Innovative logistics solutions with our Kotlin Android development team
25%
reduction in delivery times
30%
lower fuel expenses
40%
decrease in maintenance costs
Challenge
The client struggled with inefficient fleet management, leading to delivery delays, high fuel costs, and unexpected vehicle breakdowns.
Solution
Development of a Kotlin-based mobile solution that enabled real-time tracking, intelligent dispatching, and predictive maintenance, seamlessly integrated with the client’s ERP and warehouse systems.
Tech stack
Kotlin, Jetpack Compose, Room, Ktor, GitHub Actions.
A major logistics company in Germany specializing in freight transportation and supply chain management faced growing inefficiencies in fleet operations. Rising fuel costs, frequent vehicle breakdowns, and poor route optimization led to delays, missed delivery windows, and increased operational expenses. To stay competitive and enhance service reliability, the company sought a smart mobile solution built for Android using Kotlin.
The client’s fleet operations relied on outdated systems and manual processes, leading to frequent logistical setbacks and rising costs. Without real-time data and automation, dispatchers struggled with inefficient scheduling, delays, and excessive fuel consumption. As delivery demands grew, these inefficiencies became more pronounced, increasing operational expenses and reducing service reliability.
To modernize their infrastructure, the company turned to Android application development with Kotlin with objectives:
Enable real-time vehicle tracking to improve fleet visibility, optimize routes, and minimize delivery delays.
Implement intelligent dispatching and route optimization to reduce fuel consumption and overall operational costs.
Introduce predictive maintenance alerts to prevent unexpected breakdowns and lower repair expenses.
4
Android engineers
2
Back-end engineers
2
QA engineers
1
DevOps specialist
2
UX/UI designers
1
Project manager
1
Team lead
Got a similar software development project on your mind?
Leave your email and our experts will get in touch with you to specify your project challenges and provide an accurate estimation of the cost and duration of our cooperation.
During the requirements gathering and processing phase, we conducted a detailed analysis of fleet operations to identify essential functional requirements for the mobile app. By examining business processes such as route planning and vehicle monitoring, and gathering feedback from drivers, dispatchers, and managers, we uncovered inefficiencies and areas for improvement. This led to the formulation of specific app features, forming the foundation for or developing Android apps with Kotlin.
In the planning phase, we crafted a strategic roadmap, prioritizing each feature’s implementation, leveraging Android app development using Kotlin. We aimed to bring efficiency to fleet management by incorporating real-time GPS tracking for precise vehicle monitoring, developing an intelligent dispatching system to automate and optimize route assignments, and introducing predictive maintenance tools that proactively identify potential vehicle issues before they arise. This plan not only laid out the technical milestones but also ensured we were aligned with the broader business goals, setting the stage for a smooth and impactful development process.
For team assembly, our CTO carefully selected top specialists to ensure seamless collaboration across all development stages. Prioritizing expertise in Android programming with Kotlin, backend development, and QA, we built a highly coordinated team capable of delivering a robust and scalable solution.
The final lineup included:
4 Android engineers;
2 Backend engineers;
2 QA engineers;
1 DevOps specialist;
2 UX/UI designers;
1 Project Manager;
1 Team Lead, each contributing to the app’s success.
In the design phase, Modsen Design Studio reimagined the user experience with a sleek, intuitive UI/UX that perfectly caters to the needs of fleet operators and drivers. Every detail was meticulously crafted to ensure effortless access to critical data, all presented in a visually compelling and straightforward way. Once the design was finalized, the project was handed over to the development team for implementation, leveraging Kotlin for Android to bring the vision to life with optimal performance and responsiveness.
Our team of experienced Kotlin software engineers, each with 7+ years in mobile development, designed a custom mobile app solution to streamline fleet management. By integrating real-time GPS tracking, smart dispatching, and predictive maintenance analytics, we built a high-performance, scalable application that reduced delivery delays and operational costs.
Throughout development we leveraged our expertise in Kotlin Android development services, maintaining constant communication with the client through regular progress calls and doing detailed reports. This iterative approach ensured transparency, allowed for timely feedback, and guaranteed the final product exceeded performance, usability, and efficiency expectations set at the project’s outset.
Our experts from Quality Assurance team conducted extensive testing, ensuring a seamless user experience while leveraging the best practices to develop an Android app with Kotlin:
Unit testing – Verified the correctness of individual components, such as route optimization algorithms and dispatch logic.
Integration testing – Ensured smooth communication between GPS tracking, backend services, and predictive maintenance modules.
Performance testing – Assessed app speed and responsiveness under high loads to guarantee smooth operation during peak usage.
User acceptance testing (UAT) – Collected driver and dispatcher feedback to refine usability and functionality.
Functional testing – Verified that GPS tracking, dispatching, and predictive maintenance features performed as intended.
After identifying and documenting the inefficiencies, the Modsen QA team forwarded them to the development team for swift resolution. The fixes were then reevaluated through additional testing to validate their effectiveness.
Beyond development, we confirmed a seamless rollout by integrating the Android app with Kotlin directly with the client’s ERP and warehouse management systems. Fleet managers received comprehensive training and clear documentation, equipping them with the knowledge to fully utilize the new system from day one.
To guarantee a smooth transition and long-term success, our team provided ongoing support after launch. We assisted the client in optimizing workflows, troubleshooting issues, and refining app functionality based on real-world usage. Built as an Android app using Kotlin, the solution remains highly scalable and adaptable, evolving in step with the client’s growing operational demands.
The fleet management app transformed the client’s logistics operations, making inefficiencies a thing of the past:
With real-time vehicle tracking, dispatchers gained full visibility into fleet movements, allowing for smarter route adjustments and significantly fewer delivery delays.
Intelligent dispatching and route optimization streamlined operations, cutting down on fuel waste and reducing unnecessary expenses.
Meanwhile, predictive maintenance alerts kept vehicles in top condition, preventing unexpected breakdowns and ensuring smooth, uninterrupted deliveries.
Powered by Kotlin and Android, the app has been successfully operating for 6 months, proving its impact in real-world conditions. Our collaboration with the client remains strong, as we provide ongoing support and enhancements to further refine and expand the solution, ensuring long-term success.
25%
reduction in delivery times due to optimized routes and real-time tracking30%
lower fuel costs through intelligent dispatching and route planning40%
decrease in maintenance expenses by leveraging predictive alerts and proactive servicing