Leading Competences
We are experts in a variety of competence areas:
Functional Safety and SOTIF, Security and Cybersecurity, Quality, Engineering , Development methodologies and Robotics.
Functional Safety
FuSa is the area of a system or equipment (including hardware and software) that guarantees that the entire system/equipment is free from defects, or implements automatic protections in response to predictable system failures to avoid that the system leads, by failing, to unacceptable and predictable risks of physical injuries or damages to people´s health. The objective...
Security and Cybersecurity
In the traditional information technology field, Security consists in the protection against non- authorized access to systems and system components, so as to avoid damage to the hardware and the software, theft of electronic data as well as disruption or malfunctioning of the provided services. Cybersecurity is...
SOTIF
At exida, we help you master the Safety of the intended Functionality (SOTIF) for autonomous vehicles by addressing challenges from the ground up. Our experienced team will support you through concept definition, hazard analysis, and validation, ensuring your AI-driven features meet ISO 21448 requirements.
Quantitative Risk Assessment
Make data-driven safety decisions with transparency, traceability, and confidence. We turn uncertainty and risk quantification into explainable safety insights that support ISO 21448 (SOTIF), Functional Safety, and autonomous system validation.
Quality
Quality is defined as the degree with which a process, product or service is compliant with the given requirements. In a business context...
Engineering
Engineering is the application of the technical, scientific, and mathematical competences to solve problems…
Development Methodologies
- Development process models
- Design methodology
- Simulation driven development
- Verification driven development (development driven by analytical, simulation and testing verification)
- Fast prototyping
Robotics
Starting in the 1960s, robots became part of the modern industrial plants as machines designed to help and assist humans in the most critical, dangerous, or repetitive jobs.
From that moment on, robots became popular even outside the industrial sector and nowadays in our society they are present in all the application fields and in our daily life, ranging from semi-autonomous or autonomous cars to medical equipment and household appliances and toys. The need to make robots safe for humans and secure from potential malicious attacks is keenly felt and increasingly required…
