Contact person: Business Client

Phone:Show

Email:Show

Location: Dubai, United Arab Emirates

Budget: Recommended by industry experts

Time to start: As soon as possible

Project description:
"ScooterIt — Developer Description

Overview:
ScooterIt is a mobile application that aggregates electric scooter rental services (e.g., Lime, Tier, Careem Bike, etc.) into a single platform. The app does not own scooters. Instead, it connects to third-party scooter provider APIs, displays nearby available scooters, and allows users to start rides through those providers.

Core Concept

Users open ScooterIt → view nearby scooters from integrated providers.

API “slots” exist in the app.
When a provider submits API credentials → their scooters are shown in real-time.

Booking and payment are handled through provider APIs.

Platforms

Mobile App: iOS + Android

Tech Suggestion:

Frontend: React Native or Flutter

Backend: Node.js (Express) or Python (FastAPI)

Database: MongoDB or Firebase

Core Modules
1. Authentication

Email / Phone / Apple login / Google login

Basic profile data: name, phone, email, preferred payment method

Token-based authentication (JWT)

2. Map + GPS

Display a real-time map

Show scooter locations from all connected providers simultaneously

Integrate Google Maps API or Mapbox

Live user location tracking with GPS permissions

3. Scooter Providers API Integration

Every provider sends:

API key

Scooter availability endpoint

Start/Stop ride endpoints

Price structure

The app receives:

Scooter coordinates (lat/lng)

Scooter ID

Battery %

Price per minute or unlock price

The app shows:

Multiple scooter brands on 1 map

Provider logo and pricing

Developer must build:

API slots (empty containers) for future providers

Ability to dynamically add a provider without rewriting code

Standard JSON format for any provider

Booking Flow

User taps a scooter on the map

Provider API returns details

User sees:

Scooter brand

Estimated price

Distance

Battery

User taps “Start ride”

App sends a ride request → Provider

Provider unlocks scooter → returns Ride ID

Timer starts in ScooterIt interface

User ends ride

Provider calculates price

ScooterIt shows summary

Payment

Prefer provider-side payment APIs (Stripe or built-in)

ScooterIt may store:

Payment token

Card ID

No direct money storage inside ScooterIt during MVP

User Interface

Colors: Black + Green (main), small white accents

Main Screens:

Splash

Login / Register

Home Map

Scooter Info Modal

Ride in Progress

Profile / Wallet

Settings

Admin / Partners Integration (Later Stage)

Providers login via dashboard

Upload API keys

Control their scooter assets

View performance analytics

Not included in MVP — just placeholders.

MVP Goals

Show scooters from at least 1–2 providers

Live GPS and map

“Start Ride” → Redirect to provider or via their API

Basic account system

No complex wallet, no subscriptions in MVP.

Security

Secure tokens for API

Do not expose provider credentials on front-end

HTTPS only

Server-side encryption for keys

Scalability

Architecture must support:

Many providers

Multi-country zones

Dynamic API onboarding

Analytics in later versions" (client-provided description)