AI for travel and hospitality that reads demand before it peaks.

Dynamic pricing for hotels uses a combination of demand signals to recommend or set the optimal rate for each room type on each future date. The core inputs are booking pace data (how fast is inventory selling relative to the same date last year?), current occupancy, competitor rates from rate shopping data, local event calendars (a conference that fills the city will lift demand for a specific week), and historical demand patterns by day of week and season. The model outputs a recommended rate for each room category on each forward date. This replaces or augments the manual rate-setting process your revenue manager currently runs. Where you have a channel manager or PMS with a pricing API, the model can push rates directly. Where you don't, it presents recommendations through a dashboard for the revenue manager to review and approve. The model is calibrated to your rate floors, brand positioning, and any rate parity agreements. We assess your PMS data and historical booking history in discovery to determine the achievable pricing accuracy and the integration approach.

Demand forecasting for OTAs and airlines predicts booking volume by route, origin-destination pair, cabin class, and departure date window. Inputs include historical booking and ticketing data, search query volumes on your platform (search-to-book conversion rates reveal intent), pricing history, competitor schedule changes, and external signals such as economic conditions and travel restriction history. For airlines, forward-looking demand also incorporates corporate travel contract commitments and group booking history. Output is a demand forecast with uncertainty bounds that feeds capacity allocation decisions, how much inventory to hold at each fare class, and pricing strategy. The value of demand forecasting is not the point estimate but the confidence interval: knowing the range of likely demand allows inventory decisions to be made with measured risk rather than gut feel. We assess your booking data history and market data access in discovery.

Personalised travel recommendation models use a traveller's booking history, search behaviour, and profile data to predict what destinations, accommodation types, and travel products they are most likely to book next. Collaborative filtering approaches find travellers with similar behavioural profiles and use the bookings of similar travellers to generate recommendations for the current user. Content-based filtering recommends products similar in attributes to what the traveller has previously booked. For OTAs and hotel groups, this personalises the destination and property recommendations shown to each logged-in user rather than presenting the same featured properties to everyone. For travel agencies building itinerary proposals, the model can suggest activities, accommodation, and routing based on the client's past trip preferences. The model is trained on your booking and search data. It requires sufficient transaction history per user to personalise effectively, so for thin user histories, we use hybrid approaches that blend behavioural signals with preference data collected at sign-up.

Travel booking fraud detection is a classification model that scores each booking transaction by fraud probability at the time of payment. Features include transaction amount, card BIN and issuing country, billing address versus traveller nationality, device fingerprint, booking lead time relative to departure, number of cards attempted on the same booking session, and velocity signals. High-risk bookings are flagged for manual review or 3DS step-up authentication rather than processed automatically. The model is trained on your historical booking and chargeback data. Travel has specific fraud patterns that differ from general e-commerce fraud, and a model trained on your booking data detects these patterns more accurately than a generic fraud score. We assess your chargeback data history and payment processor integration in discovery.

Cost depends on the scope: a single AI capability such as a fraud classifier or review sentiment model typically runs from $30,000 to $60,000. A dynamic pricing system with PMS or channel manager integration runs from $55,000 to $100,000. Full-stack AI builds covering demand forecasting, pricing, and customer AI run higher. We scope the work in discovery, calculate a fixed price, and lock it before development starts. There are no variable invoices.

The first system launches as a validated v1 in 10 to 14 weeks, then grows from there. Discovery and architecture take the first 2 to 3 weeks. Build, integration, and QA run in parallel over weeks 4 to 12. Post-launch support is included for 8 weeks after go-live. A v1 covering multiple AI systems or deep PMS and GDS integrations may run to 16 to 20 weeks. Timeline and scope are fixed before development starts.

Travel AI must comply with PCI DSS for payment data handling and GDPR for personal data of European travellers. US properties serving EU guests are bound by GDPR even without an EU office. Loyalty data, booking histories, and behavioural profiles are personal data under GDPR and must be handled accordingly. We scope compliance requirements in week 1 of every project. GDPR-compliant systems for European markets have been part of our delivery since 2018.