Dynamic packaging in tourism – technical and business aspects
Dynamic Packaging (engl. Dynamic packaging) denotes a system in the tourism industry that allows travellers to combine multiple types of tourist services (e.g., accommodation, flight tickets, car hire, tourist tours, event tickets) into a single personalised package themselves – with automatic availability checks and real-time total price calculations.. Unlike traditional fixed arrangements, where package components are predetermined, dynamic packaging provides the user with a unique interface through which they can independently configure their journey and immediately receive the total package price based on the individual prices and availability of each component..
From a business perspective, this approach benefits both sides. Customers save time and money – they buy all travel components in one place, and often get a lower price for a package than if they had booked each item separately. Service providers (agencies, tour operators, carriers) can offer certain discounts or special prices within a package that are not visible separately, thereby increasing their profits and capacity utilisation without disrupting public price lists.. Dynamic packages are usually displayed with a total “packaged” price (individual item prices are not shown), which allows for flexible pricing modelling and hiding discounts within the package. In this way, for example, an airline or hotel can offer a lower price when the product is part of a package without damaging its regular market price. All of this makes dynamic packaging a “win-win” model in which the traveller gets a better experience and value, and providers achieve higher sales and profit.
Types of dynamic packaging
According to the degree of “dynamism” of prices and combinations, we distinguish several models of dynamic packaging.:
- Semi-dynamic packaging: The total package price adjusts according to the selected components, but the unit prices of each component are largely static. In other words, the pricelists for accommodation, flights, and other items are pre-defined (centralised) and rarely change, so the system simply sums the fixed prices of the selected elements. If an inventory price change occurs, it is entered manually and does not happen automatically in real-time..
- Dynamic Packaging (Dynamic Pricing): The price of a package is calculated as the sum of the individual prices of its components, which are variable. Each item (e.g., a specific flight or hotel) can have a different price at any given moment, depending on a range of factors: customer type or segment, supplier (e.g., charter flight vs. scheduled airline), current availability and occupancy, market demand, seasonality, etc. The system dynamically retrieves the current prices of all included items and displays the sum as the package price.. So, the total price directly reflects supplier tariff changes in real-time.
- Fully dynamic packaging: This most advanced form involves the application of advanced yield management (revenue management) at the package level. The system does not simply display a sum of components, but dynamically adjusts the overall package price based on the combination of user value. For example, if the user chooses a very expensive flight option, the system can proportionally increase the price of the hotel or other services in the package, recognising the traveller's greater willingness to spend.. This way, revenue from the entire package is maximised by applying business rules – considering the overall value and context of the purchase, not just individual items. Fully dynamic bundling most often involves sophisticated revenue management algorithms (engl. Revenue managementwhich analyse demand in real-time and optimise package prices for maximum profitability, while preserving the attractiveness of the offer for the consumer.
Dynamic Packaging System Architecture
A typical IT system for dynamic packaging consists of three tiers or subsystems.:
- Supplier integration layer (inventory supply) – responsible for accessing and collecting data on available tourism products from various sources.
- Business logic – the core of the system that processes data, manages inventory and combination rules, and executes the booking and payment process.
- User interface – the interface and application part with which the end user (passenger or sales agent) directly communicates, where offers are searched for and packages are configured.
Below is a more detailed overview of each of these components and how the system functions in the background.
Supplier (inventory) integration
Integration with suppliers forms the fundamental layer of dynamic packaging – it defines which inventory (services) are available for combining and booking.. To cover a wide range of needs, the system is typically connected to multiple different data sources and reservation systems, among which the following stand out:
- Global Distribution Systems (GDS) – centralised networks that provide agencies with flight, hotel, car rental, etc. data. GDSs like Amadeus, Travelporta i Sabrea they hold a large part of the market, offering standardised access to the inventory of many airlines and hotel chains. Using the GDS, the system can retrieve basic availability and pricing information and make a booking.
- Supplier Central Reservation Systems (CRS) - direct integrations to individual provider systems, such as hotel CRS or airline inventory systems. This bypasses the intermediary; an OTA or tour operator can directly pull data from the systems of hotels, airlines, cruise companies, etc.. The advantage is potentially richer content or better first-hand prices, but there are also significant challenges: many such systems are outdated, lack modern APIs for easy connectivity, and to cover more suppliers, a great many individual connections must be maintained.. This increases the complexity of integration.
- Accommodation and other service aggregatorswholesalers, bed banks) – specialised B2B platforms that consolidate the offerings of a larger number of hotels or other services and offer them through a unique modern API. Examples include Hotelbeds, GoGlobal, TBO etc., which are mainly focused on accommodation inventory. Although they usually cover fewer total suppliers than GDS, these platforms often offer more detailed content (e.g. room descriptions, photos, additional services) and more flexible integration technologies, with less formality (complex certification as for GDS is usually not required).. These systems often bring innovation faster than traditional GDSs and direct CRS providers.
