Embedded product security.

In IT security, various models play a central role in systematically identifying threats and vulnerabilities and deriving appropriate measures. We work according to the following methods and models, among others:

We prefer to use the STRIDE model, which addresses specific threats such as spoofing (identity concealment), tampering (manipulation), repudiation (denial), information disclosure (data breaches), denial of service and elevation of privilege (extension of rights). This model provides us with a comprehensive basis for securing complex systems.

We use semi-automated risk analysis tools to model threat scenarios with pinpoint accuracy and reliably assess security gaps using standardised risk metrics. We automate data collection from a variety of sources and convert complex relationships into interactive diagrams and flow models that clearly highlight attack vectors.

We prioritise countermeasures according to risk probability and extent of damage so that decisions can be implemented quickly and effectively. Finally, detailed reports on audit documentation and compliance support are provided.

We develop tailor-made cybersecurity concepts to effectively protect your embedded devices against potential attacks. Our solutions include extensive protective measures for hardware and firmware/software, including secure boot processes, access controls and state-of-the-art encryption technologies. With a comprehensive approach, we tailor our concepts individually to your requirements, guided by proven safety standards. Our objective: To provide optimum protection for our customers' products against manipulation, data misuse and unauthorised access. Rely on our expertise to ensure the long-term security of your devices. Contact us to develop a cybersecurity concept for your products together.

Our fuzzing tests make your embedded devices more robust and secure. We specifically simulate unexpected or random inputs in order to detect vulnerabilities in software and hardware at an early stage. Thanks to modern testing methods and automation, we reliably uncover hidden security vulnerabilities – before they become a problem in real-world scenarios. Our experienced experts analyse interfaces, protocols and input/output behaviour to comprehensively test your systems. Talk to us to sustainably improve the quality and safety of your products.

With our penetration tests, we check the security of your embedded devices under realistic attack scenarios. Our team of experienced specialists will analyse your hardware, firmware and communication protocols in order to identify potential vulnerabilities. In the process, we simulate real cyber attacks and provide you with specific recommendations for action to keep your systems at the highest level of security. Our focus: Making your products resilient to modern threats. Contact us to strengthen your customers' confidence in your secure systems.

We make security an integral part of your development projects. Our expertise in secure development and secure coding ensures that vulnerabilities are avoided right from the development process. We rely on rigorous code analysis, input validation and memory access optimisation to protect your software against common security vulnerabilities. Our methods and the tools we use ensure that the development process produces systems that are not only functional but also highly secure. Trust in our experience and proven best practices to make your products sustainably secure. Contact us.

Our membership in the Alliance for Cyber Security – an initiative of the Federal Office for Information Security (BSI) – underscores our commitment to maximum security.

We live up to this claim both internally and externally: Our employees are fully certified according to recognised safety norms and standards. Among other things, they are qualified as CySec Specialists (TÜV Rheinland). Certified by the EC Council's Certified Ethical Hacker (CEHv11), they have specialised skills in ethical hacking methods for identifying and remedying security vulnerabilities.