Engineering Ultimate Velocity

We deploy advanced AI to perform complex performance calculations and hardware modulation, building the fastest cars on the planet.

Explore Our Services

AI Performance Modulation

Standard vehicle tuning is limited by human intuition and conventional data. We transcend these limits by applying artificial intelligence to every aspect of vehicle dynamics, from engine mapping to aerodynamic profiling.

Our core service is a holistic AI-driven analysis that finds the perfect equilibrium between power, handling, and efficiency. We modulate and recalibrate systems with a precision that unlocks a vehicle's true performance potential, setting new records on and off the track.

Core Technologies

Our results are driven by a proprietary stack of AI and simulation technologies.

Predictive Aerodynamics

Our AI models simulate airflow with millions of data points, optimizing aerodynamic surfaces in real-time for minimum drag and maximum downforce under any condition.

AI Powertrain Tuning

We use neural networks to remap fuel, ignition, and electric power delivery, creating a power curve that is both brutally powerful and incredibly responsive.

Real-time Chassis Dynamics

Generative algorithms constantly adjust suspension, torque vectoring, and brake bias, predicting the perfect chassis setup for the next corner before you even reach it.

Our Process

01

Digital Twin Simulation

We begin by creating a hyper-realistic digital twin of the vehicle, allowing our AI to run millions of simulated miles and test thousands of configurations in a virtual environment.

02

Hardware & Software Integration

The optimal parameters discovered by the AI are translated into precise software calibrations and, where necessary, bespoke hardware components engineered for maximum performance.

03

Track-Side Telemetry & Refinement

Real-world testing provides a constant stream of data, which is fed back into our AI models. This creates a feedback loop of continuous improvement, pushing the boundaries of what's possible.