webinar
The digital revolution has given to companies acting in the Automotive, Transportation, Industrial Equipment and Battery Systems domains a host of new features and benefits by introducing significant complexities in concert with unprecedented connectivity that leaves vehicles, machineries, control systems, battery management vulnerable to cyberattack.
The development of safe and reliable systems is governed by different safety standards, such as ISO 26262, EN50128, IEC 61508 or IEC62304 depending on the application area. Strictly following the underlying process models of these safety standards means to execute extensive functional safety analysis at all different levels of the applied model (e.g. V model).
However, as most products are getting equipped with communication interfaces to the environment today, it is becoming obvious that both, safety against malfunctioning today will be no longer sufficient to design safe and also cyber secure products.
This webinar discusses and presents the application of ANSYS Medini analyze (Short impression) integrated environment for model based functional safety with the integrated and efficient combination of safety methods like HARA, FMEA, FTA, new tasks for Cybersecurity like asset and threat dentification, their assessment and treatment.
The event is free: you need to register to attend.
A Web platform (GoToWebinar) is used, which does not require local software installation.
You can participate in the session via: MAC, PC, or any mobile device.
Upon registration, a link, and credentials to participate will be sent to the e-mail address provided.
You can ask questions and participate in the discussion in the chat room.
Afterwards you will be able to watch the recording of this webinar, and our other initiatives, by visiting the Media Center on our website or our YouTube channel.
CASE STUDY
In the lime industry, the process engineers of Cimprogretti advise on process safety, analyse and interpret laboratory and plant data and provide specialised support to ensure the technical integrity of equipment and plants.
mechanics rocky