We build travel software for travel agencies, OTAs, tour operators, airlines, hotels, and corporate travel programmes.
That covers GDS-integrated booking engines connected to Amadeus, Sabre, and Travelport as well as IATA NDC-compatible airline platforms, PMS and channel manager integrations for hospitality, itinerary management systems, digital check-in platforms, and corporate travel management tools.
Every platform is built for the integration dependencies, compliance requirements, and peak-load performance standards the travel industry operates under.








Our developers build on React Native's New Architecture, implementing JSI for direct native API access, TurboModules for synchronous native module communication, and Fabric renderer for improved UI thread performance. Every app is written in TypeScript with clean architecture principles, producing maintainable, testable codebases that scale without accumulating technical debt
We implement the full React Native ecosystem, React Navigation for type-safe routing, Redux or Zustand for predictable state management, React Query for server state synchronization, Axios for API communication, and Reanimated 2 for high-performance 60fps animations running on the UI thread. No third-party workarounds, only production-proven libraries with long-term maintenance track records.
We bridge React Native to native iOS and Android APIs, writing custom Swift and Kotlin native modules for device features without existing community support, integrating Capacitor-style hardware access for camera, Bluetooth, biometrics, and sensors, and resolving the native module compatibility issues that break React Native apps during iOS and Android OS version updates.
We run two-week sprint cycles with defined TypeScript deliverables, end-of-sprint builds distributed via TestFlight and Firebase App Distribution for real device testing, and Jira-tracked progress communicated through dedicated Slack channels, so you always know exactly what's been built and what's coming next.
We automate the full deployment pipeline via Fastlane and GitHub Actions, configuring simultaneous App Store and Google Play submissions, build variant management for development, staging, and production environments, and code signing automation that eliminates manual release overhead. Every release is repeatable, consistent, and low-risk.
Post-launch we provide Firebase Crashlytics monitoring, React Native version upgrades, resolving breaking changes with each major release, native module compatibility updates for new iOS and Android OS versions, and sprint-based feature development. Your app stays current with React Native's evolving ecosystem without requiring a full rebuild.
A GDS-integrated booking engine connects your platform to the live global inventories of Amadeus, Sabre, and Travelport giving your users real-time flight, hotel, car rental, and vacation package availability without needing direct supplier contracts. We build booking engines with multi-GDS search aggregation, NDC-compatible fare display, multi-currency pricing, PCI-DSS Level 1 payment processing, and booking conversion optimization for OTAs and travel agencies.
GDS API integration connects your existing travel platform to Amadeus, Sabre, or Travelport inventory feeds either replacing a legacy connection or adding real-time global content to a platform currently relying on a single supplier. We handle GDS API certification, sandbox testing, production cutover, and ongoing API version management as GDS providers release schema updates. We also integrate IATA NDC APIs for airlines distributing dynamic, personalized fares directly.
A Central Reservation System is the inventory management core for hotels controlling room availability, rates, and booking distribution across all channels from a single platform. We build CRS platforms with OTA channel integration, dynamic pricing, real-time inventory visibility, direct booking optimization, and distribution control across GDS networks and OTA channels including Booking.com, Expedia, and Agoda. CRS systems integrate with existing PMS platforms and channel managers.
Hotel management software handles the operational layer of a property, guest relations, reservation management, housekeeping scheduling, revenue forecasting, and multi-property administration. We build custom hotel management systems with PMS integration for Mews, Opera PMS, and Cloudbeds, housekeeping automation, revenue forecasting dashboards, multi-property management, channel manager connectivity, and GDPR-compliant guest data handling.
A white-label travel booking platform gives travel agencies a fully branded booking product without building the underlying booking infrastructure from scratch. The platform handles GDS integration, multi-currency payment processing, itinerary management, and booking administration. White-label platforms reduce time-to-market from 12 months to 4 to 6 months compared to a full custom build because the booking engine architecture and GDS certification are already established.
