Attackers Can Unlock Tesla Cars and Smart Devices by Exploiting Bluetooth Flaws

By Deeba Ahmed
Research reveals that cars, homes, and personal data of those depending on Bluetooth proximity authentication mechanisms to protect…
This is a post from HackRead.com Read the original post: Attackers Can Unlock Tesla Cars and Smart… Continue reading Attackers Can Unlock Tesla Cars and Smart Devices by Exploiting Bluetooth Flaws

Attackers Can Unlock Tesla Cars and Smart Devices by Exploiting Bluetooth Flaws

By Deeba Ahmed
Research reveals that cars, homes, and personal data of those depending on Bluetooth proximity authentication mechanisms to protect…
This is a post from HackRead.com Read the original post: Attackers Can Unlock Tesla Cars and Smart… Continue reading Attackers Can Unlock Tesla Cars and Smart Devices by Exploiting Bluetooth Flaws

Is the Seed-And-Key Challenge-Response used in Automotive Security really secure?

As an Automotive Security Professional, my state of the art approach to implement a Secure Access would be to have an ECU generate a challenge (nonce + ID), forward it to the tester who can pass the challenge to the backend system which si… Continue reading Is the Seed-And-Key Challenge-Response used in Automotive Security really secure?