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Rooverr is a Sri Lanka–based mobility startup on a mission to transform how people move across cities. With global ride-hailing leaders setting the benchmark, Rooverr sought to create a localized platform that could match their speed, reliability, and scalability while catering to the unique needs of Sri Lankan riders and drivers.
Fcode Labs partnered with Rooverr to build a robust, cloud-powered solution designed for growth. The goal was not just to create another taxi app, but to deliver a comprehensive ride management ecosystem that balances efficiency with user trust. The system needed to support real-time booking, seamless payments, and advanced scalability for thousands of vehicles on the road simultaneously.
Competing in an already crowded mobility space required Rooverr to match global players in both functionality and user experience. The challenge was multifaceted:
The vision demanded a technology partner capable of engineering a system that was not only high-performing but adaptable, compliant, and future-ready.
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Our team combined cloud-native engineering, user-centered design, and agile collaboration to deliver Rooverr’s mobility platform from the ground up.
We began by architecting the system on AWS, leveraging Terraform for infrastructure-as-code and Docker for containerized deployment. This ensured consistent performance and high availability at scale. The backend, built using NestJS and PostgreSQL, powered real-time data synchronization across thousands of concurrent rides, maintaining accuracy and reliability in every transaction.
The frontend was designed in ReactJS, providing riders and drivers with a smooth, intuitive interface optimized for quick booking and real-time updates. Secure payment gateways were integrated directly into the flow, allowing frictionless transactions while maintaining compliance with data protection standards.
Through continuous QA cycles, automated CI/CD pipelines, and load testing, we ensured that every component of the platform performed seamlessly under real-world conditions. Scalability, performance, and reliability were treated as core engineering principles, not afterthoughts.
Our team combined cloud-native engineering, user-centered design, and agile collaboration to deliver Rooverr’s mobility platform from the ground up.
We began by architecting the system on AWS, leveraging Terraform for infrastructure-as-code and Docker for containerized deployment. This ensured consistent performance and high availability at scale. The backend, built using NestJS and PostgreSQL, powered real-time data synchronization across thousands of concurrent rides, maintaining accuracy and reliability in every transaction.
The frontend was designed in ReactJS, providing riders and drivers with a smooth, intuitive interface optimized for quick booking and real-time updates. Secure payment gateways were integrated directly into the flow, allowing frictionless transactions while maintaining compliance with data protection standards.
Through continuous QA cycles, automated CI/CD pipelines, and load testing, we ensured that every component of the platform performed seamlessly under real-world conditions. Scalability, performance, and reliability were treated as core engineering principles, not afterthoughts.
The collaboration between Rooverr and Fcode Labs has delivered a platform that sets new benchmarks for digital mobility in Sri Lanka.
The system can now support over 10,000 vehicles simultaneously, maintaining real-time responsiveness even during peak hours. Riders enjoy a seamless booking flow with reliable payment processing, while drivers benefit from transparent trip management and optimized routing.
Operational efficiency has improved significantly, with faster dispatching, reduced downtime, and higher customer satisfaction. The cloud-native infrastructure positions Rooverr to scale across regions effortlessly, expand service types, and explore integrations with future technologies such as AI-powered route optimization.
By combining scalable engineering with user-centered design, we helped Rooverr move beyond the concept of ride-hailing to create a connected mobility ecosystem ready for the next generation of urban transportation
The collaboration between Rooverr and Fcode Labs has delivered a platform that sets new benchmarks for digital mobility in Sri Lanka.
The system can now support over 10,000 vehicles simultaneously, maintaining real-time responsiveness even during peak hours. Riders enjoy a seamless booking flow with reliable payment processing, while drivers benefit from transparent trip management and optimized routing.
Operational efficiency has improved significantly, with faster dispatching, reduced downtime, and higher customer satisfaction. The cloud-native infrastructure positions Rooverr to scale across regions effortlessly, expand service types, and explore integrations with future technologies such as AI-powered route optimization.
By combining scalable engineering with user-centered design, we helped Rooverr move beyond the concept of ride-hailing to create a connected mobility ecosystem ready for the next generation of urban transportation