The Prime Minister’s Youth Program (PMYP) required a centralized digital platform to support education, employment, internships, and youth engagement initiatives across Pakistan. The challenge was to build a highly scalable, secure, and resilient system capable of serving a large user base with document management, job applications, and real-time services on a national scale. Objective To design and deploy a production-grade,

The NAVTTC Learning Management System was originally built on a legacy Spring Boot architecture that was difficult to scale, maintain, and deploy efficiently. It required modernization into a containerized microservices-based system with improved performance, secure deployment pipelines, live class support, and zero-downtime updates while ensuring strict data integrity during migration. Objective To migrate a large-scale legacy LMS (Spring Boot) into

Campus 2.0 is a large-scale Learning Management System consisting of multiple portals (Student, Teacher, Admin, and UAA) built on a microservices architecture. The challenge was to deploy a complex multi-service system in production with secure networking, persistent data handling, real-time communication tools, and full observability while ensuring stability and zero-downtime operations. Objective To design and deploy a fully production-ready, containerized

JA Pakistan required a centralized training management system for NGOs to efficiently plan, manage, and track staff development programs. The challenge was to build a secure, scalable, and production-ready platform capable of handling multiple organizations, role-based access, training schedules, and document management with reliable deployment and monitoring. Objective To design and deploy a full-stack training management platform for NGOs using

A workforce management client needed a centralized web platform to efficiently manage field operations, including employee tracking, task assignments, KPI monitoring, scheduling, and performance reporting. The challenge was to build a secure, scalable, and reliable system with automated deployments and minimal operational overhead. Objective To design and deploy a full-featured Field Service Management system using a LAMP-based architecture on AWS,

LifeSet Wellbeing is a modern mobile application designed to help users build healthy habits and improve lifestyle management. The challenge was to deploy a scalable, secure, and cost-efficient backend infrastructure capable of handling growing user traffic, frequent updates, and reliable mobile app performance. Objective To design and deploy a fully automated AWS-based infrastructure for a React Native mobile application using

CertifyMed is a microservices-based healthcare application that required a secure, scalable, and fully automated cloud-native deployment. The challenge was to build a production-grade Kubernetes environment on AWS with secure CI/CD, observability, and dynamic scaling while ensuring sensitive healthcare data and configurations remained protected. Objective To design and deploy a cloud-native microservices architecture on AWS EKS with automated CI/CD pipelines, secure

MojoManager is a web-based sales order management platform designed for Amazon sellers to streamline operations. The challenge was to design and deploy a secure, scalable, and production-ready AWS infrastructure that could integrate with Amazon Seller Central while ensuring strict data security and cost efficiency. Objective To build a fully secure AWS architecture with private networking, high availability, and scalable compute

A community-driven recipe platform needed a reliable, secure, and repeatable infrastructure setup on AWS where application deployments could be automated without manual server configuration. The goal was to avoid configuration drift, enable fast deployments, and ensure the platform remained secure and production-ready. Objective To design an automated AWS infrastructure and CI/CD pipeline that could provision resources, configure servers, deploy containerized