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Application Development Lifecycle
Quixy Editorial Team
June 20, 2025
Reading Time: 7 minutes

Why does building an app for your business still feel like standing in a queue that never moves? 
The problem isn’t your team – it’s the old-school development process. It’s slow. It’s complicated. And in a world where speed wins, that’s not good enough.

Time to break the cycle. 

With the Application Development Platforms integrated, app creation becomes faster, easier, and smarter, putting the power back where it belongs: in your hands. 

In this blog, we’ll break down the Application Development Lifecycle – why it matters, how to build an app, its essential stages, and how it matters to business leaders, citizen developers, and SaaS teams to build the future on their terms. 

What is an Application Development Lifecycle? 

The Application Development Lifecycle (ADLC) encompasses the entire process of building an application, from the initial idea to its final launch and beyond. It’s a structured approach to planning, building, testing, and launching reliable applications. 

Think of it as a step-by-step roadmap from a application development basic concept to a fully working solution in the hands of users. Whether you’re creating a mobile form, a web portal, or an internal workflow tool, following a clear lifecycle ensures the app is effective, reliable, and ready to scale. 

Now, you might be wondering – isn’t this just the same as the software development lifecycle? Not quite. Here’s the difference. 

Software Development Lifecycle vs Application Development Lifecycle 

Aspect Software Development Lifecycle  Application Development Lifecycle  
Scope Covers all types of software (OS, databases, embedded systems, etc.) Often code-intensive, it requires professional developers 
Purpose Develops complex, large-scale software products Builds task-specific, business-focused applications 
Approach Faster, especially with low-code and no-code tools Can be simplified using LCNC platforms 
Technical Expertise Requires high technical skills Can be built by IT teams or business users as citizen developers
Speed of Development Slower, due to manual coding and complexity Uses IDEs, compilers, and full coding environments 
Customization Level Fully customizable, but time-consuming Customizable, with pre-built templates for quicker builds 
Development Tools Handled mainly by developers and technical teams Uses application development platforms (e.g., Quixy) 
Business Involvement Internal workflows, portals, mobile apps, and CRM tools Encourages business-user involvement 
Example Outputs Operating systems, firmware, enterprise backend systems Internal workflows, portals, mobile apps, CRM tools 

Why the APLC Matters for Business Leaders & Citizen Developers? 

For business leaders, the lifecycle ensures that every app built supports business goals, drives growth, and delivers value to customers and teams. Without a straightforward process, even the best ideas can collapse under poor execution, wasted resources, or endless rework. 

For citizen developers – the non-technical creators using LCNC platforms – it’s the difference between just tinkering with tools and building something that works, lasts, and makes an impact. 

Here’s why it matters: 

  • It connects ideas to outcomes. 
  • It gives decision-makers visibility and control. 
  • It brings together business and technology teams. 
  • It builds credibility for citizen developers. 
  • It reduces uncertainty. 

So what’s in it for you? Let’s talk about the benefits. 

Benefits of Application Development Lifecycle

  • ADLC ensures that every step of app development is structured and aligned with your business goals. 
  • It helps teams bring applications to market faster by eliminating delays and streamlining the process from start to finish. 
  • The lifecycle prevents unnecessary rework and last-minute surprises,  
  • With defined phases and checkpoints, it promotes better collaboration between leadership, IT teams, and even non-technical contributors. 
  • Apps developed through a structured process are more reliable, scalable, and built with long-term success in mind. 
  • Especially for businesses using LCNC platforms, the lifecycle provides discipline and structure, ensuring that even rapid app development remains organized and results-driven. 
  • Ultimately, it transforms the app from a risky project into a predictable, value-driven process that delivers real results. 
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Risks of Skipping the Application Development Lifecycle

 Wasted Resources on the Wrong Solutions

Without a defined process, teams often build apps that don’t solve the right problems. This leads to wasted time, overspending, and missed business opportunities. 

