Smoothing the problemOptimizing the solution

Artificial Intelligence and Optimization for your business

We create innovative algorithms and applications that help companies make the best decision and seize new business opportunities, using mathematical models and algorithms typical of optimization and artificial intelligence

Custom AI and Optimization solutions

We apply our varied skills to create original solutions to business problems. Our models translate into software and web applications for image and video analysis, for the solutions of forecasting problems and predictive maintenance and for simulation-based optimization

Forecasting

Predict the behavior of complex systems to take the best decisions

Image Analysis

Gain powerful insights from images and videos through object recognition and tracking algorithms

Model Predictive Control

Leverage real-time data and forecasts to optimize control system decisions

Predictive Maintenance

Monitor and predict the condition of machinery, products, and tools through data-driven and simulation based models

Process & Product Optimization

Streamline processes and improve product design through single and multi-objective optimization algorithms

Advanced expertise to help you make better decisions

Thanks to our scientific board, consisting of 4 internationally renowned researchers, and to our highly qualified team we bring the bleeding edge of research in the fields of optimization, machine learning, data fusion and computer vision to the industrial world

Computer Vision

High-performance object recognition, segmentation, and tracking in images and videos

Machine Learning

Creation of models for authomatic learning

Optimization

Simulation based optimization

Sensor Data Fusion

Optimal control and Digital Twin

Our process

Using an agile approach we support our clients through all phases of the project, from the definition of the business challenge to the development of the solution and the implementation of software ready for the end-user

1. Business Challenge Definition

What is the problem we want to address?
What is the current situation and what are we aiming for?
How will the results be measured?

2. Assessment

Available data and available know-how
Problem formalization in mathematical terms
Literature study, scouting and brainstorming to identify most promising solutions
Implementation roadmap

3. Implementation

Development of a Minimum Viable Product
Validation and tests w.r.t. client specifications

4. Deployment to Production

Engineered solution
Deployment on a production environment
Continuous support (maintenance, performance optimization, feature extension)

Highlights

DFL: Derivative Free Library

Derivative-free optimization library

Vehicle Tracking

Vehicle detection and tracking using multiple cameras

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