The Software Development Life Cycle
At Pepla, we follow a structured Software Development Life Cycle (SDLC) to ensure every project is delivered with precision, quality, and transparency. The SDLC is a systematic process that guides our team from the initial concept through to deployment and ongoing maintenance.
This approach allows us to manage complexity, reduce risk, and deliver software that truly meets our clients' business needs. Each phase builds on the last, creating a clear roadmap from idea to a fully functional, tested, and deployed solution. Our clients are involved at every stage, ensuring the final product aligns with their vision and goals.
The focus of the first step is to gather all the necessary information for the project and then begin to generate solutions, goals and ideas. As a design team, you should ask significant questions and dive deeper into the business needs. Attentively analyse the client's requirements, define the project's purpose, and determine the solutions of their project.
Once the idea is solidified, we move into a detailed requirements analysis phase. This involves working closely with stakeholders to document functional and non-functional requirements, define user stories, and map out system architecture. We identify technical constraints, integration points, and data flows to ensure a comprehensive understanding of what needs to be built before a single line of code is written.
With a clear set of requirements in hand, our team conducts a thorough effort estimation. We break the project down into manageable work packages, estimate the time and resources required for each, and establish realistic timelines and milestones. This step ensures transparency around project scope, cost, and delivery expectations — giving clients a clear picture before development begins.
Using the information gathered from phase one, it is time to put it together and make a detailed project plan. At this point, a site map is developed — the list of all main topic areas of the project, including sub-topics. This map will clarify what content will be used and will help to understand the navigational structure. As a part of the design process, it is essential to carefully apply visual elements such as the logo and brand colours, to strengthen the brand identity on the project.
During the design phase, the team usually creates one or more prototypes for the website. A prototype is typically a static image, which represents the final look of the project. It is in this phase that going back and forth happens. There is a bouncing back of ideas in order to correctly layout the project. The client should be informed throughout all stages to ensure that the final project matches their needs, taste, and vision.
Throughout the entire development lifecycle, Pepla schedules weekly check-in sessions with the client. These meetings provide a transparent view of progress, allow stakeholders to raise concerns early, review completed work, and reprioritise upcoming tasks. Regular check-ins keep everyone aligned, prevent scope drift, and ensure the final product matches your expectations at every milestone.
At this point, the design itself should be ready — but usually in the form of static images. It requires extra development effort to translate it into HTML/CSS, and then to add a layer of animations or JavaScript, depending on the complexity. During this phase, elements such as interactive contact forms and e-commerce shopping carts should be implemented and made functional.
Once the development is finished, everything needs to be fully tested. When the content and the visuals are in place, the testing process can be started. Every aspect has to be tested to make sure that all links are working and the project is displayed correctly in different browsers. Even the word order in titles and descriptions has an impact on the project's performance in various search engines.
Once the final approval from the client is given, it is time for the project to go live. Other final details of this step include plugin installation and Search Engine Optimization activities. SEO is the optimization of your project's title, description, and keyword tags, which helps the project to achieve higher positions in search engines.
The project has been completed. Once live, some regular maintenance is usually required. User testing can be run on new content and features over and over to improve usability and discoverability. This all can lead to new design and development tasks.
After go-live, Pepla provides ongoing monitoring and support as part of a Service Level Agreement. We set up automated health checks, deployment pipelines, and performance monitoring to ensure your solution remains stable, secure, and performant. Our SLA guarantees response times for critical issues, regular maintenance windows, and proactive updates to keep your software ahead of the curve.
Pepla makes use of the Agile development methodology — a streamlined, iterative approach that allows us to deliver working software in short, focused cycles called sprints. Rather than attempting to build an entire system in one go, Agile breaks work into manageable increments that are planned, developed, tested, and reviewed continuously.
Each sprint typically lasts two to four weeks and results in a potentially shippable product increment. This means our clients see progress regularly, can provide feedback early, and can adjust priorities as their business needs evolve — without derailing the entire project.