Confusion and Scope Creep

When priorities constantly shift and requirements change mid-project, teams lose focus. The result? Endless delays, frustration, and unfinished applications. 

Poor Application Quality 

Skipping planning, design, or testing often produces buggy, unreliable software. Poor-quality apps damage customer trust and force costly rework later. 

Security and Compliance Risks 

Without proper structure, it’s easy to overlook critical security steps. This exposes sensitive data and creates compliance risks, especially for SaaS businesses. 

Missed ROI and Growth Opportunities 

An unstructured development approach often leads to apps that fail to deliver business value and miss ROI . By the time they launch, competitors may already be ahead. 

6 Key Stages of the Application Development Lifecycle 

Application Development Lifecycle

No matter what kind of app you’re building, the foundation for success is structured by a step-by-step process. That’s exactly what the ADLC delivers. Let’s break it down into six essential stages: 

Requirement Gathering and Analysis 

Everything starts with clarity. This phase is about identifying the problem the app will solve, defining business rules and goals, and gathering input from key stakeholders. Whether you’re a business leader or a citizen developer, understanding what’s needed before starting saves an enormous amount of time later. 

Planning and Strategy 

With clear requirements, it’s time to set a roadmap. This includes estimating resources, assigning responsibilities by task management system , defining timelines, and selecting the tools or platforms, such as no-code platforms, for faster development. A solid plan prevents wasted effort and ensures that everyone is aligned on priorities. 

Designing the Solution 

This phase translates business needs into practical designs. For traditional development, this means wireframes and prototypes; for no-code development, it means mapping workflows and screens visually. Good design ensures usability, reduces confusion, and aligns the app’s look with your brand. 

Development and Building 

Now, it’s time to build it. Whether using custom code or drag-and-drop visual workflow builders, this phase is where the actual product takes shape. No-code platforms simplify this process dramatically, allowing business users to participate directly in app creation. 

Testing and Quality Assurance 

No app should go live without testing. This phase includes functionality testing, user feedback, and security checks. Catching bugs here prevents major issues later. No-code platforms often offer built-in testing features to streamline this step. 

Deployment and Continuous Improvement 

Finally, the app goes live. But that’s not the end, it’s just the beginning of ongoing updates, performance monitoring, and continuous feedback loops. The best applications evolve, adapting to new business needs and user feedback. 

Also Read: How can a lack of Governance fail No-Code and what’s the solution?

By following these stages, businesses not only build faster, but they also build smarter. But choosing the right approach to follow these stages is just as important as the stages themselves. 

Top App Development Lifecycle Models 

Choosing the right framework ensures you build the right applications in the right way. Your choice directly impacts speed, flexibility, and success- whether you’re leading a SaaS team, running IT, or building as a citizen developer.

Waterfall Model

This is the traditional step-by-step approach. Each phase must be completed before the next begins. While it’s great for projects with fixed requirements, it can feel rigid for fast-moving businesses or evolving needs. 

Agile Model

Agile breaks work into smaller, iterative cycles (called sprints), allowing for frequent feedback and continuous improvement. It’s the preferred model for most modern SaaS companies because it’s adaptable, fast, and focused on delivering value in small, usable increments. 

Spiral Model 

The Spiral model combines elements of both the Waterfall and iterative approaches. It focuses heavily on identifying and managing risks, making it suitable for complex or high-risk projects that need constant evaluation. 

Also Read: The Ultimate Hyperautomation Revolution

DevOps Model

DevOps isn’t just a lifecycle model—it’s a culture shift. It integrates development and IT operations to automate testing, deployment, and monitoring. This model ensures faster delivery, improved collaboration, and fewer post-launch issues. 

No-Code, Low-Code Model

For business-led development, especially with platforms like Quixy, the no-code and low-code approach offers a visual, drag-and-drop method for creating apps. It empowers non-technical users to build apps while adhering to structured development steps, often aligned with Agile or iterative development methodologies.

Also Read: aPaaS vs IaaS vs PaaS vs SaaS. How do they compare?

