• MPC goes to automotive production

    ODYS and General Motors bring MPC based on real-time optimization to production!

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  • Automotive Control

    Design and deployment of real-time MPC systems for automotive embedded applications.

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  • Aerospace

    Real-time optimization tools for designing guidance, navigation and control modules for space applications.

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  • Energy

    Automated and risk-aware decision strategies for optimal smart grid management and market operations.

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  • Advanced Process Control

    Model predictive control solutions for optimizing productivity, quality, energy and costs in industrial processes.

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Welcome to ODYS

We are specialized in developing Model Predictive Control (MPC) systems for industrial production. Based on more than 20 years of scientific research, our expertise covers advanced multivariable control design, efficient real-time optimization algorithms, and tools for their deployment in production. We focus on embedded systems and applications in the automotive, aerospace, energy, and process control domains. Read more about our products and services, and have a look to some of the projects we have carried out.

Advanced Design

We support R&D and production engineers over the entire MPC design process: control problem setup, system identification, customization of advanced MPC features, and controller tuning in co-simulation.

Efficient optimization

Our state-of-the-art optimization library allows us to pick the best solver for the problem at hand (explicit/implicit, small/large scale, etc.), enabling efficient and robust execution of embedded MPC systems in real time.

Easy Deployment

We provide automatic code generation tools that enable seamless integration of MPC in different control platforms and fast deployment in embedded systems.

Application Domains

We help automotive engineers developing control systems based on fast and reliable real-time optimization and MPC.

Applications include autonomous driving, engine control, powertrain supervisory control, vehicle dynamics, exhaust aftertreatment, and diagnostics.

We customize advanced real-time optimization tools for designing guidance, navigation, and control functions for the space industry.

Applications include satellite attitude control, space rendezvous, and autonomous navigation of drones.

We provide consulting services for designing real-time management systems that can optimally control power flows in smart grids and place bids on the energy markets, to maximize profits in a risk-sensitive and safe way under uncertainty induced by load, energy prices, and intermittency of renewables.
Process engineers in the pulp and paper, steel, petrochemical, and pharmaceutical industries can take advantage of our know-how in model predictive control to develop customized process control solutions that optimize productivity and save energy under the best use of available resources.

Industrial Projects

See more of our industrial projects »

Some of our Clients

General Motors     Ford     Denso

    Astrium               Milltech     Trillary

Funded Projects

PaCMan: Plant characterization unit for closed life support system – engineering, manufacturing & testing
Part of the MELiSSA Project – Funded by the European Space Agency
2018 – 2019

oCPS: Platform-aware Model-driven Optimization of Cyber-Physical Systems
Marie Curie Innovative Training Network
2016 – 2018