Cybersecurity in Automotive

Protect your systems from cyber threats. We provide comprehensive protection and full compliance with global standards ISO/SAE 21434 and UNECE, thereby guaranteeing the cyber resilience of your vehicles throughout their lifecycle.

Why Cybersecurity is Critical

With regulations like UNECE R155 (CSMS), vehicle electronics protection has become a global legal obligation. Insufficient cyber resilience not only exposes manufacturers to financial and reputational risks but, more importantly, prevents vehicle type approval and sales in key markets.

Obrázek automotive

Risk and Threat Analysis

We conduct an in-depth Threat and Risk Analysis (TARA) to identify potential weaknesses early. Based on this analysis, we define precise security requirements for your system.

CSMS Implementation

We design and implement a complete Cybersecurity Management System (CSMS) according to ISO/SAE 21434, ensuring organizational compliance and readiness for UNECE R155 regulation.

Secure Development and Implementation

We integrate security mechanisms (e.g., secure boot, encryption) directly into ECU software and hardware, thereby minimizing vulnerability risks from the design phase.

Penetration Testing and Validation

We conduct realistic and comprehensive penetration tests and vulnerability scanning. We objectively verify the system's true resilience against targeted attacks before market launch.

Comprehensive Services for Cybersecurity Resilience

Our service portfolio covers the entire vehicle lifecycle, from early risk analysis to post-production system validation. We provide proven methodologies to ensure continuous cybersecurity compliance with global standards.

Systematic Approach to Cybersecurity Resilience

Risk Analysis and Objective Definition

We begin with an in-depth threat analysis, define vehicle security objectives, and establish a framework for integrating protective elements into the system architecture.

Security as Part of Development

We integrate security into every development phase (V-Model), with an emphasis on secure coding, encryption mechanisms, and protection of communication between individual ECUs.

Validation and Resilience Verification

Before series production, we verify the effectiveness of implemented measures using penetration tests and vulnerability scans, thereby demonstrating true cybersecurity resilience.

Ongoing Security Management

We ensure continuous cybersecurity oversight (CSMS) even in post-production, including threat monitoring, rapid updates, and effective incident response.

Our certifications
and awards

Our certifications demonstrate adherence to the strictest quality standards and process integrity. They guarantee trustworthiness and reliability in every project.

Protect your vehicle

Take control of regulatory and cyber risks. Contact us to achieve full compliance with ISO/SAE 21434 and UNECE R155 standards.

Frequently Asked Questions

Frequently Asked Questions

Answers to frequently asked questions about cybersecurity for automotive.

How long does ECU development take?

ECU development time depends on project complexity. A standard process takes 3-6 months, while more complex solutions may require up to a year of intensive development.

What are the development costs?

Costs vary according to specific project requirements. We offer individual price consultations and transparent cost calculations for each project.

Do you support various automotive platforms?

Yes, our ECU units are designed with maximum flexibility and compatibility for a wide range of automotive platforms and manufacturers.

How do you ensure security?

We implement state-of-the-art security protocols and adhere to strict automotive industry standards, including comprehensive cybersecurity.

Do you offer technical support?

We provide comprehensive technical support before, during, and after the implementation of ECU units. Our team of experts is ready to address your specific requirements.

How do you ensure cybersecurity resilience for Electronic Control Units (ECUs)?

We implement advanced security mechanisms such as Secure Boot (ensuring software authenticity at startup), encrypted communication on buses, and memory protection. The goal is to prevent unauthorized software manipulation and protect data within the vehicle.

Why is cybersecurity important?

According to new UNECE regulations (R155 and R156), demonstrating cybersecurity resilience and Software Update Management System (SUMS) is a mandatory condition for vehicle type approval. Without certified security, new vehicle models cannot be launched in the EU market and other regions.

What does the TARA risk analysis process in cybersecurity involve?

TARA (Threat Analysis and Risk Assessment) identifies potential threats and system vulnerabilities. Based on this analysis, we determine the risk level and propose specific security measures to protect critical vehicle functions from cyberattacks.

Can you also help us secure wireless transmissions and OTA updates?

Yes, we focus on protecting all communication channels, including Wi-Fi, Bluetooth, and mobile networks. We design a secure architecture for Over-the-Air (OTA) software updates that complies with data integrity and authenticity standards.

Do you have further questions?

We would be happy to provide you with detailed information about our solutions.