Dynex Joins European Le Mans Series: Quantum Technology Accelerating the Future of Motorsports

In the rapidly evolving world of motorsports, every millisecond counts, and cutting-edge technology plays a crucial role in determining the difference between a podium finish and a disappointing race. As motorsports teams push the limits of engineering and performance, the introduction of quantum computing into the mix promises to revolutionize how teams strategize, optimize, and win. Dynex is leading this charge, and we are thrilled to announce our entry into the European Le Mans Series, where our quantum platform has been applied directly to motorsports engineering.

Quantum Meets Motorsport

Motorsports has always been a realm where technology meets human precision. However, with the increasing complexity of vehicle systems, the need for real-time optimizations has become critical. Our quantum computing platform, built to handle vast amounts of data and compute optimizations at unprecedented speeds, was introduced to the racing world in collaboration with a motorsports engineering team.

The focus of our initial project? Optimizing the gear shifting strategies, controlling throttle intensity for maximum speed and comfort, and minimizing fuel pressure — all through the lens of quantum technology. By applying the power of quantum computing, we have shown how these optimizations can be performed at a pace that simply isn’t possible with classical computing methods, especially given the strict time constraints of motorsports.

Team Dynex performing quantum optimisation in Mugello

Quantum Simulations in Real-Time

One of the most exciting demonstrations was our real-time quantum race track simulations. These were conducted across a variety of scenarios:

1. Random Track Simulations: We showcased how our platform can simulate optimized driving strategies even on random tracks, providing a glimpse into how quantum computing can handle unknown variables on the fly.
2. Mugello Track Simulation: With the well-known Mugello track, we pushed the boundaries further, delivering simulation results that optimized the driving experience based on standard data from the track.
3. Mugello with Real ECU Data: The true game-changer, however, was the final demonstration. We used actual data from the car’s ECU to run a live simulation on the Mugello track. This allowed us to fine-tune strategies with unparalleled precision, simulating conditions that mirrored real-world performance on the race track.

Quantum optimisation for the gear shifting strategies, controlling throttle intensity for maximum speed and comfort, and minimising fuel pressure

Dynex used actual data from the car’s ECU to run a live simulation on the Mugello track

Quantum optimisation problem

Example output of a gear shift optimisation

The ECU Challenge and Quantum’s Solution

One of the major challenges faced by teams in motorsports is the Electronic Control Unit (ECU). Typically, ECUs are locked down during races until the car is released from Park Ferme (a secure area where the cars are held between sessions). Once released, teams have just a brief window — around two hours — between sessions to analyze performance data and make adjustments to strategies. For most teams, this limited timeframe makes it impossible to run comprehensive optimizations and simulations using traditional methods.

This is where quantum computing steps in.

The speed of quantum optimization is unlike anything we’ve seen before. In just a matter of minutes, we can run simulations and deliver optimizations that would typically take hours or even days with classical computing. This speed allows teams to adjust strategies during the short interval between sessions, ensuring the vehicle is always performing at its best.

The Future of Motorsports is Quantum

Our introduction of quantum technology into motorsports through the European Le Mans Series is only the beginning. The power of quantum computing, particularly its ability to solve complex optimization problems in real-time, will change how teams approach races in the future. From track simulations to strategy adjustments, quantum is ushering in a new era of precision, performance, and speed.

At Dynex, we’re excited to be leading this charge, not just in motorsports but across industries where optimization and real-time data processing can make all the difference. Stay tuned as we continue to push the boundaries of what’s possible with quantum computing in racing and beyond.

As quantum computing technology evolves, its applications in high-stakes environments like motorsports will become increasingly critical. The ability to analyze and optimize strategies in real-time, leveraging actual race data, is a game-changer. In an industry where speed, accuracy, and split-second decision-making are paramount, quantum computing represents the future.

The racetrack is now a proving ground for quantum technology, and the European Le Mans Series is just the beginning. We can’t wait to see where this journey takes us next.

About Dynex: Dynex is a leading provider of quantum computing solutions, offering unprecedented speed and optimization for complex systems across industries. Our mission is to harness the power of quantum technology to solve some of the world’s most challenging computational problems, driving innovation and efficiency.