Reliable revenue prediction for a Swiss hotel group through machine learning
Machine LearningRevenue ForecastingHospitality Tech

Reliable revenue prediction for a Swiss hotel group through machine learning

Discover how a Swiss hotel group increased the accuracy of its revenue forecasts from 57% to 90% thanks to a machine learning model connected to a decision-making assistant, thus optimizing budget, resources and strategic planning.

5 min readPublished on June 26, 2025

Precision gains and strategic optimization through data and a connected intelligent assistant

Introduction

A major Swiss hotel chain wanted to better anticipate periods of high and low traffic to achieve a clear objective: predict its future revenues and thus optimize its budget allocation. By replacing unreliable manual methods with an automated statistical approach, the company was able to benefit from exceptional precision in its forecasts.

The challenge

  • High uncertainty around off-peak periods and traffic peaks, directly impacting revenues and budget planning.
  • Very imprecise manual forecasting methods, with a reliability rate limited to about 57%.
  • Difficulty anticipating resources to allocate (staff, catering, maintenance), leading to waste or poor service quality.
  • Need for a centralized tool to provide actionable forecasts from historical data, with easy access for decision-making teams.

Our approach

Novatix, expert in data and artificial intelligence, supported the hotel group in designing a custom solution. The key: a machine learning model combined with an internal assistant, to transform historical data into actionable predictions. The model now allows predicting reservations with remarkable precision, paving the way for a new way of planning and deciding. The chatbot connected to the predictive model takes care of advising on important decision-making in just a few questions.

Implementation

Data analysis phase

Our data scientists analyzed 3 years of historical data including:

  • Daily reservations and revenue
  • Seasonal patterns and local events
  • Weather data and school holidays
  • Marketing campaigns and promotions
  • Customer segmentation and behavior patterns

Model development

We developed a machine learning ensemble combining:

  • Time series forecasting models for trend analysis
  • Regression algorithms to capture complex relationships between variables
  • Classification models to predict occupancy categories
  • Deep learning networks for pattern recognition in historical data

Intelligent assistant integration

The predictive model is accessible through an intelligent conversational assistant that:

  • Answers strategic questions in natural language
  • Provides detailed forecasts with confidence intervals
  • Suggests optimal resource allocation scenarios
  • Generates automated reports for management

Deployment process

Pilot phase (3 months)

  • Implementation on 2 pilot hotels
  • Model calibration with real-time data
  • User training and feedback collection
  • Performance validation against actual results

Full rollout (6 months)

  • Gradual deployment across all properties
  • Integration with existing booking systems
  • Staff training on the decision support tool
  • Establishment of monitoring and maintenance procedures

Outstanding results

Forecasting accuracy improvement

  • From 57% to 90% accuracy in revenue predictions
  • 3-month advance visibility with 85% reliability
  • Weekly forecasts with 95% accuracy for operational planning

Operational optimization

  • 20% reduction in staffing costs through better resource planning
  • 15% increase in RevPAR through dynamic pricing optimization
  • 30% reduction in food waste through precise demand forecasting

Strategic benefits

  • Improved budget planning with reliable quarterly forecasts
  • Optimized marketing spend based on predicted demand patterns
  • Enhanced competitive positioning through data-driven pricing

ROI and financial impact

  • ROI of 300% achieved within the first year
  • €500,000 annual savings in operational costs
  • €1.2M additional revenue through optimized pricing and resource allocation

Technical innovation

Real-time data processing

The system processes booking data, external factors, and market conditions in real-time to continuously refine predictions and adapt to changing circumstances.

Automated alerts and recommendations

The platform automatically alerts management to significant forecast changes and provides actionable recommendations for:

  • Staffing adjustments
  • Inventory management
  • Marketing campaign timing
  • Pricing strategy modifications

Integration ecosystem

Seamless integration with:

  • Property Management Systems (PMS)
  • Channel managers
  • Revenue management tools
  • Business intelligence platforms

Future developments

Advanced analytics

  • Customer lifetime value prediction
  • Personalized offer recommendations
  • Competitor pricing analysis
  • Market trend forecasting

Expansion opportunities

  • Integration with IoT sensors for real-time occupancy tracking
  • Mobile app for field staff with prediction access
  • API development for partner integration
  • Machine learning model enhancement with external data sources

Conclusion

This project demonstrates how machine learning can transform strategic decision-making in the hospitality industry. By combining advanced analytics with intuitive user interfaces, we've created a solution that not only improves forecasting accuracy but also empowers teams to make data-driven decisions.

The success of this implementation at the Swiss hotel group proves that AI technologies can deliver tangible business value when properly implemented and integrated into existing operational workflows.

Ready to revolutionize your revenue forecasting with AI? Our team of data scientists and AI engineers can design and implement a predictive solution tailored to your hospitality business needs.

Written by

Hugo Desbiolles

Hugo Desbiolles

AI Consultant

Get in touch & let's make something!

Want to go further?

Let's discuss your challenges and define what AI can do for you.