The landscape of application development is evolving fast. Here are the key trends shaping its future 

Rise of Low-Code, No-Code Platforms 
Businesses are rapidly adopting no-code and low-code solutions to empower non-technical teams, reduce reliance on IT, and accelerate delivery timelines. 

AI and Automation at Every Stage 
Artificial Intelligence is transforming the lifecycle—from generating workflows to automating testing and improving user interface designs. By 2028, 80% of new enterprise applications will use generative AI to assist in application development. 

Impact of 5G on Application Performance 
With faster connectivity, applications can deliver richer, real-time user experiences, unlocking opportunities for innovation across various industries. 

Security and Privacy by Design 
Data protection, compliance, and security frameworks are being embedded into the lifecycle right from the planning phase, not just as an afterthought. 

Cross-Platform Development Becomes Standard 
Businesses are building apps that work seamlessly across web, mobile, and desktop to reach broader audiences with a unified experience. 

Emerging Technologies: AR/VR and Personalization 
Advanced personalization powered by AI, along with immersive AR/VR features, is reshaping how users engage with modern applications. 

Also Read: The Role of Generative AI and ChatGPT in the Digital Workplace

Discover ADLC with Quixy

Quixy simplifies the process of building, with faster development cycles, zero dependency on coding, and automation built into every step, teams can move from idea to execution without delays. Plus, with enterprise-grade governance, version control, and security, you get full control, without IT bottlenecks holding you back. 

Lifecycle Stage How Quixy Helps You 
Requirement Gathering & Analysis Build workflows, screens, and forms visually. No code, no complexity—drag, drop, and connect what you need, exactly the way you need it. 
Planning and Strategy Quixy’s platform helps define processes visually with workflow diagrams and data relationships, making planning fast, structured, and visible to all stakeholders. 
Designing the Solution Build workflows, screens, and forms visually. No code, no complexity—just drag, drop, and connect what you need, exactly the way you need it. 
Development and Building The no-code app studio lets users build complete, functional applications with built-in automation. Focus on outcomes, not syntax or code. 
Testing and Quality Assurance Test your applications in a sandbox environment before going live. Make adjustments instantly. Spot issues early. Deliver polished apps. 
Deployment and Continuous Improvement Go live with one click, with enterprise security, version control, and role-based access already built in. Update anytime as business needs evolve. 

Conclusion 

Building powerful apps shouldn’t take months or require coding skills. With Quixy, anyone can turn ideas into working applications—fast, easy, and on your terms. 
Curious how? Schedule a demo and watch how Quixy brings your ideas to life—without code, without hassle. 

Frequently Asked Questions (FAQ)

1. Which development models are used in the Application Development Lifecycle?

Common models include Waterfall, Agile, Spiral, DevOps, and No-Code approaches. Platforms like Quixy often combine Agile with no-code methods for speed and flexibility. The right model depends on project goals, team size, and the speed at which you need results.

2. What happens if you skip steps in the Application Development Lifecycle?

Skipping steps in ADLC often leads to wasted resources, missed requirements, and poor-quality apps. It can result in costly rework and lost business opportunities. Using structured tools like Quixy helps you avoid these risks and stay on track.

3. Is ADLC used for LCNC application development?

Yes, the ADLC works perfectly with LCNC platforms like Quixy. It brings structure to visual app development, ensuring even rapid builds follow a proven process. This way, both technical and non-technical teams can build reliable, scalable applications.

4. What are the stages of the Application Development Lifecycle?

The ADLC typically includes six stages: Requirement Gathering, Planning, Designing, Development, Testing, and Deployment. With Quixy’s no-code platform, each stage becomes faster and easier. It ensures that apps are structured, reliable, and ready for growth.

5. Can I build apps without coding using the Application Development Lifecycle?

Yes, you can build apps without coding by following the Application Development Lifecycle using no-code platforms like Quixy. These tools provide visual interfaces and automation to simplify every step. It helps business users turn ideas into real applications quickly and efficiently.

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