Software-Defined Vehicle (SDV)

In the Software-Defined Vehicle, infotainment is becoming the central touchpoint between brand, user, and vehicle – today, it is the defining benchmark for an automaker's digital maturity. MHP combines deep expertise in cockpit and navigation solutions with a rigorous focus on benchmark UX and the use of Artificial Intelligence as a next-generation differentiator.

We reduce complexity in integrating highly connected systems and significantly shorten time-to-market through efficient processes. In doing so, we ensure end-to-end delivery excellence across various OEMs and digital ecosystems. Our goal is to create a seamless digital experience that measurably increases user adoption and directly translates technological innovation into customer experiences.

A powerful connectivity architecture and reliable over-the-air updates form the technological backbone of every Software-Defined Vehicle. Without this resilient foundation, the SDV falls short of its potential, as continuous updates and cloud connectivity are prerequisites for modern vehicle functions. At this juncture, MHP bundles profound E/E architecture, cloud, and cybersecurity expertise with experience from complex, global rollouts.

We enable OEMs to bring vehicle software into series production faster, more efficiently, and in strict compliance with regulatory requirements. In doing so, we support the establishment of a scalable connectivity landscape that not only meets current data transfer and connectivity demands but also remains flexible for future functional expansions. In this way, MHP secures an infrastructure that guarantees stable operations today and grows seamlessly with market demands tomorrow.

Today, the success of assisted and autonomous driving is no longer determined solely by isolated functions, but significantly by the underlying governance, the selection of the right partners, and the seamless integration capability into complex vehicle architectures. MHP combines deep market expertise with sound governance know-how and collaborative approaches to ensure "first-time-right" development and integration of ADAS and AD functions.

We support our customers in shortening time-to-market while simultaneously ensuring data-driven, scalable operations. In doing so, we ensure that all production-level solutions meet the highest technological standards while remaining fully compliant. In this way, MHP transforms complex mobility concepts into reliable systems that combine safety and innovation on the road.

Automotive cybersecurity has long since evolved from an isolated technical discipline into an elementary prerequisite for any modern OTA strategy and global rollout model. MHP views security as an integral part of vehicle development and provides comprehensive support to clients – from ensuring regulatory compliance to implementing resilient security architectures in highly complex project landscapes.

Our approach strengthens cyber resilience across the entire value chain. This includes the targeted hardening of the supplier ecosystem as well as securing critical communication pathways for over-the-air updates. By deeply integrating cybersecurity into the development process, MHP creates the necessary foundation of trust for connected features and protects the integrity of the Software-Defined Vehicle throughout its entire lifecycle.

Data forms the fundamental backbone of the AI-Defined Vehicle – however, it only unfolds its full potential when freed from isolated data silos and systematically prepared to be "AI-ready." MHP supports companies in structuring these data volumes and transforming them into a real lever for value creation. We develop predictive models that precisely forecast component failures from vehicle signals and utilize virtual sensors to significantly reduce physical complexity and costs.

By building automated data pipelines and integrating AI-supported processes, we accelerate engineering workflows and sustainably increase efficiency in development. Our focus is on creating a scalable data infrastructure that enables innovations to be brought to the road faster and optimizes the entire vehicle lifecycle through intelligent algorithms. In this way, MHP makes the vehicle of the future capable of learning and secures technological excellence based on a valid data strategy.