Even in the controller production phase, automakers(OEM) increasingly impose cybersecurity requirements.
This trend demands personalized passwords for each controller. As a result, controller developers (Tiers) must demonstrate security by securely managing and injecting encryption
keys for dozens to hundreds of controller models, as well as managing passwords for tens of thousands of individual controllers.
How should we respond to OEMs’ cybersecurity requirements
when producing controllers?
when producing controllers?
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I am concerned because the cybersecurity requirements are different for each OEM.
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I need to personalize the password for each controller, but I am at a loss because there are tens of thousands of controllers.
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I want to safely manage the password key for each controller model.
Manage controller cybersecurity
with FESCARO's specialized embedded systems solution.
with FESCARO's specialized embedded systems solution.
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- Easy project management by computerizing cybersecurity work
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- Responding to various cybersecurity requirements by OEM
- Scalable structure for managing multiple projects and various controller models
- Efficient work support by computerizing cybersecurity-related tasks in the controller development stage (firmware electronic signature) and production stage (key and password injection)
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- Secure system for creating and storing security assets
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- Injecting encryption keys and passwords into individual controllers during controller production
- Personalized management of encryption keys by project and controller model
- Secure asset management with backup and destruction functions
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- Security asset management for rapid response
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- Monitoring the activity of production equipment
- Checking the controller production status and server status
- Tracking the controller's encryption key and password
Increase work efficiency by connecting with the production line,
and ensure the quality and stability of the controller.
and ensure the quality and stability of the controller.
