A travel booking platform that allows users to search, compare, and book train, bus, and other transportation options across multiple providers in one place.
Development of the customer-facing booking system that manages the full ticket purchase flow.
The platform supports configurable travel options provided by different operators, such as additional baggage or traveling with pets. A flexible framework allows provider-specific features to be added without major changes to the core system.
The work also included the development of booking pages used to optimize conversion and support ongoing experimentation aimed at improving ticket purchases across web and mobile platforms.
The implementation delivered a structured multi‑step booking flow supported by a flexible architecture that could accommodate provider‑specific services. It also enabled ongoing conversion experiments, which helped improve ticket purchases across both web and mobile channels.
The platform integrates multiple travel providers by building dedicated adapters and services that connect the platform API with provider APIs.
Each provider integration supports the ticket purchase lifecycle including:
These integrations allow new transportation providers to be added to the platform while maintaining a consistent booking experience.
The platform also exposes APIs that allow external partners to access travel inventory, such as rail and coach routes.
The integrations made it possible to connect multiple transportation providers while keeping the booking experience consistent. They also opened up external API access to travel inventory and ensured full support for the complete ticket purchase workflow, from search to cancellation.
Implementation of a payment settlement system using virtual credit cards.
Instead of passing customer credit cards directly to travel providers, the system generates one-time virtual cards for each booking. These cards are used to settle payments with providers while keeping customer card details protected.
The system also supports reconciliation and reporting by tracking payments transferred to providers and storing reporting data in a data warehouse.
The payment settlement system improved security by protecting customer card details, introduced one‑time virtual cards for provider settlements, and strengthened reconciliation and reporting through detailed tracking stored in the data warehouse.
Development of promotional functionality across mobile and web platforms.
This included:
Promotional features also included integrations with partner platforms displaying hotel options based on travel searches. Banners, widgets, and partner integrations were implemented to support additional monetization opportunities.
The promotional functionality introduced a complete voucher and promotion system, integrated seamlessly with partner platforms, and provided analytics to measure performance. These features expanded monetization opportunities while enhancing the overall customer experience across web and mobile.
Development of a feature allowing users to purchase temporary access to travel discounts. Users can buy a pass through a one-time payment that activates discounted travel bookings for a defined period. The feature was implemented on mobile and integrated with booking pages used during the ticket purchase process.
The discount pass feature was successfully integrated into the booking flow, allowing users to activate promotional pricing during the defined period and making discounted travel more accessible through a seamless mobile experience.
Development of mobile functionality, including home screen features, vouchers, and product experiments. The mobile application includes components for promotions, discount programs, and experimentation aimed at improving booking conversion.
The mobile experience introduced voucher functionality, new home screen features, and support for product experiments, all of which contributed to enhancing user engagement and improving booking conversion on mobile platforms.
Infrastructure improvements were implemented to strengthen security and simplify secrets management. Sensitive data such as passwords and passkeys are stored in a Secret Manager. A new approach was implemented that retrieves secrets directly from the vault at the virtualization layer, removing the need for intermediate containers previously used for “secret injection”.
The new infrastructure approach simplified secrets management, reduced reliance on intermediate containers, and significantly improved overall security across the platform.
AI-related experiments were implemented using new endpoints designed to improve user conversion. These experiments were deployed across both web and mobile platforms within a monolithic architecture structured as a monorepo.
The optimization work introduced new endpoints that enabled product testing and experimentation, which were used to target improvements in booking conversion across both web and mobile platforms.
Raised over $4M
Raised $4.9M
