The taxi and transport sector stopped running on phone orders and manual dispatch a long time ago. Passengers expect an app, drivers expect a transparent ride assignment system, and the transport company or association needs a real-time overview of the entire operation. Prolink develops taxi applications as integrated systems, but also as separate modules according to the needs of the operator — passenger app, driver app, dispatch dashboard and taximeter app can be implemented together as a cohesive product or separately as an upgrade to existing infrastructure. Each part of the system is designed and developed to speak the same language, regardless of whether everything is implemented at once or incrementally.
What makes a complete taxi system
The passenger app covers the entire booking flow: entering origin and destination, viewing available vehicles on a real-time map, confirming the ride, tracking the driver until arrival, in-app payment and viewing ride history with receipts. Rating rides and drivers is part of the standard flow, giving operators structured visibility into service quality without manual feedback collection.
The driver app is oriented towards operational simplicity in driving conditions: incoming rides are displayed with clear accept or decline options, navigation launches within the app, ride status updates with a single tap, and earnings and ride history are accessible without leaving the app. Automatic ride assignment, based on proximity and driver availability, eliminates the need for manual dispatch on standard bookings and frees the dispatcher for situations that require human judgement — special requests, complaints or coordination during peak hours.
The dispatch dashboard is a web interface that provides a real-time view of the entire fleet: driver positions on the map, status of every active ride, the booking queue and the ability to manually intervene when automatic assignment is not sufficient. Ride history, revenue reports and driver records are available from the same dashboard without the need to export data to external tools.
The taximeter app is a separate module that can be implemented independently or as part of the complete system. It handles fare calculation based on distance, time and rate zones, generates digital receipts and integrates with the broader system for centralised reporting. For operators who already have a passenger and driver app but need to digitalise fare management, the taximeter app can be added without rebuilding the rest of the infrastructure.
Technical approach — iOS, Android or both
The choice of platform depends on the structure of the transport business, the market it operates in and long-term development plans. Cammeo, one of the more recognisable taxi brands on the domestic market, chose a native iOS application that uses the full performance and design capabilities of Apple's platform and positions itself alongside a premium user experience. The Kaštela Taxi Association, Taxi Vozek and Taxi Diviz chose a cross-platform approach in Ionic that ensures presence on both iOS and Android from a single codebase — a practical and economically justified choice for operators who cannot limit their driver fleet to one type of device. Prolink does not recommend a platform in advance. Analysis of the user base, existing infrastructure and planned system development is part of the discovery phase of every project and the only correct foundation for that decision.
Business impact for transport operators
Digitalising bookings reduces dispatch operating costs and eliminates the errors that arise in telephone communication — a misheard address, a forgotten booking or a double-assigned ride are problems that a structured system resolves systematically. In-app payment accelerates the billing flow, reduces cash handling and leaves an automatically generated digital trail of every transaction that simplifies accounting and reporting. Ratings and reviews within the system give the operator data on service quality per driver without separate satisfaction tracking tools. For associations and larger fleets, the centralised operational overview in the dispatch dashboard replaces communication scattered across phone calls and messages and brings a level of operational control that was previously available only to large corporate players.
How taxi app development works with Prolink
Every project begins with a discovery phase in which all system stakeholders are mapped — passenger, driver, dispatcher, administrator — and flows are defined for each role separately. Taxi systems have specific complexity that arises from real-time requirements: GPS positions must be current within seconds, ride assignment must respond instantly, and communication between parts of the system must work reliably even in poor network conditions. These technical requirements are addressed by Prolink through architectural decisions at the start of the project, not improvisation in later phases. After the discovery phase, UX/UI design follows for each of the applications — passenger app, driver app and dispatch dashboard have completely different users with completely different needs and contexts of use, which means they cannot be treated as variations of the same interface. Development proceeds in iterative sprints with regular testing on real devices and in real driving conditions. Payment system integration, mapping services and push notification infrastructure are planned and implemented as part of the sprints. Publication on the App Store and Google Play, including navigation through review processes that can be particularly demanding for applications that handle payments and location data, is part of the standard project scope.
Completed projects
Cammeo is a taxi service for which Prolink developed a native iOS application covering the complete user flow of booking, tracking and payment. The Kaštela Taxi Association received a cross-platform system combining a passenger app, driver app and dispatch dashboard adapted for local fleet coordination. Taxi Vozek and Taxi Diviz also use Prolink cross-platform solutions for ride coordination and communication between dispatchers and drivers — each system developed according to the specific operational requirements of the client, not according to a generic template.
Your fleet, your system — built to last
A taxi application is not a generic product taken off the shelf and adapted with a logo. Operational rules, fleet structure, billing method and the relationship with drivers differ from operator to operator and from market to market. Prolink has built taxi systems for brands and associations of different sizes and structures, including Cammeo, Taxi Vozek, Taxi Diviz and the Kaštela Taxi Association, and that experience means every new project builds on knowledge that has already been tested in production rather than starting from scratch. For international operators, Prolink offers the practical advantages of an EU-based development partner — GDPR compliance, Central European timezone, communication in English and German, and development costs substantially more competitive than equivalent agencies in Western Europe. If you are planning to digitalise your transport operation, upgrade an existing solution or add a specific module to what you already have, get in touch — a conversation about scope and approach commits you to nothing.
Frequently asked questions about taxi app development
Can the taxi app be integrated with an existing dispatch system?
Yes, integration with existing systems is possible via API and depends on how technically open the existing system is to external integrations. In the discovery phase Prolink analyses the existing infrastructure and defines an integration strategy — in some cases this is a standard API integration, while in others migrating to a new system may be more cost-effective than integrating with a legacy solution.
How long does it take to develop a complete taxi system?
A complete system including the passenger app, driver app and dispatch dashboard is a more complex project than a simple mobile application and realistically takes between five and ten months to develop, depending on the scope of functionality and number of integrations. The discovery phase at the start of the project gives a more accurate estimate than any general guideline.
Does every driver need a dedicated device or does the app work on a personal phone?
The driver app is designed for installation on the driver's personal Android or iOS device — no dedicated hardware is required. For fleets that want to standardise equipment, Prolink can adapt the application for use on a specific device model or for MDM fleet-level device management.
How does in-app payment work?
Payment is integrated via verified payment providers that support card payments, and the entire flow — card entry, authorisation and confirmation — takes place within the app without redirecting to external pages. Prolink implements the integration in accordance with PCI DSS standards and the requirements of the payment providers the client selects or with whom they already have an existing agreement.
What happens if the app stops working during a ride?
System stability and reliability are designed from the first architectural decision — critical functions such as active ride tracking and GPS operate even during temporary network loss through local state caching. After launch, Prolink runs monitoring that detects errors and disruptions in real time, and the technical support plan defines priority response times for critical incidents.
Can the system be expanded to multiple cities or regions?
Yes, multi-regional architecture is planned in advance if this is part of the client's long-term strategy. This includes support for multi-currency payment, interface localisation and operational fleet segmentation by region within the same dispatch dashboard — all decisions that are significantly more expensive to add retrospectively than to build in from the start.
Can modules be implemented separately?
Yes. The passenger app, driver app, dispatch dashboard and taximeter app are designed as modules that can be implemented together as a complete system or separately as an upgrade to existing infrastructure. Operators who already have part of the system can add individual modules without rebuilding what already works.