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We dive into the opportunities that quantum computing offers automotive industry.

Here we look at new advancements in technology with a focus on automotive cybersecurity solutions for in-vehicle communication.

As the manufacturing industry becomes smarter, the cybersecurity protocols used to protect connected IoT devices and components also need to adapt and be built in at the manufacturing level.

Given the increasing complexity of the connected vehicle, It is critical to protect smart components and devices from the time they are manufactured until the end of their lifecycle.

As the choice of HSMs is dependent on the specific application it is used for, we make some general recommendations by providing a list of potential criteria to take into account, irrespective of what you intend to use it for.

Read about how blockchain can be used to prevent hijacking in the industry of autonomous, self-operated vehicles.

This article describes how blockchain technology could enable insurance companies to solve a lot of problems that the car insurance world currently faces.

Odometers and tachographs are vital measurement devices for vehicles. They have legal purposes and are vital to ensure the safety of the operation related to a car, a bus, or a truck.

This article explains how blockchain technologies can allow car manufacturers to offer irrefragable digital passports for the buyers and owners of the vehicles they sell.

It is estimated that around 62 percent of the global automotive industry will use blockchain technologies as early as 2021. Many car manufacturers are currently investing in Distributed Ledgers Technologies (DLT) projects.

In this article, we unveil several reasons why HSMs are vital for the emerging blockchain-based transportation protocols.

Blockchain technologies can now be integrated into any industry, public sector, inside any business and throughout areas in our social contemporary lives.