As the era of fully autonomous driving and Software-Defined Vehicles (SDVs) approaches, the threat of cyberattacks is intensifying alongside advancements in vehicle technology.
Even when vehicles are released with the latest security solutions, cybersecurity threats continue to evolve, targeting new vulnerabilities. To minimize the spread of subsequent damage,
automakers(OEM) must quickly identify and address security issues by region and vehicle model through the Vehicle Security Operation Center (VSOC).
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I want to keep checking cybersecurity events even after mass production.
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It takes a lot of work to classify and analyze cybersecurity events one by one.
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It is difficult to analyze the cause and status of cybersecurity events.
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I want to find out if a particular cybersecurity event affects my vehicle model.
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- Systematic security event management
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- Collecting/analyzing/classifying security events
- Providing raw and processed data of security events to support cause analysis
- Managing the entire life cycle from initial creation of security vulnerabilities to mitigation
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- Providing security event analysis and statistics functions
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- Security event history management by vehicle type and vehicle
- Providing statistical data through big data
- Providing security event reports
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- Applying quick and safe security functions
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- Vehicle type-specific CAN-IDS ruleset management
- Abnormal/normal vehicle management
- Definition of new security rules and mitigation measures
to minimize event occurrence and respond quickly.
