How Bosch understands data security in connected driving

Core information: The benefits of connectivity are expected to far outweigh the potential risks. To enable future interconnection features, the transfer of personal data is necessary. Drivers have the right to decide which data to share and which to keep private. Transparency and user control are central to our data policy. In order to protect data security, Bosch is developing a multi-layered security strategy that includes dual architecture, secure E/E (electronic/electrical) architecture, and gateways. Data transmission uses the latest encryption technologies, such as those provided by our subsidiary, escrypt. By implementing strong data protection measures, we aim to build user trust and gain a competitive edge in the market.

How does Bosch ensure data security and privacy?

Bosch focuses on responsible handling of user data generated through IoT solutions, aiming to build customer trust and gain a competitive advantage over companies that operate with less transparency. Our goal is to "enhance competitive advantage through trust." In the field of connected services, we prioritize the highest levels of data security and protection against misuse. We use advanced encryption technologies for data transmission, including security software developed by our subsidiary, escrypt. We believe that clear communication and user consent are essential for building trust in the Internet of Things.

How does Bosch prevent data from being misused? How do we ensure that vehicle data isn’t exploited?

To achieve future connectivity, some personal data will inevitably be collected. Drivers must be able to clearly decide what data to share and what to keep private. Our principle is to only use the data that is truly necessary. We believe the benefits of connectivity greatly outweigh the risks. For data transmission, we apply the most advanced encryption methods, such as security software from escrypt. Transparency and user autonomy are key aspects of our data policy. Ultimately, without public trust, the Internet of Things cannot succeed. Our goal is to ensure that the advantages of connectivity always exceed its risks.

How does Bosch ensure data safety within vehicles? Can hackers access cars in the future?

We maintain high safety standards for automotive electronics. With a dual architecture, we strictly separate driving-related functions (such as driver assistance systems) from non-driving functions (like infotainment). In the future, hardware security modules will also protect communication between control units. Since 2012, escrypt, a Bosch subsidiary, has been working on related security software.

What is Bosch’s view on the new EU data protection regulations?

The EU finalized new data protection regulations in May 2016, which came into effect on May 25, 2018. Member states had time to implement national laws based on the directive. Bosch closely followed developments, especially in Germany. While some exemptions were reduced, the final legislation still allows for limited exceptions, such as video surveillance in public spaces and internal data processing. These examples show how important it is for companies like Bosch to balance compliance with innovation.

Why do car manufacturers still choose Bosch’s automotive cloud suite, even though they have their own cloud systems?

The Bosch Automotive Cloud Suite is an intelligent transportation service platform designed to support OEMs and mobility service providers. It offers a comprehensive software toolkit that helps them develop driver-focused services and quickly enter the market. While many OEMs rely on IT providers, Bosch takes a different approach by combining deep automotive expertise with IT knowledge. This unique blend allows us to deliver more tailored and efficient solutions compared to other vendors.