Smarter forecasting. Less food waste.
1 in 5 meals in foodservice goes uneaten. Let's make every meal count. Eaternity Forecast is a AI-powered tool to help restaurant operators plan meals more precisely, reduce overproduction (or underproduction), and serve sustainably.






Save with precision planning
How much are you losing to overproduction?
If your restaurant is serving menus a day, is open weeks a year and is spending € per kg of food purchase
Euros
CO₂
H₂O
Menu planning is of key importance
for a successful foodservice operation.
Inefficient menu planning results in
Underestimation.
Sold Out
Leads to unsatisfied customers and loss of potential turnover.

Your data-driven menu planning starts here.
AI-powered forecasting for foodservice operations
Eaternity Forecast helps foodservice operators avoid overproduction by predicting daily menu demand more accurately than traditional planning methods. Forecast is available as a direct integration with Necta and can be integrated in other ERP systems on request. Pricing starts at 1,560.- per year for existing Eaternity Gastro customers.
Our AI-powered forecasting system learns from your data to predict menu demand with unprecedented accuracy
Predict guest choices to reduce waste and costs
22% better than human forecasting
Adaptive learning for high-variance days
Track CO₂ savings and cost impact
Our AI-powered forecasting system learns from your data to predict menu demand with unprecedented accuracy
Menu Demand Forecasting
Predict guest choices to reduce waste and costs
AI-Powered Accuracy
22% better than human forecasting
Real-Time Error Reduction
Adaptive learning for high-variance days
Environmental & Economic Dashboard
Track CO₂ savings and cost impact
Future Features:
Recipe Suggestions
Recipe suggestions based on forecasted volumes
Profit Margin Optimization
Optimize profit margins based on demand forecasting
Waste Tracking Integration
Integration with food waste tracking systems like Orbisk and others
How can AI for super human chefs help you?
Prediction Performance.
You can't predict anything perfectly, however together with our Eaternity forecast you can reduce prediction errors from 29 to 23 menus.
The typical prediction error for most cases is between 18 and 23. Whereas for humans, the comparison is between 18 and 37.
You might hit a jackpot.
When you work with our Eaternity forecast, it helps you plan 25% better on average and as much as 37% better in 1 in 5 restaurants.
This means 13% fewer wasted meals at your best-performing locations.
Simple pricing for planet-sized impact
Start Today
Dive into our documentation
Check our detailed API and technical documentation.
Forecast Documentation
Getting Started
AI Technology
Integrations
Features & Roadmap
Neural Network Architecture
Our forecasting models use sophisticated transformer architectures with attention mechanisms to capture complex temporal patterns in food demand. The AI processes historical sales data, seasonality patterns, weather data, and local events to predict future demand with 25% better accuracy than human planners.
The Eaternity Forecast AI system represents a breakthrough in foodservice demand prediction, combining cutting-edge machine learning with deep domain expertise in restaurant operations.

Core Architecture Components:
- Transformer architecture with multi-head attention mechanisms for pattern recognition
- Long Short-Term Memory (LSTM) layers for sequential data processing
- Multi-layer processing of temporal patterns and seasonal variations
- Integration of weather forecasts, local events, and holiday calendars
- Real-time learning capabilities that improve with each prediction cycle
- Confidence intervals and uncertainty quantification for all predictions
Input Data Processing:
- Historical sales data normalized across time periods and menu items
- Weather data including temperature, precipitation, and seasonal patterns
- Local event calendars and public holiday information
- Day-of-week and time-of-year cyclical patterns
- Special promotions and marketing campaign data
- External factors like school holidays and local business cycles
Model Training and Validation: The system is trained on anonymized data from hundreds of restaurants across different cuisines, sizes, and geographic locations. Continuous validation ensures consistent performance across diverse operational contexts.
# Example prediction confidence output
{
"dish_name": "Beef Bourguignon",
"predicted_demand": 42,
"confidence_interval": [38, 47],
"confidence_level": 0.85,
"factors": {
"weather_impact": -2,
"seasonal_factor": +3,
"event_factor": +1
}
}
