VicOne and DFI joins hand for delivering automotive cybersecurity solutions

VicOne, an automotive cybersecurity solutions provider, announced on 30th March 2023, that it has expanded its partnership with DFI, a global provider of embedded motherboards and industrial computers. This alliance will deliver automotive cybersecurity software solutions and services for electric vehicles and connected transportation market.

Various types of vehicles, traffic signals and infrastructure are constantly sharing large amounts of data through the internet. Together, VicOne and DFI are providing advanced embedded cybersecurity solutions for various applications to lay the foundation of fully interconnected transportation with smart cities environments. Their collaboration addresses the need to incorporate information security into transportation tools, fleet management and smart poles at the design stage.

“Partnering with VicOne to deliver industry-leading solutions for automotive manufacturing customers and smart city planners worldwide will allow us to provide the very best security design and technology integration to support the next generation of connected vehicles and build safe and secure smart cities,” said Alexander Su, President of DFI.

“We are very pleased to expand our collaboration with DFI, as we both share a common vision for improving transportation in smart cities, and ensuring cellular vehicle-to-everything (C-V2X) technology is most effectively used to solve issues with traffic congestion, pedestrian safety, and smart transportation security,” said Max Cheng, CEO for VicOne.

VicOne and DFI have frequently showcased their collaboration in live technology demonstrations of vehicle software security applications that enable more comprehensive network security protection for smart cities. Most recently they showed a C-V2X example of hackers using vulnerabilities of smart devices to hack into and affect a vehicle or the safety of people and vehicles. It highlighted VicOne’s vehicle network security solution, which utilizes remote control of abnormal data signals and real-time warnings to help car manufacturers, fleet operators, and system suppliers establish a more powerful vision of information security defense, and prevent new types of over-the-air hacker invasions.

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