Corporate travel management software provides organisations with one platform to manage all business travel booking within policy, tracking spend against budget, receiving real-time flight and hotel alerts, and generating travel reports for finance teams. We build corporate travel management systems for TMCs and enterprise travel programmes, with policy-compliant booking flows, expense integration, travel documentation management, duty-of-care tracking, and HR and ERP system integration.
Travel CRM software centralises customer interactions, booking history, communication records, lead status, and automated follow-up workflows — enabling travel agencies to manage client relationships at scale without manual tracking. We build travel CRM systems with booking management, lead and pipeline tracking, automated communication workflows, travel analytics dashboards, and integrations with GDS platforms, booking engines, and itinerary management tools.
We conduct stakeholder interviews, requirement workshops, and existing system audits, defining business objectives, feature scope, and native device API requirements. This phase produces a full React Native specification covering architecture pattern, state management selection (Redux vs Zustand vs React Query), Firebase vs REST backend decision, native module requirements, and a phased delivery roadmap with fixed sprint milestones.
We design React Native interfaces in Figma, building platform-adaptive layouts respecting iOS Human Interface Guidelines and Android Material Design 3, and producing high-fidelity interactive prototypes validated with stakeholders before development begins. Every design accounts for React Native's StyleSheet rendering and Animated API, for pixel-accurate implementation across every target device size.
We build in two-week agile sprints, implementing TypeScript component architecture, Redux or Zustand state management, Firebase or REST/GraphQL API integration, and native module bridging for device hardware features. React Native's Fast Refresh keeps iteration fast throughout every sprint, allowing real-time UI validation without full rebuild cycles.
We run a full React Native QA cycle, covering Jest unit testing, Detox end-to-end UI automation across iOS and Android device matrix, Firebase Test Lab real device testing, Flipper performance profiling for JavaScript and UI thread bottlenecks, and App Store and Google Play submission compliance validation. Nothing proceeds to deployment until all priority issues are resolved and client sign-off is confirmed.
We manage simultaneous App Store and Google Play submission, configuring code signing, build variants for production environments, store listing metadata preparation, and CI/CD pipeline automation via Fastlane and GitHub Actions. Staged rollouts minimize deployment risk for apps with existing user bases.
Post-launch we provide crash monitoring via Firebase Crashlytics, React Native version upgrade management, native module compatibility updates for new iOS and Android OS releases, and sprint-based feature development so your app stays current, secure, and performing well without requiring a rebuild every time React Native releases a major update.
A travel booking app connects users to flight and hotel inventory, processes secure payments, and stores reservation history, the commercial core of any OTA or travel agency digital product. We build iOS and Android booking apps with hotel and flight booking engines, payment gateway integration (Stripe, Adyen, Braintree), multi-currency support, loyalty programme integration, real-time booking confirmations, and offline access to stored reservations. Mobile booking apps are built with peak-load resilience for holiday booking windows.
A flight booking app provides users with real-time seat availability, fast ticketing for one-way and round-trip bookings, live flight tracking, and secure payment processing. We build airline booking apps with multi-GDS search aggregation, NDC-compatible fare display, seat selection, and ancillary service booking (baggage, upgrades, meals), multi-currency checkout, and IATA BSP-aligned settlement support for accredited travel agencies.
A trip planning app gives users a single place to build and manage their entire journey, personalised itineraries, day-by-day activity scheduling, multi-destination organisation, collaborative planning for groups, travel checklists, and budget tracking. We build trip planner apps with real-time booking integration, offline itinerary access, calendar sync, travel reminder notifications, and cross-device synchronisation for travellers managing plans across mobile and web.
Itinerary management apps consolidate every booking element, flights, hotels, transfers, and activities, into a single chronological trip view. We build itinerary apps with offline access (critical for travellers without connectivity), multi-booking consolidation from email confirmations, calendar integration, travel reminder alerts, and a unified trip dashboard that gives travellers a complete view of every leg of their journey.
