Queen Car passenger application welcome screen

Mobility · Ride-hailing platform

Queen Car

A connected passenger, driver and administration ecosystem for booking and operating urban rides.

Car booking application
Discuss a mobility product

AI Development opportunities

Bring intelligence to mobility operations without losing human accountability

A current extension could help operators interpret demand, trip exceptions and support signals faster while protecting riders and drivers from opaque automated decisions.

01

Demand and ETA intelligence

Forecast service pressure and arrival ranges from approved operational signals, with uncertainty visible to dispatch teams.

02

Dispatch exception triage

Summarize stalled, rejected or unusual trips and route consequential cases to an accountable operator.

03

Support and safety copilot

Retrieve approved trip and policy context, draft responses and keep every sensitive escalation with a trained person.

04

Fraud and quality monitoring

Surface payment, account and service anomalies for investigation without automatically penalizing a passenger or driver.

Mobility guardrail

AI features would require precise-location privacy, passenger and driver safety review, fairness testing, explainable matching or pricing signals, measurable evaluation, continuous monitoring and human review for consequential decisions.

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01

Project context

Modernizing an established ride-hailing ecosystem

Queen Car is a ride-hailing product with separate passenger, driver and management systems.

OpenGeeksLab joined the ongoing product to extend existing functionality, support integrations, reshape server architecture and redesign the passenger and driver experiences for iOS and Android.

02

Problem to be solved

Create room for growth across apps and backend services

  • Assess the existing applications and identify practical modernization paths.
  • Increase service capacity and isolate faults through a revised server structure.
  • Refresh passenger and driver journeys without disconnecting established operations.

03

Software solution

A coordinated platform for passengers, drivers and operators

Product analysis, server-side modernization and interface redesign formed interconnected workstreams that improved capacity, stability and usability.

Queen Car passenger route selection screenQueen Car passenger trip settings screenQueen Car passenger ride options screen

04

Passenger application

From tailored booking to the live trip

Queen Car passenger trip details screen
01

Secure access

Two-factor registration and password recovery through email or phone.

02

Ride preferences

Pickup, destination, scheduling, vehicle class, accessibility, language and driver preferences.

03

Live trip experience

Quick matching, vehicle tracking, route details and timely push notifications.

04

Flexible payment

Card, cash, discounts and the payment options described in the source.

05

Communication

In-app chat and calls for trip coordination.

06

Personalization

English and Arabic, light and dark themes, history, ratings, referrals and car sharing.

05

Driver application

A focused operating view for every shift

Queen Car driver application ride screen
01

Onboarding and accreditation

Two-factor access and document submission for driver verification.

02

Trip workflow

Search, accept or reject rides with route optimization and push updates.

03

Earnings visibility

Daily and monthly ride and earnings history.

04

Driver preferences

English and Arabic interfaces with light and dark themes.

05

Balance tools

The source describes scratch-card balance replenishment for the driver account.

06

Administration platform

Service controls for people, trips and commercial operations

The administration scope described in the source brings operational oversight, configuration and commercial workflows into one management environment.

01

Live operations

A real-time dashboard for trips, users and the wider service.

02

Driver and vehicle review

Verification workflows plus driver, vehicle and trip management.

03

Passenger service

Account management, complaints and deal administration.

04

Commercial controls

Billing, invoicing, referrals and commission management.

05

Service configuration

Content, push notifications, cities and geolocation boundaries.

06

Incentives

A configurable bonus system for operational programs.

Technology

Mobile, web and distributed backend tooling

The product uses the mobile, web and distributed backend technologies below.

Node.js
Java
Kotlin
Swift
Objective-C
NestJS
Angular
MongoDB
Redis
TypeScript
gRPC
RabbitMQ
Express
Mongoose
Twilio

Delivery snapshot

A seven-person delivery team

The PDF lists two backend developers and one specialist each for frontend, Android, iOS, project management and UI/UX design.

The team included two backend developers and one specialist each for frontend, Android, iOS, project management and UI/UX design.

2Backend developers
3Frontend, Android and iOS
2PM and UI/UX design

Project outcome

A modernization path for an evolving mobility service

The ongoing product uses a monetization model combining fees from driver earnings with passenger charges.

The server and integration work improved high-load capacity, fault isolation, scalability, performance and security.

Building a mobility platform?

Connect riders, drivers, operations and responsible AI.

We can help shape the mobile experience, operating systems and AI roadmap around the people who move through your service.

Discuss your platform