Vehicle component tracking app. Tracks vehicle components automatically and notifies users when they are due for maintenance.
RideCheck is a native iOS application built with SwiftUI designed to simplify vehicle ownership by automating maintenance tracking. Addressing the common issue of neglected vehicle care, the app utilizes device sensors to automatically track mileage and predict component wear-and-tear in real-time. It serves as a digital health monitor for motorcycles and cars, ensuring timely servicing to prolong vehicle lifespan and ensure rider safety.
Vehicle owners often forget maintenance intervals, relying on manual odometer checks or paper stickers, leading to preventable breakdowns and expensive repairs.
RideCheck automates this process using Core Motion and Core Location to detect when a user is driving. It updates the vehicle's digital odometer automatically and alerts the user when specific parts (oil, tires, brakes, etc.) reach their lifespan limit.
Utilizes background location services and motion activity to detect trips and update the vehicle's odometer without manual input.
Tracks the health of individual vehicle parts (e.g., Engine Oil, Brake Pads, Tires) using visual progress bars and color-coded health indicators.
Architecture supports managing multiple vehicles with distinct maintenance profiles and odometers.
Detailed history of recent trips, including distance traveled and route snapshots, providing users with transparency on their vehicle usage.
Built with WidgetKit to provide at-a-glance status updates on vehicle health directly from the iPhone Home Screen.
Users can add custom components and define their own distance-based service intervals.
RideCheck moved beyond a theoretical project to achieve significant real-world traction:
Organic Downloads
Achieved through strategic social media marketing with 11,000+ impressions.
Conversion Rate
Significantly higher than the industry average.
App Store Rating
Consistent user satisfaction with active revenue generation.
Presented to the Deputy Minister of Komdigi, validating potential scalability.
Conceptualized the original idea for RideCheck, moving it from a raw concept to a roadmap presented to government officials.
Co-Engineered the proprietary background tracking algorithm, optimizing the balance between GPS precision and battery efficiency.
Developed the polished SwiftUI frontend, ensuring high fidelity to the original designs and smooth animations.
Designed key user flows and low-fidelity prototypes to streamline the vehicle management process.
Validated the system through extensive field testing, ensuring the app performs flawlessly under real-world driving conditions.
App Screenshot
App Screenshot
App Screenshot
App Screenshot
App Screenshot
Auto Tracking Testing Results
Auto Tracking Testing
Lo-Fi Prototype
The RideCheck Team
Presentation to Deputy minister of Komdigi
Presentation to Deputy minister of Komdigi