The partnership is driven by a mutual recognition of the importance of cybersecurity in the evolving context of automotive technology, where vehicles are increasingly software-dependent. Both VinCSS and Autocrypt share a vision of pioneering innovation in protecting smart vehicles from information security threats.
VinCSS has extensive experience in IT/IoT/OT and automotive system security.
The MoU marks a comprehensive cooperation plan, in which the two companies will share expertise and explore market development opportunities. The goal is to create advanced security solutions that can be deployed globally and comply with legal requirements and market standards. This cooperation is considered very timely in the context of the UN regulations R155 and R156, which will become mandatory for cars from July 2024, along with many other strict market standards.
VinCSS, with its experience in IT/IoT/OT and automotive system security, together with Autocrypt, known for its smart mobility technology, can create a powerful combination, promising to bring effective cybersecurity solutions to the automotive industry.
Mr. Do Ngoc Duy Trac, CEO of VinCSS shared: "We at VinCSS always aspire to bring a safe and convenient digital future to everyone. Cooperation and leveraging international expertise is one of the most effective ways to realize that mission. The strategic partnership between VinCSS and prestigious partners around the world will open up an innovation in the field of automotive cybersecurity, aiming at advanced solutions, contributing to the success of car manufacturers and bringing a safe experience to every traffic participant".
Mr. Daniel ES Kim, CEO and co-founder of Autocrypt also expressed: "We are very pleased to cooperate with VinCSS. The Memorandum of Understanding (MOU) at CES 2024 will be the beginning of our joint contributions towards advancement in automotive technology. I believe that this cooperation will maximize the strengths of both parties and make VinCSS and Autocrypt become pioneers in information security in the automotive field in the world".
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