- Tour, attraction and event suppliers – OTAs specialising in tours and attractions (like Viator, GetYourGuide, or local suppliers), lLocal tour operators B2B ticket intermediaries for attractions can get involved to offer additional activities (such as museum tickets, tours, events) within packages.. They usually also provide an API for searching and booking these services.
- Car hire and transport – In addition to direct connections with major car rental companies or local carriers, integration of intermediary vehicle rental platforms such as CarTrawler or Rentalcars.com is also often used, which offer a fleet of multiple car rental brands and vehicle models through a single API.. Similarly, the same applies to transfers, rail transport and similar services – they can be integrated directly or via an aggregator.
The key technical challenge at this level is the harmonisation and consolidation of all these data sources, and it is often necessary to map data for potential overlaps.. Each supplier or API can return information in a different format, with its own specificities (different pricing models, availability rules, units, currencies, etc.). The dynamic packaging system must therefore have a layer to aggregate search results from all these sources and normalise them so that they can be compared and combined. This often includes data caching for performance – e.g. temporarily storing flight search results so that the user can select a flight and only then the system searches for corresponding hotels, etc.
Business logic and backend modules
Business logic layer (so-called. Tour packaging engineIt forms the heart of dynamic packaging – it connects inventory supply from supplier APIs with customer selection and applies business rules, calculations, and the booking process. This layer typically encompasses a range of integrated software modules that together enable the creation and sale of dynamic packages.. The most common functional modules in dynamic packaging systems are:
- Inventory system – a central database and tool that tracks and manages the entire inventory available for packing. This module records all available items (own products and those sourced from external suppliers), their characteristics, quotas or allotments (if the agency/tour operator has pre-arranged capacities), and real-time availability and sales status. It also allows for the upload of own products (e.g., a tour operator can enter their own tours or transfers that they offer) and their integration with external ones.
- Booking engine – a web service layer that enables online booking of all selected package components in one procedure. In other words, when the user confirms the package, the booking engine simultaneously carries out reservations with all relevant suppliers (e.g., issues a reservation to the GDS for a flight, sends a booking to the hotel system or bed bank for accommodation, etc.) and collects confirmations.
- Payment and Billing System – integrated payment gateway module enabling secure payment by credit card or other methods within the platform itself. It handles the collection of the total package amount from the end customer. This module also often takes care of arranging payments to suppliers in the background – for example, funds can be split and forwarded to hotels, airlines, etc., as required. In B2B scenarios (when agencies use the system), there may also be internal settlement (e.g., commission accounting, issuing invoices to intermediaries, etc.). Quality payment integration is also linked to the financial/backoffice system of the agency or tour operator itself, where the payment is recorded..
- Multilingual and multi-currency support – a module that ensures the system can display content in different languages and appreciate in different currencies, which is crucial for global OTAs and tour operators. This includes translating or localising offer descriptions (sometimes by integrating with a CMS for destination content), as well as currency conversions and multi-currency payments.
- Yield management – an advanced module that uses analytics and rules to forecast demand and optimise prices to maximise revenue. In short, such a system helps to determine the optimal package price at a given moment, taking into account historical data, trends, customer profile, competition, and other factors. In dynamic packaging, the revenue management system can automatically adjust margins or offer discounts at the whole package or individual component level, depending on the strategy – for example, lowering the price to fill the last available spots (better to sell with a lower margin than leave empty) or raising the price of popular combinations during peak times. Yield management The module often uses machine learning algorithms and large volumes of data to determine prices as accurately as possible to maximise revenue, while remaining attractive to the market..
- Workflow management module – a component that automates and synchronises various business processes within a system. For example, when a new package booking arrives, the workflow module can automatically generate corresponding tasks: issuing vouchers, sending notifications to suppliers without an automatic interface, sending confirmations to travellers, initiating the document issuance process (tickets, vouchers), or follow-up actions (e.g., a reminder to pay the second instalment for the package, if payment is in instalments, etc.). The goal is to reduce manual work and ensure everything runs smoothly across different departments (sales, operations, accounting...).
- Reporting module – Business intelligence (BI) reporting and analytics system. It collects data from all other modules (sales, inventory, payments, user behaviour) and provides a comprehensive insight into the business through reports, charts, and KPI indicators. Management can thus track which combinations are selling the most, what revenues are generated per market, where the bottlenecks in the process are, etc. These insights are used for data-driven decision-making – e.g., adjusting pricing strategies, marketing campaigns, or investing in new supplier integrations based on demand.
User interface
The final layer is the user interface – the part of the system visible to end-users (either direct customers via a website/app, or sales agents in an agency in a B2B variant). The user experience (UX) design for dynamic packaging must reconcile two things: on the one hand, it should offer flexibility in choosing and information about multiple travel components, and on the other hand, it should remain simple and intuitive so as not to deter the user with complexity. Ideally, the package-building process should resemble the usual booking process on travel portals, only extended over more steps. In fact, leading online travel agencies (OTAs) like Expedia or Priceline have shown that UX for dynamic packages can be very similar to a classic flight or hotel search – gradually adding other services – without the user feeling the process is too long or tiresome..