Tour companion apps act as a digital guide for travellers at their destination, delivering curated sightseeing plans, GPS-based navigation, location-aware audio guides, cultural site information, and offline maps for areas without internet access. We build tour guide apps with geo-based content delivery, offline map caching, POI (Point of Interest) mapping, interactive tourist guides, and self-guided exploration tools for tour operators and destination marketing organisations.
A digital concierge app replaces the physical hotel front desk for common guest requests, in-room service, dining reservations, local recommendations, and guest chat, reducing front desk workload while improving guest response speed. We build digital concierge apps with in-room service request management, hotel dining reservations, local area recommendations, live guest chat, contactless hospitality workflows, and PMS integration for real-time reservation access.
Travel discovery apps inspire and inform trip planning through curated destination guides, cultural insights, and local activity suggestions. We build discovery apps with geo-based content delivery, offline maps, POI mapping, interactive tourist guides, user-generated review integration, and personalized recommendation engines that adapt to saved destinations and travel history.
Car rental apps let travellers browse available vehicles, book rentals, and manage reservations from their phone. We build car rental apps with real-time vehicle inventory, map-based fleet location tracking, flexible rental duration management, digital booking confirmation, and end-to-end vehicle pickup and return coordination, for rental operators and multi-supplier car booking platforms.
Travel agent mobile apps give agents the ability to manage client bookings, check GDS availability, update itineraries, and communicate with clients from anywhere. We build agent tools with real-time GDS booking access, mobile CRM integration, booking update notifications, workflow automation for common agent tasks, and a centralized reservation dashboard covering all active client bookings.
Digital check-in apps let passengers check in remotely, select seats, and receive mobile boarding passes, reducing airport counter queues and manual staff workload. We build check-in platforms with airline API integration, secure passenger data handling to PCI-DSS standards, seat map display, ancillary service selection at check-in, and real-time boarding management for airlines and airport service operators.
Travel navigation apps give travellers interactive maps, GPS routing, and location-aware guidance throughout their journey. We build travel mapping apps with GPS-based turn-by-turn navigation, offline map downloads for no-connectivity environments, cultural landmark identification, personalised attraction recommendations, and integration with Google Maps and Mapbox APIs for reliable mapping data.
NDC is the IATA XML standard that allows airlines to distribute personalised, dynamically priced content directly to travel agents and OTAs, bypassing traditional GDS fare structures. American Airlines now processes 80% of bookings through NDC or direct channels. Lufthansa and British Airways apply GDS surcharges to non-NDC bookings. Any flight booking platform built today that does not support NDC will face content gaps and pricing disadvantages as airline NDC adoption continues to grow. We build NDC-compatible travel platforms covering NDC schema integration (versions 17.2 through 21.3), airline ancillary service merchandising, dynamic pricing feeds, and offer and order management workflows.
We have integration experience across Amadeus, Sabre, and Travelport, covering GDS certification, API integration, production deployment, and ongoing API version management as GDS providers release schema updates. We also build NDC-compatible platforms for airlines and OTAs navigating the shift from traditional GDS distribution to direct, personalised airline content. This is not a claimed capability; it is a scoped deliverable with defined certification milestones.
Security and compliance are built into the architecture from the first sprint, not added as a pre-launch checklist. Every travel platform we build addresses PCI-DSS v4.0 for payment card data, GDPR for EU passenger data, PSD2 Strong Customer Authentication for EU payment flows, and IATA standards for airline-facing products. Compliance requirements are mapped at discovery, validated at each sprint review, and documented throughout development for regulatory audit trails.
Travel booking platforms face traffic conditions that standard consumer apps do not. A flight sale, a holiday booking window, or a viral travel deal can generate 10x to 50x normal transaction volume within minutes. We architect travel platforms with auto-scaling compute on AWS or GCP, Redis caching for real-time seat availability buffers, database read replicas for search-heavy periods, and CDN-delivered assets to reduce origin server load during peaks. A booking platform that has not been load tested at 20x normal traffic has not been tested for the conditions it will face.
