CISC Semiconductor GmbH

The semiconductor industry sits at the foundation of virtually every modern technology, from consumer electronics and automotive systems to industrial automation, medical devices, and the communications infrastructure that connects them all. As the capabilities of these systems continue to expand — and as their integration into safety-critical and security-sensitive applications deepens — the requirements they must meet for built-in safety and security have grown correspondingly more demanding. Designing a chip or system-on-chip that functions correctly is necessary but no longer sufficient: it must also demonstrate compliance with increasingly rigorous international standards for functional safety and cybersecurity, standards that are evolving rapidly in response to a threat landscape that is itself evolving at speed. CISC Semiconductor has built its business around providing exactly the technology and expertise needed to meet those requirements. The company supplies security IP — intellectual property blocks that implement security functions such as cryptographic accelerators, secure boot mechanisms, hardware security modules, and tamper detection circuits — alongside specialist engineering support that helps development teams understand how to integrate, configure, and certify these components correctly within their specific product contexts. This combination of technology and expertise is what sets CISC apart from suppliers who offer only one or the other. The trust that leading companies across the semiconductor, automotive, and wireless communications sectors place in CISC's technology has been built through sustained delivery of reliable, standards-compliant security IP across multiple product generations and technology nodes. The company's security IP is embedded in products that people encounter in everyday life — the security mechanisms in automotive control units that govern access to vehicle systems, the authentication embedded in wireless IoT devices that protects them from unauthorised control, the safety-critical logic in medical electronics that must function correctly even in adversarial or degraded conditions. This invisible ubiquity reflects the depth of CISC's integration into the product development cycles of the industries it serves, and the difficulty of the security engineering challenge it solves on their behalf. As regulatory pressure continues to mount — with frameworks like the EU Cyber Resilience Act establishing mandatory cybersecurity requirements for connected products sold in Europe, and automotive safety standards demanding ever more rigorous security-by-design approaches as vehicles become increasingly software-defined — the value of a specialist partner who can navigate those requirements with both technical depth and regulatory fluency is growing considerably. CISC targets manufacturers and integrators across automotive, robotics, and medical sectors, and its growth strategy is built on partnerships and ecosystem development, working to embed its security expertise as deeply as possible in the development infrastructure of the organisations building the next generation of connected, safety-critical products.