Custom Software Development & Digital Solutions

Smart Mobility & EV Fleet
Management Platform

Business Case

imoto share is a smart electric mobility platform based in Bali, Indonesia, offering eco-friendly electric scooter rentals to both tourists and locals. The service provides a seamless digital experience through its mobile app, allowing users to rent high-performance e-bikes on a daily, monthly, or yearly basis. With features like real-time tracking, battery status monitoring, and zero-contact delivery, imoto share aims to revolutionise urban commuting while promoting sustainable tourism.

Business Objectives

Admin Design

Challenges

Managing real-time data from multiple EVs.

Creating a system for both fleet operators and end users.

Maintaining consistency across web and mobile platforms.

Enabling low-latency communication via MQTT and WebSockets.

Building efficient APIs for booking, payments, and analytics.

Integrating IoT data (battery, GPS, speed, status) seamlessly.

Ensuring data security and reliability across all layers.

Strategic Development Approach

Understanding the Market

The team studied the EV mobility landscape in Indonesia and Southeast Asia, analyzing fleet management trends, government policies, and user behavior to define key use cases for both consumers and operators.

User-Centric Design

Interactive dashboards and mobile interfaces were designed to ensure clarity, speed, and ease of use. Fleet operators gained access to analytics dashboards, while end users benefited from a simplified booking and ride management experience.

Ensuring Reliability

The platform was built with a focus on real-time data flow and predictive fault management. Automated QA testing validated data synchronization between vehicles, backend, and mobile clients.

Security & Scalability

The backend architecture incorporated role-based access control, JWT authentication, and end-to-end encryption for safe transactions and user sessions. AWS cloud infrastructure ensured horizontal scalability as the fleet network grew.

Our Solution

We delivered a Python-based smart mobility ecosystem that connects users, vehicles, and operators in real time. The solution initially launched as a web portal for fleet operations, followed by a React Native mobile app for users to book and manage rides directly.

Tracking & Monitoring

Real-Time Vehicle Tracking Live GPS with trip history and movement monitoring.

IoT Connectivity Real-time telemetry via MQTT protocol integrated with telematics APIs.

Push Notifications: Instant ride status, maintenance alerts, and notifications.

Smart Booking Flow

Start, pause, and end rides seamlessly via mobile app or dashboard.

React Native mobile app allows users to book and manage rides directly.

Push notifications update users on ride status and alerts in real time.

Fleet Management Dashboard

Centralized view of vehicle utilization, health, and performance.

User and role management for drivers, managers, and administrators.

IoT connectivity integrated with telematics APIs for real-time fleet data.

Battery and Charging Analytics

Detailed analytics on charge cycles, battery health, and energy trends.

Predictive insights through IoT-driven data collection.

In-App Payments

Wallet-based transactions for quick and secure ride payments.

Integrated system reduces payment friction and errors.

Performance & Scalability

Python-based modular backend for scalability across regions.

IoT telemetry via MQTT ensures fast, reliable communication.

Robust analytics provide insights into performance and maintenance trends.

Technologies Used

Client Testimonial