Consumer travel apps are used in airports, on planes, at destinations with expensive roaming data, and in countries with unreliable cellular coverage. We build offline-first travel mobile apps using local device storage for saved itineraries, downloaded maps, cached booking references, and stored boarding passes, with automatic background sync when a connection is restored. Offline capability is scoped at discovery because it affects the data architecture, sync logic, and storage management of the entire app.
We enforce non-disclosure agreements before any project discussion begins. Development workflows use encrypted environments, source code is held under version control with access limited to the project team, and intellectual property rights transfer fully to the client on project completion. For travel platforms handling personal passenger data across international borders, we implement GDPR-compliant data handling, consent management, and data residency controls from the start.
Every travel software project runs in two-week development sprints with defined review points at each milestone. Your technical, legal, and compliance teams review and approve deliverables before work progresses to the next phase. Each sprint includes travel-specific acceptance criteria, GDS integration validation, booking flow end-to-end testing, PCI-DSS compliance review, and payment processing verification, which are built into the process, not added at the end.
Our developers build on React Native's New Architecture, implementing JSI for direct native API access, TurboModules for synchronous native module communication, and Fabric renderer for improved UI thread performance. Every app is written in TypeScript with clean architecture principles, producing maintainable, testable codebases that scale without accumulating technical debt
We implement the full React Native ecosystem, React Navigation for type-safe routing, Redux or Zustand for predictable state management, React Query for server state synchronization, Axios for API communication, and Reanimated 2 for high-performance 60fps animations running on the UI thread. No third-party workarounds, only production-proven libraries with long-term maintenance track records.
We bridge React Native to native iOS and Android APIs, writing custom Swift and Kotlin native modules for device features without existing community support, integrating Capacitor-style hardware access for camera, Bluetooth, biometrics, and sensors, and resolving the native module compatibility issues that break React Native apps during iOS and Android OS version updates.
We run two-week sprint cycles with defined TypeScript deliverables, end-of-sprint builds distributed via TestFlight and Firebase App Distribution for real device testing, and Jira-tracked progress communicated through dedicated Slack channels, so you always know exactly what's been built and what's coming next.
We automate the full deployment pipeline via Fastlane and GitHub Actions, configuring simultaneous App Store and Google Play submissions, build variant management for development, staging, and production environments, and code signing automation that eliminates manual release overhead. Every release is repeatable, consistent, and low-risk.
Post-launch we provide Firebase Crashlytics monitoring, React Native version upgrades, resolving breaking changes with each major release, native module compatibility updates for new iOS and Android OS versions, and sprint-based feature development. Your app stays current with React Native's evolving ecosystem without requiring a full rebuild.
PCI-DSS v4.0 is mandatory for any platform that processes, stores, or transmits cardholder data. With version 4.0 now fully in force, requirements include Multi-Factor Authentication (MFA) for all cardholder data environment access, e-commerce script management, and enhanced fraud controls. We build travel payment systems with point-to-point encryption (P2PE), tokenisation at card entry (card data never stored on application servers), network segmentation of the cardholder data environment (CDE), and documentation for PCI-DSS Merchant Level 1 or Level 2 compliance, depending on transaction volume.
GDPR applies to any travel platform collecting or processing personal data from EU residents, covering passenger names, contact information, passport data, travel history, and payment records. We implement GDPR compliance architecture covering lawful basis documentation for passenger data processing, consent management and withdrawal workflows, data subject rights handling (access, erasure, portability), Data Protection Impact Assessments (DPIAs) for high-risk processing, Data Processing Agreement (DPA) templates for third-party vendors including GDS providers, and data residency controls for cross-border data transfers.
PSD2 Strong Customer Authentication (SCA) is mandatory for online card transactions involving EU-issued cards or EU-based payment service providers. SCA requires two-factor authentication at checkout using a combination of something the user knows (password/PIN), something they have (phone/token), or something they are (biometric). We implement 3DS2 (EMV 3-D Secure) for all EU-market booking platforms, with SCA exemption logic for low-risk transactions to minimise checkout abandonment while maintaining compliance.
