With Elon Musk’s recent announcement of chargeable Twitter accounts, many companies may be considering the creation of alternative social media platforms. When developing a new platform, one important decision is the choice of development approach: no-code, low-code, or high-code.
No-code and low-code platforms have become popular in recent years as they allow for rapid development without needing a dedicated development team. However, these options do have limitations when it comes to customization. A high-code approach may be necessary for complex, feature-rich applications like Twitter or Amazon.
It’s essential to keep in mind that high-code development is not necessarily slower than no-code or low-code options. The choice of development approach should be based on a comprehensive analysis of factors such as development speed, customization capabilities, and extensibility. Before making a decision, it’s essential to take a detailed look at the pros and cons of each approach.
Overview Of No-Code, Low-Code, And High-Code Development Approaches
For many years, organizations have primarily used two approaches for software development: hiring developers or using an off-the-shelf product. However, no-code and low-code platforms offer a third option, which can be especially useful for businesses that do not have a dedicated development team. These platforms provide a more lightweight coding approach, making it easier for citizen developers to create software.
Despite their ease of use, no-code and low-code platforms can be controversial for some businesses. This is because they offer a highly opinionated approach, which can limit flexibility and customization. In contrast, high-code development provides greater flexibility and customization for large-scale projects, making it an ideal choice for enterprises.
When developing a software strategy, it’s crucial to compare the three methods of No-Code, Low-Code, And High-Code development. Before making a decision, it’s essential to understand the benefits and limitations of each approach.
What Is No-Code Development?
No-code development is a visual approach that allows users to build applications by dragging and dropping modules. The platform hides the complex code beneath these modules, making it easy for users to create applications without coding knowledge. This is achieved through data abstraction and encapsulation.
Advantages Of No-Code Development
Ease of development: No-code platforms allow citizen developers and non-skilled professionals to create applications without coding knowledge.
Reduced IT resource needs: No-code development is an attractive option for startups with limited IT resources.
Lego approach: No-code development allows users to build apps rapidly using pre-built blocks.
Reduced development costs: Skilled developers are not required for no-code development, which can result in cost savings.
Flexibility: Making sudden changes in apps is easy compared to manual coding.
Disadvantages Of No-Code Development
Restricted development: The hidden source code for each block is immutable, which can limit development options.
Limited support for low-level features: No-code platforms may not support features like audio or video processing.
Lack of control: Factors like price, security, and service quality may only be partially controllable in no-code development.
What Is Low-Code Development?
Low-code development is a visual method of software development that requires minimal coding. It allows rapid app delivery through a graphical user interface with drag-and-drop features. Low-code platforms automate the development process and eliminate the need for conventional programming approaches.
Advantages Of Low-Code Development
Improved development speed: Low-code platforms provide integrated visual development tools to speed up the development process.
Parallel development: Low-code development allows for a similar product without requiring extensive resource sharing.
Higher security: Low-code platforms offer pre-built authentication and access management modules for improved security.
Easy rollback: Low-code platforms provide an easy way to roll back changes to a stable version, reducing operational disruptions.
Support for integration: Low-code platforms easily integrate services and add features.
Disadvantages Of Low-Code Development
The complexity of business logic: Low-code development can be challenging regarding operational efficiency.
Restrictions on adding functions: Businesses may find limitations in adding parts that could be improved.
Need for technical expertise: Low-code development may require more technical knowledge than no-code platforms.
Security limitations: Low-code development may have security limitations compared to conventional development approaches.
What Is High-Code Development?
High-code development is the traditional approach of writing source code by hand to create software applications. This approach is code-driven and requires a team of developers to develop each aspect of the application. However, content and data can be updated on demand using a headless CMS or API-based services.
Advantages Of High-Code Development
Streamlined procedures: High-code development approach is easy to manage as it follows a structured process.
Customization: High-code development offers better customization options as it does not have any restrictions on the modules used to build apps.
Better developer focus: With high-code development, developers focus more on coding, leading to better developer capabilities and experience.
Control of source code behaviour: Developers have better control over the source code behaviour in high-code development.
High-end engineering prowess: High-code development offers high-end engineering capabilities for each feature and customization.
Flexibility: High-code development offers more flexibility in adding functions as per market demand.
Disadvantages Of High-Code Development
Higher developer reliance: High-code development relies heavily on developers, which can lead to less focus on product innovation.
More development time: High-code development takes more time as each code is hand-written.
Higher development costs: High-code development requires a team of developers, which can result in higher prices.
An overview of No-Code, Low-Code, And High-Code is not enough to determine which approach is best for your project needs. A more detailed comparison is necessary to resolve the debate on the software development approach. It’s essential to compare no-code vs low-code and high-code before deciding.
