BlackBerry proposed to protect the Internet and autonomous driving car safety advice framework

WATERFORTA, Ontario - December 7, 2017 - The interconnection of cars has also dramatically improved the driving experience as emerging technologies become more widely used in automobiles, but this also gives car manufacturers a (NYSE: BB; TSE Symbol: BB) today announced the Automotive Safety Proposal Framework designed to strengthen Internet and self-driving cars against cyber attacks Ability.

Sandeep Chennakeshu, president of BlackBerry Technology Solutions, said: "Protecting your car from cyber-security needs a complete solution." As a leader in cybersecurity and embedded automotive software, BlackBerry leverages our expertise to build a platform that protects cars from Proposed framework for cybersecurity threats If the standards within the framework are met, we believe cars are not only secure, but also receive BlackBerry Secure-level assurance '

Using this framework, automakers and their supply chains can provide differentiated services through different technologies.The BlackBerry Security Advice Framework takes full advantage of the company's recognized security expertise in keeping with the automotive industry's commitment to securing connected and self-driving cars. At The white paper titled "Automotive Cyber ​​Security - BlackBerry's Seven Key Criteria Recommendations" summarizes the following points:

1. Secure supply chain: Build trust by ensuring that every chip and electronic control unit (ECU) in your car is properly authenticated and loaded with trusted software without being affected by the vendor or manufacturer Root cause. Scan all deployed software to meet standards and required security posture. Periodically evaluate supply chain from the point of view of vulnerability and penetration testing to ensure they are certified and approved for delivery.

2. Use trusted components: Use secure hardware, software, and applications to deeply layer in deep architectures and create a secure architecture.

3. Isolation and Trusted Communication: The use of electronic system architecture to isolate safety-critical and non-safety-critical ECUs and to ensure safe operation in the event of anomalies. In addition, this approach also ensures that electronic equipment in the vehicle and Communication between the outside world is safe and reliable.More importantly, the mutual communication between ECUs needs to be trustworthy and safe.

4. On-site safety checks: Make sure that all ECUs have integrated analysis and diagnostic software to record what happened and send the results to the cloud for further analysis and to initiate preventative actions. In addition, car manufacturers should confirm that a series of indicators are regularly Automatic scan detection, when the car is in the scene of the incident, but also through the secure wireless network (OTA) software updates to solve the problem.

5. Build an Incident Response Network: Share common vulnerabilities and risks across participating enterprise networks so that teams of experts can learn from each other and provide advice and fixes in less time.

6. Use Lifecycle Management Systems: Automate the use of secure OTA update software when problems are found. Actively take certificate management to manage security credentials and deploy unified endpoint policy management to manage applications downloaded over the life of the vehicle.

7. Establish a safety culture within the organization: Ensure that every company in the automotive electronics supply chain is trained in the best case of functional safety and safety assurance and forms a safety culture in the enterprise.

BlackBerry has and is continuing to develop innovative technologies, tools, and services, respectively, for each of these seven key standards. From January 9-12, 2018, BlackBerry will be exhibiting at booth # 20123, North of Consumer Electronics Show 2018 in Las Vegas , To showcase their vision for connected car and autonomous car.

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