Airline-facing travel platforms must align with IATA's New Distribution Capability (NDC) standard for content distribution and the Billing and Settlement Plan (BSP) for financial settlement between airlines and accredited travel agents. NDC schema compliance ensures your platform can receive and process personalized airline offers. BSP alignment ensures ticket revenue flows correctly through IATA's settlement system. We build airline booking platforms with NDC schema integration (versions 17.2 through 21.3) and BSP-compatible settlement workflows for IATA-accredited agencies.
For travel platforms serving UK users post-Brexit, UK GDPR applies independently of EU GDPR, with the same substantive requirements but a separate supervisory authority (ICO). Platforms serving users in additional markets must also address CCPA (California), PIPEDA (Canada), PDPA (Thailand and Singapore), and PDPL (Saudi Arabia) for the passenger data of users in those jurisdictions. We map all applicable data protection frameworks for each client's target markets at the discovery phase.




















































We conduct stakeholder interviews, requirement workshops, and existing system audits, defining business objectives, feature scope, and native device API requirements. This phase produces a full React Native specification covering architecture pattern, state management selection (Redux vs Zustand vs React Query), Firebase vs REST backend decision, native module requirements, and a phased delivery roadmap with fixed sprint milestones.
We design React Native interfaces in Figma, building platform-adaptive layouts respecting iOS Human Interface Guidelines and Android Material Design 3, and producing high-fidelity interactive prototypes validated with stakeholders before development begins. Every design accounts for React Native's StyleSheet rendering and Animated API, for pixel-accurate implementation across every target device size.
We build in two-week agile sprints, implementing TypeScript component architecture, Redux or Zustand state management, Firebase or REST/GraphQL API integration, and native module bridging for device hardware features. React Native's Fast Refresh keeps iteration fast throughout every sprint, allowing real-time UI validation without full rebuild cycles.
We run a full React Native QA cycle, covering Jest unit testing, Detox end-to-end UI automation across iOS and Android device matrix, Firebase Test Lab real device testing, Flipper performance profiling for JavaScript and UI thread bottlenecks, and App Store and Google Play submission compliance validation. Nothing proceeds to deployment until all priority issues are resolved and client sign-off is confirmed.
We manage simultaneous App Store and Google Play submission, configuring code signing, build variants for production environments, store listing metadata preparation, and CI/CD pipeline automation via Fastlane and GitHub Actions. Staged rollouts minimize deployment risk for apps with existing user bases.
Post-launch we provide crash monitoring via Firebase Crashlytics, React Native version upgrade management, native module compatibility updates for new iOS and Android OS releases, and sprint-based feature development so your app stays current, secure, and performing well without requiring a rebuild every time React Native releases a major update.
We start with a discovery phase covering your target buyer types (travel agency, OTA, hotel, airline, corporate travel programme), booking volume requirements, GDS and third-party integration dependencies, compliance obligations (PCI-DSS, GDPR, PSD2, IATA standards), offline capability requirements, and existing system integrations. Output: a documented requirements specification, a compliance framework map, and a GDS integration assessment, all reviewed and signed off by your team before design or development begins.
Our system architects and UX team work in parallel, architects designing the booking engine core, GDS integration layer, payment processing pipeline, and database schema for the transaction volumes the platform must support, while UX designers map user journeys for each buyer type (traveller, agent, hotel admin, corporate travel manager). For booking platforms, architecture decisions in this phase directly affect PCI-DSS compliance scope and peak-load resilience, getting them right here costs a fraction of fixing them post-launch.
We validate the platform architecture through a functional MVP covering core transaction flows, search, select, book, pay, confirm, plus compliance-gated user journeys including authentication, consent collection, and secure data handling. The MVP scope includes the minimum GDS integration and PCI-DSS compliance layer required to process real test bookings in a GDS sandbox environment. User experience is validated with representative users before full-scale development begins.
