The Sensify platform, which focuses on driving safety in the automotive sector, is being mass-produced by Brembo and is radically transforming traditional hydraulic brake architecture. The system redirects brake pressure to increasingly pedal-dependent electronic signals and functions much like a family of brake-by-wire solutions.
Software-based control unit The braking force, calculated separately for each wheel, is determined in accordance with road condition and vehicle behavior data received from sensors. The command from the pedal is processed electronically, and the pressure to be applied to each wheel is adjusted accordingly. This approach creates a structurally unique architecture as it does not require a brake line and central actuator.
Eliminating hydraulic circuits in traditional automobiles simplifies in-vehicle hydraulics, piping, and pressure management. This simplification significantly reduces maintenance costs and complexity in production processes. Sensify also offers new solutions in terms of safety and redundancy because it doesn't completely eliminate an oil-containing circuit; independent control units between components and continuous system monitoring mechanisms aim to maintain braking force in the event of failures.
Key advantage on low-grip surfaces. This is due to its precise brake management. In wet, icy, or varying friction conditions, while most conventional braking systems rely on ABS and ESP interventions, Sensify can independently adjust the force for each wheel, thus enhancing safety. This structure also reflects the driver's pedal feel as a more controlled experience, reducing ABS vibrations.
In the context of electric vehicles, Sensify gains importance thanks to its ability to work in conjunction with rapid energy recovery and battery management. The transformation of the brake from a mere mechanical decelerator into an integrated energy management system with regenerative braking and motor control supports this new approach.
A step in parallel with the software-defined tool trend. Sensify, seen as a solution, responds to the increasing software focus in steering, suspension, and driver assistance systems on the braking side as well. This transformation shows that even brake technology, which was expected to remain traditional for a long time due to safety concerns, has now evolved into an electronically controlled motion management system.
Security and redundancy From this perspective, sensor networks, independent control units, and continuous monitoring mechanisms designed to prevent any digital failure from leaving the vehicle vulnerable are critical. In the event of a component failure, braking force is distributed to the other wheels, ensuring operational continuity. This transformation brings the redundant actuator approach used in aviation to a larger-scale application in the automotive industry, along with production volume and cost advantages.
