Safety of IoT systems
Connected objects, known as IoT, are everywhere – even in critical applications – and they need to be controlled.
Connected objects have taken over our day-to-day life, and are also widely used in many industrial applications. Initially reluctant sectors such as the rail and nuclear industries are now turning to these new technologies more and more. We know that they enable the introduction of new features, help consolidate information to ensure effective predictive maintenance, or help improve the safety of a system.
The proliferation of these objects means that special care needs to be taken when developing critical systems that use these technologies. At the same time, they have ushered in significant changes in the risks of attacks and vulnerabilities that can affect the safety and security of people.
For safety applications, IoT system designers need to focus on incorporating specific development requirements, in order to integrate the constraints of the standards applicable to each sector as soon as possible (from the concept or specification phases).
SERMA Safety & Security, through its wide-ranging expertise, assists manufacturers in the control of their design with a combined Safety/Security approach. Potential vulnerabilities can allow attackers to read unencrypted data stored on the memory of electronic boards, retrieve intellectual property-protected information on microprocessors/microcontrollers, capture keys that are sent between components, or even use that information to degrade the dependability of a system.
Safe IoT systems in any type of application
Our added value is to provide support that is tailored to the risk level, the application and the constraints of our customers.
EXAMPLES OF OUR ACTIVITIES:
- Software dependability study for a connected active implantable device (IEC 62304)
- Drafting of user guides and qualification of Smart Device software used in a nuclear environment (IEC 61508 / IEC 61513 / IEC 62138)
- Support for the implementation of the IEC 62061 functional safety standard as part of the development of an autonomous transfer robot
- Expert analysis on how to improve the safety of distance sensor measurements on an innovative automatic docking device between two trains
- Safety study of a BMS (Battery Management System) as per the ISO 26262 automotive standard
- Study of a “Safe” communication protocol for the health care and defence sectors