Development runs in two-week sprints. Every sprint has travel-specific acceptance criteria built into the definition of done: GDS API response handling under load, booking flow end-to-end testing, payment processing validation, PCI-DSS compliance review for new data handling, and GDPR consent flow verification. No feature is considered complete until its security controls, audit logging, and data handling requirements are validated. Your technical and compliance teams have a review point at the end of every sprint before work progresses.
Every travel software build goes through functional, regression, load, security penetration, and compliance testing before release. For booking platforms, we run GDS API response validation under peak-load conditions, simulating holiday booking window traffic, 10x to 20x normal request volume. PCI-DSS compliance validation is run on all payment flows. OWASP ASVS Level 2 security testing covers all passenger data handling. Test documentation is produced for compliance audit trails.
We deploy travel platforms with a phased rollout, starting with a controlled user cohort to validate booking flows, GDS connectivity, payment processing, and system performance under real load before full deployment. For platforms requiring GDS production certification, we manage the certification submission and sign-off process with Amadeus, Sabre, or Travelport. Deployment documentation is produced for PCI-DSS and GDPR compliance audit trails.
Post-launch support covers security patching (travel platforms are targeted for payment fraud), GDS API updates when provider schemas change, PCI-DSS compliance updates when version requirements change, GDPR compliance updates when EU data protection rules evolve, performance monitoring during peak booking periods, and feature development. We provide defined SLAs with priority response tiers for booking system failures, because a travel platform that cannot process bookings during peak season directly affects revenue. Support plans include a named technical contact for your product team and quarterly compliance review reports.
Every project below started with a specific operational problem: a travel agency with no digital booking capability, an OTA with a legacy GDS connection that could not handle peak booking load, a hotel group with disconnected PMS and OTA channels causing double-bookings. Here is what we built and what changed operationally as a result.
DentaSmart is a mobile app that uses AI and 3D tech to simplify dental care, from early diagnosis to personalized treatment.
DentaSmart is a mobile app that uses AI and 3D tech to simplify dental care, from early diagnosis to personalized treatment.
Amir Khan and his team is very responsible and works well. We have worked together and have been able to produce a good quality application. It has been easy to manage the project and they has delivered well. I would recommend others to use his services as they provide 100% perfect services.
Amir Khan and his team is very responsible and works well. We have worked together and have been able to produce a good quality application. It has been easy to manage the project and they has delivered well. I would recommend others to use his services as they provide 100% perfect services.
Amir Khan and his team is very responsible and works well. We have worked together and have been able to produce a good quality application. It has been easy to manage the project and they has delivered well. I would recommend others to use his services as they provide 100% perfect services.
There isn’t one fixed price because every project is different. The cost mostly depends on what you want to build and how complex it is. You can schedule a free consultation with our team to discuss your idea, explore options, and get a clear estimate based on your goals.
Every project goes through clear stages, research, design, development, testing, and review, so nothing feels rushed or uncertain.
Quality for us starts from how we plan, not just how we code.
Yes, absolutely.
We often work with clients who already have running systems or databases. Our team can analyze your current setup and build custom integrations using APIs or other secure methods to connect new features with your existing software.
Yes, absolutely.
We often work with clients who already have running systems or databases. Our team can analyze your current setup and build custom integrations using APIs or other secure methods to connect new features with your existing software.
Yes, absolutely.
We often work with clients who already have running systems or databases. Our team can analyze your current setup and build custom integrations using APIs or other secure methods to connect new features with your existing software.
Yes, absolutely.
We often work with clients who already have running systems or databases. Our team can analyze your current setup and build custom integrations using APIs or other secure methods to connect new features with your existing software.
Yes, absolutely.
We often work with clients who already have running systems or databases. Our team can analyze your current setup and build custom integrations using APIs or other secure methods to connect new features with your existing software.
Yes, absolutely.
We often work with clients who already have running systems or databases. Our team can analyze your current setup and build custom integrations using APIs or other secure methods to connect new features with your existing software.