Our Agile process includes daily stand-ups, sprint planning, sprint reviews, and retrospectives. These ceremonies keep the team aligned, transparent, and always improving. We use tools like Azure DevOps and Jira to manage backlogs, track velocity, and ensure nothing falls through the cracks.
Pepla makes use of modern front-end and back-end frameworks to build robust, scalable solutions. We choose the right tool for the job, ensuring every project benefits from industry-leading technologies.
A JavaScript library by Meta for building dynamic, component-based user interfaces. Pepla uses React to build interactive client dashboards, admin panels, and data-driven single-page applications where real-time responsiveness is critical.
Google's UI toolkit for building natively compiled apps across mobile, web, and desktop from a single codebase. Pepla leverages Flutter to deliver cross-platform mobile apps for clients who need iOS and Android coverage without maintaining two separate codebases.
A comprehensive TypeScript-based framework by Google for enterprise-grade web applications. Pepla builds large-scale business platforms, CRM systems, and complex internal tools with Angular — our go-to for projects requiring strong structure and long-term maintainability.
A progressive JavaScript framework known for its flexibility and gentle learning curve. Pepla uses Vue.js for lightweight client-facing web apps, marketing sites, and projects where rapid prototyping and iterative development are priorities.
Microsoft's flagship language paired with .NET 10. Pepla's primary back-end technology — we use it to build enterprise APIs, microservices, payment integrations, and cloud-native applications deployed on Azure. Most of our core client systems run on the .NET stack.
A battle-tested platform for production-ready back-end services. Pepla uses Spring Boot for clients with existing Java ecosystems, high-throughput REST APIs, and enterprise applications requiring robust transaction management and messaging.
A versatile server-side scripting language powering a huge portion of the web. Pepla uses PHP with Laravel for rapid web application development, WordPress and Drupal customisations, and legacy system maintenance where PHP is the established platform.
A versatile, high-level language renowned for its readability. Pepla uses Python for automation scripts, data processing pipelines, AI/ML integration, and building fast APIs with Django and FastAPI — particularly for projects involving data science or LLM orchestration.
An enterprise-grade digital experience platform built on .NET. Pepla is Sitecore-certified and builds personalised digital experiences for enterprise clients who need content management, marketing automation, and multi-channel delivery at scale.
A leading open-source headless CMS built on Node.js. Pepla uses Strapi as the content backbone for client websites and apps, delivering content via REST or GraphQL APIs — giving our clients full control over their content without developer dependency.
A powerful open-source CMS known for flexibility and security. Pepla builds and maintains Drupal sites for clients in government, education, and enterprise who need complex content workflows, multi-language support, and granular access control.
Microsoft's enterprise relational database system. Pepla deploys SQL Server as the primary data store for our .NET-based solutions, leveraging stored procedures, advanced reporting, and high-availability configurations for mission-critical client systems.
A community-driven, open-source fork of MySQL. Pepla uses MariaDB with Galera Cluster for high-availability database deployments in our private cloud hosting environments, ensuring zero-downtime and automatic failover for client applications.
A distributed search and analytics engine. Pepla deploys Elasticsearch as part of our ELK monitoring stack and builds search-powered features for client applications — from full-text search across document repositories to real-time log analytics and alerting.
A leading NoSQL document database designed for flexibility. Pepla uses MongoDB for client applications with rapidly evolving data models, IoT data ingestion, and scenarios where the schema needs to adapt without costly migrations.
A reliable, open-source message broker for async communication. Pepla uses RabbitMQ to decouple microservices in client architectures, ensuring reliable message delivery for payment processing queues, notification systems, and event-driven workflows.
An ultra-fast, in-memory data store. Pepla uses Redis for session management, API response caching, and real-time leaderboards in client applications — delivering sub-millisecond response times where performance is non-negotiable.
A distributed event streaming platform for high-throughput data pipelines. Pepla implements Kafka for clients needing real-time event processing, log aggregation across microservices, and data streaming between systems at enterprise scale.