No-Code Vs Low-Code: Similarities And Differences
No-code and low-code development approaches share some similarities but also have distinct differences. Both methods are considered alternatives to conventional development methodologies where code is written by hand.
Similarities Between No-Code And Low-Code Platforms
Visual interface: No-code and low-code platforms have a graphical interface at their core to reduce manual coding tasks.
Design-based workflow: Both approaches adopt a design-based workflow for the logical progression of information.
Shared benefits: No-code and low-code platforms have benefits such as dependency reduction and technology democratization, increased development velocity and time to market, enhanced prototyping to reduce risks, higher design and code consistency, cost-effectiveness compared to conventional approaches, and better collaboration among development and other teams.
Differences Between No-Code And Low-Code Platforms
Openness: One of the fundamental differences between no-code and low-code platforms is openness. No-code platforms offer a closed system for development, meaning changes made to the source code do not impact the work across use cases. On the other hand, low-code platforms provide an open system that allows users to add code or changes that impact app operations. Low-code platforms enable developers to make changes that affect how the code works and all app use cases.
The Boom Of No-Code/Low-Code Platforms: Not All That Glitters Is Gold
No-code and low-code platforms have become increasingly popular due to their ability to speed up development. According to GlobeNewswire, the no-code/low-code platform market is projected to grow at a CAGR of 28.8% and reach $159 billion in revenues by 2030. Despite this growth, it’s important to note that no-code/low-code platforms may not be the best choice for all projects.
For example, imagine building a digital auction platform that requires enhancements to app release management, a microservices cloud architecture, and system integration at scale, all while embracing a DevOps culture. Building such a platform on a no-code/low-code development tool may not provide the extensibility needed to integrate new services and cloud-based architecture. In this case, a traditional development approach using a high-code platform would be more appropriate.
The conventional approach, which involves a team of developers creating software from scratch, can help build cloud-based applications that are scalable, flexible, and extensible. Deciding on the development approach requires analysing how they differ in different factors that affect the business outcome, such as time-to-market, efficiency, code maintenance, and more.
No-Code Vs Low-Code Vs High-Code: Comparison Of Conventional And New Age Development Methods
High-code development, also known as traditional development, relies on skilled developers who write and deploy code. On the other hand, low-code platforms provide ready-made code templates, making the development process faster and easier.
Advantages Of High-Code Development Over Low-Code
Flexibility in adding features and functionalities: High-code development allows companies to add parts and functionalities without restrictions.
Technology freedom: High-code development provides freedom to choose any technology, hosting, API service, etc.
Ownership of source code: Compared to low code, high-code development provides ownership of the source code.
Control over development environment: High-code development offers better control over the development environment.
Streamlined processes: High-code development enables streamlined processes for custom app development.
Integration of CI/CD and adoption of DevOps culture: High-code development allows for the integration of CI/CD and adopting a DevOps culture.
In general, the high-code approach is the best choice for companies that need enterprise-grade applications with a high level of customization and control over the development process.
No-Code Vs Low-Code Vs High-Code: Which One Is Ideal For Your Projects?
No-Code, Low-Code, And High-Code are three different development approaches with advantages and use cases. No-code and low-code platforms are helpful for shorter time-to-market, while high-code is a better choice for better customizations.
When To Use No-Code:
- You want to develop a prototype of the product
- Your organization requires internal service APIs
- You want to develop apps to support business functions
- You are looking to create a single-page website
- You need to build apps with low-skilled talent
- You don’t have enough experience and IT resources
When To Use Low-Code:
- You are a startup looking to launch the app quickly
- You need visual-driven development features for developers
- You have a team of skilled and semi-skilled developers
- You want to develop apps rapidly but with minimal customization
- You need an application for data integration
- Your organizations need to build external APIs
When To Use High-Code:
- Your organizations need enterprise-grade applications
- You want to add features and functionality to apps
- Your business functions require customizable apps
- It would help if you highly had highly scalable apps to handle peak loads
- Your organization requires apps with integrations like AI
- You want to develop eCommerce apps with advanced features
Ultimately, the choice of development approach will depend on the specific needs of your project, and a careful analysis of each course’s pros and cons will help you make the best decision.
WTA's High-Code Development Excellence
WTA Studios offers high-code development excellence by implementing agile practices and focusing on three crucial aspects: agility, development velocity, and scalability. Our digital engineering expertise helps clients achieve the best of high-code development by providing:
- Rapid development with high-quality code
- Better customization and ease of development
- Enhanced app performance and higher extensibility
- Microservices cloud-based architecture and flexibility
Through our microservices implementation and adherence to DevOps best practices, we help clients build agile and easily scalable applications. Our team of engineers has a proven track record of delivering high-code development excellence for our clients.
Project Manager at WTA Process oriented tech enthusiast with a key eye on project metrics