platforms add another layer of abstraction to underlying code and it make developing apps easy in multiple ways.
Now that we have delved in depth into the main benefits and components of low code platforms, it’s time to take in some helpful hints for how best to build your own applications.
5 Myths About Low Code
Myth 1: Low-Code Platforms No Longer Need Development Teams
Low-code platforms use visual modeling tools to represent logic and translate the underlying code into a visual format that both developers and business users can understand.
Since building enterprise-ready applications at speed and scale requires a continuum of developers, a cross-functional team that can participate in the development process fulfills the best conditions for the implementation of app development into a business. Great business ideas can be turned into applications much faster, and software teams can stop worrying about technical debt and resource constraints. Sure, some low-code platforms enable business users to build simple applications, but the applications that support digital transformation are not simple. They’re high-visibility, enterprise-wide and enterprise-grade applications that need to be built rapidly and integrated with the enterprise information systems — by expert developers.
Myth 2: Low-Code Development is Only for Simple Applications
From small- to large-sized companies, low-code platforms are a step forward from traditional software development when it comes to building applications for desktop, mobile and web.
That makes low code an attractive alternative approach to building large-scale enterprise applications for digital transformation efforts. Low-code platforms are able to scale and are suitable for thousands of users and millions of data sets. Most applications built via low-code are enterprise-wide or scaled for multiple departments. Low-code platforms made it easy for enterprises to build robust, unique, and intricate applications more quickly than conventional development tools. Many organizations that have experienced low-code development are scaling up their rapid development teams to cope with growing demand and are delivering mission critical enterprise applications. Low-code is about gain – not pain.
Myth 3: There is No Custom Coding in Low-Code Development
Software engineers can use code to develop reusable code extensions. By leveraging client and server-side APIs, engineers are able to build, package and distribute new functionalities such as connectors to external services like machine learning and AI.
Enabling developers to push beyond the boundaries of the core platform to build better solutions even faster will be possible by extending the native features of the platform with code. Therefore, created applications can be adapted up to code level. In VisionX, the code is always open, so it can quickly and easily be adapted to the user’s needs which ensures maximum flexibility.
Myth 4: Low-Code Platforms Create Lock-In Effects
While some low-code platforms do have lock-in effects, causing customers to effectively become hostages of a company’s software or services, VisionX and some others provide full vendor independency. Such low code platforms generate applications that exclusively use open source frameworks, hence there is no need for a lock-in. They can also be changed and extended with any Java IDE, so no VisionX is needed. The modus operandi with these low code platforms is freedom, because that’s what they give to the users. They are freely compatible with any major database, any java application server and any cloud, on-premise environment, or operating system that Java is running on. As you can see, low-code gets high marks when it comes to independence, flexibility, and compatibility.
Myth 5: Low-Code Platforms are Browser-Based WYSIWYG Editors
Low-code Platforms are often not browser-based solutions. They rather run natively on your OS, meaning they integrate seamlessly with your Windows, Mac, or Linux system. Also it needs to be stated that browser-based low-code platforms offer a limited array of features. Whereas locally run, low-code platforms – such as VisionX – allow you to access source code and give you a better development experience.
Low Code Development for Enterprises
When looking for the right low code development platform for one’s enterprise, it is wise to keep in mind the following benefits, features, and use cases.
The main point of using a low code platform is to empower your organization to develop complex and functional applications in a simple and intuitive interface that does demand less technical know how. A unified development process makes the maintenance easier and more accessible for all developers.
The mentioned features/elements are the ones that development teams should look for when choosing a low code platform:
In other words, the platform should be configurable visually rather than via code. This always increases the speed of development. Moreover, it makes it even easier for business users, as they know and understand the logic of what they want to create.
Drag-and-drop should be at the top of your list when it comes to requirements in low-code solutions. This isn’t a convenience, but a necessity.
A big part of low-code platforms is what most major functionalities are already pre-built into modules that can just be dragged and dropped wherever required. That’s a big part of reusability.
It’s a huge asset to remain independent of web frameworks, which change so frequently that the average agg will require redevelopment every few years. This is costly, to say the least; in fact, it’s infeasible. Developing via a low code platform places the burden to adapt to technical problems caused by changing UI frameworks on the platform, not on you.
It’s this simple: Building an app with multi-channel compatibility that your staff can access anywhere in the world makes their lives – and by extension, your life – easier. They can even switch from one UI platform to another, i.e between web, desktop, and mobile interfaces, without having to change the code.
If you find low-code tools that don’t offer proper security for both the platform and the apps that you build, stop using them. There’s no point.
Low-code solutions should allow scaling, for both usage in the environment and your app. Building an app for twenty users is great. But what if that user number suddenly spikes? Low-code systems must be scalable.
Low Code for Enterprises: The Basics
Every organization is different, but when you’re investigating the option of using low code in your company, there are some basics to keep in mind.
To Lock In or Not to Lock In, That is the Question
The distinguishing features of low-code development platforms are low initial investments for setup, training, and deployment. Instead of using classic licensing models, they are licensed via subscription models (with monthly subscriptions).
Low-code platforms therefore offer an accelerated development and provisioning time of applications (such as mobile apps or ERP systems). This enables developers to significantly lower the costs for planning a software project as well as creating and providing the applications.
Overall, typical low-code development platforms offer the following types of licensing:
- Run-time licensing
- Developer licensing
- Package licensing (usually small, medium, large packages (with a combination of user limits, feature limits and run time licensing)
Get A Low Code Checklist for Your Enterprise
To review: low code offers enterprises many opportunities to easily and affordable develop applications that are flawlessly tailored to their needs. Hence, it is an appealing alternative to traditional platforms. If your enterprise is considering working with low code, congratulations! You’re on the cutting edge of the larger business trend. Before you select a platform, you would do well to keep some specific things in mind, and never lose sight of the big picture.
Don’t worry – we’ve got you covered. The checklist below will be your ideal companion when introducing low code into your enterprise!
Low Code Platform Features: The Ultimate Checklist
- Do I need a workflow engine?
- Web services
- Design with CI/CD
- Choice of database
- On-premises or off-premises