A well-designed user interface in dynamic packaging creates the impression of a “one-stop-shop” solution: the traveler feels they can plan their entire journey in one place, with complete control and an overview of costs. This is also one of the main marketing advantages of such systems.
Examples of systems and technologies used
Dynamic packaging is used in practice by numerous entities in the travel industry – from large online agencies, through tour operators, to carriers and specialised tech companies.
In the world Online travel agency, one of the pioneers of dynamic packaging, isExpedia, which, back in the 2000s, introduced the possibility of booking flights and hotels simultaneously at a more favourable price (the so-called. Flight + Hotel (packages). Today, almost every major OTA offers some version of a dynamic package. For example, Priceline, Kayak, Orbitz, and others have options for combining multiple services. These systems are most often proprietary solutions developed in-house, strongly integrated with GDSs and other suppliers. OTAs have recognised that dynamic packages increase their conversion rates and average booking value, so this functionality has become standard.
Traditional tour operators have also evolved, from selling arrangements according to a model where they use dynamic packaging how to automatically create offers according to a client's request. For example, the large European tour operator TUI uses advanced systems that combine their own charter flights and hotel allotments with additional services through API integrations, so that agents can put together a “tailor-made package” at the moment of the enquiry. This allows tour operators to react more quickly to market trends and demands, without needing to pre-plan every package. Some tour operators have retained the practice of still showing a single price for the package to the end customer, while others show the price structure – but behind the scenes, the process is as complex as with OTAs. There are also simpler solutions for smaller Tour operators that can combine dynamic flights from GDS and their own inventory which is most often entered manually, as are hotel stop sales.
Airlines and hotel groups have also recently entered the field of dynamic packaging. For example, airlines, through their departments “Holidays” nude package deals: e.g.Sas Vacation recently launched, which we wrote about. but also many other programmes have made it possible for travellers to directly purchase a hotel or rental car from partners along with their flight ticket.. This became possible by integrating dynamic packaging into their systems – airline on its website offers additional services from external suppliers, thereby increasing direct sales and customer value. Similarly, some hotel chains offer the addition of flights or car rental services with room bookings through collaboration with OTAs or GDSs. Such models require strong API integrations and revenue-sharing agreements, but demonstrate a trend of convergence – the boundaries between tour operators, OTAs, and carriers are being blurred through dynamic packaging technology.
Specialised software solutions for dynamic packaging are also available on the market, used by agencies and tour operators that do not have their own system. One of the veterans in this field is the British company Traveltek – their iSell system was among the first online dynamic packaging platforms in the mid-2000s.. Travelteko's software allows searching multiple suppliers through a single system and package building, and has also won awards as a leading dynamic packaging solution. Similar solutions are also offered by companies such as Juniper (a Spanish company whose booking engine is used by many tour operators), Peakwork (a German platform known for Player-Hub dynamic packet distribution technology), and various global tech companies.
Also, there are increasingly more start-ups and innovators in this field. An example is the Swiss travel-tech company Nezasa, which is developing a platform TripBuilder. She uses artificial intelligence to build personalised itineraries, and in 2025, they acquired the Australian platform AWAI, which specialises in dynamic packaging, to further enhance their offering.. AWAI’s system enables dynamic creation and price modelling of both simple and very complex itineraries with real-time availability checks and simplified final booking.. This combination of AI recommendations and a robust packaging engine has proven successful – for example, Australian startup airline Bonza used the AWAI platform and managed to achieve a 3.5x higher average basket value compared to traditional air ticket sales alone, which clearly demonstrates the power of cross-selling within a dynamic package..
The technologies behind these systems are diverse, but some common features are noticeable. Most modern platforms are web-based (SaaS or cloud solutions) and architectures that can handle high traffic – microservices are often used for separate scaling of search, booking, payment modules, etc. Integrations with suppliers are most often achieved via RESTful APIs or specialised SDKs, while in the case of GDS, the older SOAP/XML protocol for EDIFACT messages for flights is still used at the core of the GDS, which can be combined with newer RESTful APIs. .
Finally, it is worth highlighting that dynamic packaging is not just a technological issue but also a business strategy one. Companies that introduce it must be prepared to provide broader after-sales support – because when someone buys a package that includes multiple services, they expect help for the entire package in the event of a problem. Regulations (such as EU Package Travel Directivealso lays down obligations for tour organisers, so providers of dynamic packages take responsibility for each element to be delivered as promised. However, despite these challenges, the trend is clear: travellers want flexibility and personalization, and dynamic packaging is the industry's response to this need. By introducing advanced recommendation and pricing algorithms, and by merging various services into unique platforms, dynamic packages help tourism companies increase revenue and offer customers a better travel planning experience – all in one place. That is precisely why many consider dynamic packaging to be one of key technological drivers of modern tourism, making the once cumbersome process of planning a trip faster, more efficient, and smarter than ever before.
