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Great answer!

In-vehicle security

Apply best practice solutions from the cybersecurity market leader

In-vehicle  security
Increasingly connected
In-vehicle  security
Connected cars can contain many ECUs and a variety of network platforms – all of which must be constantly monitored and updated to maintain in-vehicle security.
In-vehicle  security
By 2023, worldwide sales of connected cars will reach 72.5 million units, up from 24 million in 2015.
In-vehicle  security
Automotive CIOs should protect connected vehicles, the enterprise and factories by implementing network security, in-vehicle security and factory-embedded security systems.
In-vehicle  security
This complexity will continue to increase with the development of new mobility technologies including autonomous, electric and shared technologies.
In-vehicle  security
The more complex the security software needed to protect these ECUs, the more easily bugs and vulnerabilities can be missed — even after thorough systems testing.

A path to security

Follow the mainstream in the cybersecurity world with microkernel architecture, native implementation of protection profiles, virtualization support and adherence to cybersecurity standards. Specify and enforce solution-specific security properties, and be complaint with industry regulation

with
Kaspersky Automotive Adaptive Platform

Kaspersky Automotive Adaptive Platform allows to create secure and reliable applications for electronic control units (ECUs). Platform based on KasperskyOS, our microkernel operating system used for building secure solutions for autonomous driving (HAD/ADAS), digital cockpits (TCU/V2X, gateways) and other ECU types. Secure-by-design approach helps to comply with cybersecurity requirements. Applications created with KAAP conform to the Automotive Adaptive Platform standard.

Assess your existing security to detect vulnerabilities, software architecture inconsistencies, and gaps in ECU, hardware and software security mechanisms

with
Kaspersky Cybersecurity Services
  • Detects vulnerabilities, software architecture inconsistencies, and gaps in ECUs, hardware and software security mechanisms in manufactured vehicles, future models and components with Kaspersky Security Assessment.

  • Identifies problems across the entire connected vehicle infrastructure, including mobile and web apps, V2X connectivity interfaces and other communications with Kaspersky PenTest service.

  • Get visibility for your current security strategy - whether you manufacture cars, supply components or manage vehicle fleets on the aftermarket with Digital Footprint Intelligence.

Increase ECU security with market-leading technologies. Use monitoring inside all critical modules of the connected car and mitigate new vulnerabilities with virtual patching technologies. Control all connected car infrastructure from a single point - Vehicle SOC

with
Kaspersky Security for ECU

Provides control mechanisms and real-time intrusion detection and prevention for connected devices, their internal and external communications and the apps running on them.
Integrating of ECU security technologies with multiple SIEM systems in vehicle security operations centers (SOCs) provides event logs and tools to conduct incident analysis, threat hunting and further investigation
When a new vulnerability is discovered at any stage of the vehicle lifecycle, this can be remotely shielded with a virtual patch, preventing costly vehicle recalls

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