Ask a commercial team what their retailing ambition looks like and you will hear the same answer: dynamic offers, personalised bundles, selling like a proper retailer. Then ask how their offer construction actually works. A good number are still running static fares through a booking class system designed in the 1970s. The gap between those two answers is where airline offer management lives.
Airline offer management is the real-time construction of a personalised, dynamically priced product, assembled from flight options, ancillary services, and third-party elements, and presented to a specific customer at a specific moment through whichever channel they are using. It is what separates modern airline retailing from what the industry has been doing for sixty years.
The numbers make the cost of inaction concrete. Ancillary revenue has grown from 9.1% of total airline revenue in 2016 to 15.7% in 2025. MIT research puts the revenue uplift for airlines with dynamic offer capabilities at 3%; BCG estimates up to 10% for airlines using real-time behavioural data. IATA estimates that advanced retailing techniques could unlock USD 45 billion in global value by 2030. Accenture has calculated that airlines currently lose USD 14 billion annually through inadequate personalisation.
A 2025 report by Accelya found that while 72% of airlines recognise the importance of Offers and Orders, only 27% have begun transformation programmes. Most of the 72% are not opposed to transformation. They are stuck on scoping, vendor lock-in, or waiting for standards to mature.
This article explains what airline offer management actually is, why most carriers haven't built it properly, and what the leading ones are doing differently.
What the passenger service system cannot do
To understand airline offer management, you need to understand what it replaces. The passenger service system (PSS), platforms like Amadeus Altéa and SabreSonic, was designed for a different era. Its architecture is built around the Passenger Name Record (PNR), a booking construct from the 1960s that stores flight segments rather than customer relationships. The PNR caps bookings at nine passengers, requires homogeneous service conditions across all travellers in the record, and cannot natively represent any product beyond the flight itself.
Pricing under this model flows through Airline Tariff Publishing Company (ATPCO), where airlines pre-publish static fares in booking class buckets. A passenger in Bucket Y pays the same price as every other Y-class passenger on the same flight, regardless of who they are or when they are booking.
The long and winding journey to customer-centric airline distribution covers this legacy problem in full. Airlines optimised their systems for operational efficiency and interline settlement. Personalisation, as long as it depended entirely on that infrastructure, was a marketing word with no technical foundation beneath it.
Distribution capability: necessary, but not sufficient
The industry's first serious step toward modernising retail was NDC, the New Distribution Capability standard launched by IATA in 2015. NDC replaced the thin, coded data the GDS had transmitted with a richer channel where airlines could expose seat images, branded fare descriptions, and bundled ancillaries through indirect channels for the first time.
NDC improved distribution capability. Offer management is a different thing. NDC tells the channel what products are available; an offer management system determines which products to construct, for whom, at what price, in real time. The difference comes into play when you consider how many airlines invested in NDC connectivity, while leaving offer construction logic largely untouched, still relying on pre-filed fares and manually configured bundles.
Airline offer management sits behind the channel. When a shopping request arrives, the system asks: who is this customer, what context do we have, which combination of flight and ancillary products is most relevant, and what price should we set? That answer is calculated from live data.
What a real offer management system does
Continuous pricing
The most fundamental shift is the move away from a fixed ladder of booking classes. Rather than selecting from pre-set Reservation Booking Designator (RBD) buckets, the Offer Management System (OMS) generates a price for each seat at the point of shopping, drawing on demand signals, remaining inventory, competitive positioning, and machine learning models trained on booking behaviour.
Related reading:
The Four Dimensions of Airline Dynamic Pricing
Personalised offer construction
When the customer's identity is known, through a loyalty number or booking context, the OMS adjusts product composition, not just price. A business traveller booking within 72 hours receives a different offer from a leisure traveller booking four months ahead, even in the same cabin. Research published in the Journal of Revenue and Pricing Management has found that personalised bundling generates 2 to 7% more revenue than a fixed-price base case.
Real-time ancillary assembly
The OMS adds seat upgrades, baggage, lounge access, or partner products to the core flight offer based on what is contextually relevant for that specific customer. Rather than presenting a generic add-on menu at checkout, the system constructs the right bundle at the shopping stage, where attachment rates are highest.
Where leading airlines stand
The vendor landscape for offer and order management has consolidated around two dominant platforms. Amadeus Nevio, launched in 2023, manages the traveller's full journey (flights, ancillary services, and third-party services) within a single offer and order architecture. Finnair was its launch customer; British Airways, Air France-KLM, and Saudia have since selected it, and the Lufthansa Group's nine airlines announced an AI-native retailing partnership built on Nevio in 2025. How British Airways is leading in Offer and Order Management shows what that commitment looks like in practice. SabreMosaic takes a comparable approach with ten independently deployable product suites, each covering a distinct layer of the retail stack.
Both platforms are modular because no airline replaces its passenger service system overnight. The practical path is to build offer management in layers, running the OMS alongside legacy infrastructure through coexistence architecture and transition bridges. Air France-KLM's journey, guided by Branchspace, shows what structured vendor selection and phased implementation look like in practice.
Roland Berger's November 2025 analysis described the current phase as a "foundational build-out," moving from pilots to production rather than stalling. The 2026 to 2028 window is expected to deliver the first full end-to-end order flows in production, multi-carrier interline orders, and finalised IATA standards. Airlines that begin OMS implementation now will absorb those developments from a position of readiness.
Why offer management and the order record must work together
Airline offer management is one half of a larger transformation. Order management, the system that captures the customer's accepted offer, manages fulfilment across partners, handles servicing events, and consolidates everything into a single order record replacing the fragmented PNR, e-ticket, and EMD, is the other half.
IATA's "100% Offers and Orders" programme treats the two as inseparable. The offer management system creates the deal; the order management system owns it through to post-travel settlement. An airline that invests in offer management without a coherent order record finds that the personalisation built at the shopping stage collapses during servicing. A passenger who received a tailored bundle at booking should face the same level of contextual care when they need to rebook. Customer-centric airline retailing is only achievable end-to-end when both systems work together.
The AI argument runs along the same lines. With every element of a journey consolidated in a single structured order, machine learning models can interpret the complete customer lifecycle: proactive disruption management, personalised post-travel engagement, fraud detection at scale. Dispersed data stored across a PNR, an e-ticket, and an Electronic Miscellaneous Document (EMD) does not give those models enough to work with.
What airlines should do now
For carriers, the honest diagnostic is whether the offer construction layer is genuinely dynamic or surfacing pre-built bundles through a modern API. Many airlines, even those with solid NDC connectivity, are doing the latter. Moving to real-time offer assembly is the specific capability gap an OMS addresses.
Vendor selection matters, but it comes after strategic clarity. Before choosing between providesr, an airline needs a clear view of its commercial objectives, its PSS vendor roadmap, and how much legacy infrastructure it is prepared to run in parallel during a coexistence phase. Getting that scoping right is where Branchspace's domain and architecture consulting operates. The MAR Readiness Playbook, Branchspace's free 44-page guide for airline commercial and technology leaders, provides a practical framework for exactly this work, covering three transformation archetypes and the sequencing decisions that determine where offer management fits within a broader programme. Our MAR Readiness Guide covers the same ground in a faster read.
Offer management is a continuous capability, built deliberately, connected to the order management system, and used to generate personalised offers in real time. The airlines treating it that way are the ones moving from selling seats to running a retail operation.
To explore how Branchspace supports offer and order management transformation, visit our consulting services or learn more about Triplake's modular capabilities.
Related reading:
The long and winding journey to customer-centric airline distribution
How British Airways is leading in Offer and Order Management
Air France-KLM's OOM vendor selection with Branchspace
