#USA #Las Vegas #CES 2025 #AUTOCRYPT #Anritsu

Strengthening Automotive Cybersecurity: A Partnership Between Anritsu and AUTOCRYPT

At the Consumer Electronics Show (CES) 2025, a significant advancement in automotive cybersecurity was announced as Anritsu, a leader in communication measurement solutions, signed a memorandum of understanding (MoU) with AUTOCRYPT, a renowned provider of vehicle cybersecurity solutions. This collaboration marks a pivotal step forward in enhancing security testing methodologies for vehicles around the globe.

A New Standard for Security Testing

The partnership aims to integrate AUTOCRYPT’s award-winning Cybersecurity Testing Platform (CSTP) with Anritsu’s MT8000A Radio Communication Test Station, which creates a simulated 5G network environment. This collaboration intends to simplify and enhance cybersecurity testing processes, ensuring robust protection for evolving vehicle systems.

Daniel ES Kim, AUTOCRYPT’s Chief Technology Officer, stated, "By combining our decades of expertise in cybersecurity with Anritsu's network simulation capabilities, we're establishing a new standard for security testing in the 5G era. Often, testing can be a cumbersome process that impedes type approval. With the AutoCrypt CSTP, OEMs gain access to a streamlined and efficient testing platform. Our partnership with Anritsu will further expedite the testing process, allowing OEMs to meet stringent cybersecurity requirements and offer drivers a safer driving experience."

Meanwhile, Yukiharu Ogawa, General Manager of Anritsu's IoT Test Solutions Division, emphasized the urgency of cybersecurity testing amid rising vehicle security concerns, stating that the collaboration with AUTOCRYPT will provide essential tools to test vehicle systems through their cellular network simulator.

Navigating Regulatory Pressures

This MoU is particularly timely, as global governments and regulatory agencies are implementing stricter cybersecurity standards for connected and autonomous vehicles (CAV). Frameworks such as WP.29 UN R155 and R156, AIS-189 in India, and China's GB/T standards increase the pressure on manufacturers and automobile suppliers to demonstrate compliance.

The partnership between AUTOCRYPT and Anritsu is set to enable comprehensive security testing for a diverse array of applications beyond vehicle communication systems, addressing the varied security demands integrating connected mobility requirements. Their collaborative effort aims to provide the automotive industry with an efficient solution that adheres to regulatory prerequisites while bolstering resilience across a broad spectrum of technologies.

About AUTOCRYPT

AUTOCRYPT stands at the forefront of automotive cybersecurity and intelligent mobility technologies. It specializes in developing and integrating software and security solutions for vehicle systems, V2X communications, PlugCharge, and fleet management solutions. AUTOCRYPT is committed to paving the way towards a secure and dependable C-ITS ecosystem in the era of software-defined vehicles. Their comprehensive array of cybersecurity testing services and platforms, including the pioneering AutoCrypt CSTP, enables automotive manufacturers and suppliers to comply with regulations such as ISO/SAE 21434 and UNECE WP.29 UN R155, among emerging global standards.

About Anritsu Corporation

Anritsu is a provider of innovative measurement and testing solutions. It engages with customers as true partners, helping them develop wireless, optical, microwave/RF, and digital solutions for R&D, manufacturing, installation, and maintenance applications. Anritsu also offers multi-dimensional service assurance solutions for monitoring and optimizing networks. Additionally, it develops advanced solutions for both emerging and legacy wired and wireless technologies across commercial, private, aerospace, and governmental markets.

In conclusion, the MoU between AUTOCRYPT and Anritsu signifies a mutual commitment to foster a secure future in automotive technology, addressing both the increasing complexity of regulatory compliance and the critical need for enhanced vehicle cybersecurity in our rapidly evolving digital landscape.