Smart Scooter Dashboard

Mobile-Bluetooth Integration for Smart Riding
 

SmartRide Sync

Bridging the Gap Between Smartphone Intelligence and Scooter Interfaces

A leading player in the electric two-wheeler industry approached us with a strategic objective: to offer a digitally connected scooter experience that not only enhances convenience but also addresses rising concerns around rider distraction and road safety in urban traffic environments. With growing competition and user demand for connected mobility features, the client envisioned an app-to-scooter ecosystem that could rival smart car dashboards—but optimized for two-wheelers.

Problem Statement

Despite the rising adoption of smartphones for map navigation and communication, riders face critical challenges daily: 

  • Phone Distraction While Riding: Riders must check their phones for GPS directions or to identify incoming calls—posing significant safety risks
  • Lack of Smart Integration: Most scooters don't support even basic phone mirroring or Bluetooth-based alerts
  • Legal & Safety Constraints: Handling phones while riding is both unsafe and illegal in many regions
  • Market Gap: No affordable, widely-available solution for smart scooter dashboards exists, especially in emerging markets

Solution

We developed a React Native-based mobile application that connects to the scooter console using Bluetooth Low Energy (BLE) to deliver a seamless, connected riding experience. 

The client's internal hardware team had developed a BLE-enabled meter console prototype—we completed the solution with a cross-platform, battery-efficient, user-friendly mobile app that bridges smartphone intelligence with scooter interfaces. 

Key Features

BLE Communication Engine
  • Integration with Google Maps API
  • Translates turn-by-turn directions into minimal text instructions
  • Sends only necessary data packets to ensure low latency
Call Notification Engine
  • Uses native modules to detect incoming calls with caller info
  • Sends simplified caller alert to scooter console over BLE
  • Ensures updates even when app is minimized or locked
Battery & Background Optimization
  • Intelligent throttling of BLE connection intervals
  • Zero impact on mobile battery while app runs in background
  • Android/iOS-specific permission handling
Real-Time Navigation Sync
  • Integration with Google Maps API
  • Translates turn-by-turn directions into minimal text instructions
  • Sends only necessary data packets to ensure low latency
UI/UX Design
  • Minimalist interface with one-click pairing
  • Ride summary and real-time sync status
  • Designed for riders with gloves—large tap zones and limited input

Technology Stack

Cross-Platform Mobile: React Native

BLE Communication: react-native-ble-plx, Android/iOS Native Modules

Navigation Integration: Google Maps API

Call Detection: Android TelephonyManager / iOS CallKit

Background Handling: React Native Headless Tasks / Native Services

Console Compatibility: Custom BLE Protocol (GATT profile)

Impact & Results

Field Testing Outcomes 

RIDER DISTRACTION

Before: High

Reduced by 90% 

NAVIGATION ACCESS

Before: Phone screen required

On-console, hands-free  

CALL HANDLING

Before: Stopped vehicle to check

Displayed instantly on the console  

BLUETOOTH STABILITY

Before: Manual connection

Auto-reconnect achieved  

APP BATTERY DRAIN

Before: High in the background

< 2% drain in 1 hr