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Tag: NXP

Keysight and NXP Set New Standard for Automotive Security with World’s First Digital Key Applet

July 31, 2024

INDIA – Keysight Technologies, Inc., device security research lab, Riscure Security Solutions, has successfully completed the first Car Connectivity Consortium (CCC) Digital Key Applet (DKA) certification for NXP® Semiconductors, a leading provider of secure connectivity solutions for embedded applications. The two companies worked together to evaluate and certify NXP’s automotive Digital Key solution, helping further the development of this new standard.

The CCC DKA program focuses on securing digital key solutions for the automotive industry that safeguard the privacy and security of users. This is achieved by implementing state-of-the-art public key protocols, hardware-based key storage, and wireless transmission standards to securely authorize user access in proximity of the key with the vehicle.

The Digital Key Applet certification program enables the automotive industry to build trust in the security of next-generation vehicles by providing essential security assurance and robustness against evolving threat landscapes – without placing an extra burden on backend services. This also opens new possibilities to expand vehicle functionality, such as car sharing, car rentals, and more business applications.

By achieving the first-ever CCC DKA certification, Riscure Security Solutions and NXP have taken a pivotal step in spearheading the development and market adoption of CCC Digital Key system. In addition, this certification showcases the ability to develop products securely, meeting the highest levels of assurance in the market, which can be compared to EAL 4 + AVA_VAN.5 used in the Common Criteria program, ensuring the security of a critical component that allows users access to their cars.

Digital Key Applet certification is the latest automotive security standard supported by Keysight, in addition to UN R155 and R156 regulations and others. Keysight fully supports its automotive customers in their security journey by offering a wide range of Automotive Testing Services, as well as providing necessary solutions and expertise to test and improve the overall robustness of automotive solutions.

Georg Stütz, Head of IoT and Automotive Certification, NXP, said: “Industry standards like the CCC are crucial to the industry, helping to build consumer trust with interoperability, security and a consistent user experience. By certifying a digital key applet, NXP is taking the next step in advancing secure car access across the ecosystem. NXP has worked with Riscure Security Solutions over many years for security testing and certification across different sectors and would once again like to thank Keysight’s Riscure Security Solutions for their expertise and support in helping NXP achieve this certification milestone.”

Marc Witteman, Director of the Device Security Research Lab at Keysight, said: “This achievement marks a significant step in the establishment of the CCC certification program, positioning both Keysight and NXP at the forefront of this groundbreaking development. This further demonstrates how Keysight enables automotive vendors to test and certify their solutions against the most stringent security requirements.”

NXP Accelerates Digital Car Keys with Certification from Car Connectivity Consortium

New Delhi, 18th July 2024 : NXP® Semiconductors today announced that its single-chip NFC and embedded secure element solution, the SN220, has been certified by the Car Connectivity Consortium® (CCC) under its CCC Digital Key™️ Certification Program, launched in December 2023. This marks NXP as the first digital car key solution provider to receive a certification for its NFC chips. This is a part of NXP’s complete system solutions encompassing the full digital car key ecosystem across Ultra- Wideband (UWB), NFC chips and Bluetooth® Low Energy (LE) for both mobile device manufacturers and car OEMs.

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Digital car keys do more than enable drivers to access their car seamlessly and securely. They allow drivers to control access to their car, from family members to valet drivers. As this feature grows in popularity, interoperability, security and safety are crucial components. The CCC, whose over 200 members include leading automotive manufacturers, smart device manufacturers and technology companies, recently introduced a certification program aligned with the CCC Digital Key specification. This defines digital car keys to ensure seamless interoperability and security across the full ecosystem of cars, mobile phones and other hands-free secure car access devices.

“As a charter member of the CCC, NXP has long been at the heart of the secure car access ecosystem,” said Michael Leitner, General Manager, Smart Car Access, NXP. “This certification validates the specification that will enable the future of digital keys in the automotive market. As the first certified solution provider, NXP’s fully integrated systems will set the standard for quality and security in this rapidly growing market.”

“Certification is a crucial step towards building trust among consumers and the industry. It enables auto and device manufacturers to deliver secure, user-friendly experiences for digital key access,” said Alysia Johnson, President, Car Connectivity Consortium. “Our goal is to establish global compatibility for a seamless and secure digital key experience, regardless of what car or mobile device is involved. Designating digital key solutions as CCC Digital Key certified is helping make that possible.”

“At Xiaomi, we prioritize exceptional user experiences,” said Zhang Shuxiao, Senior Director of Connectivity, Xiaomi. “The high performance of the SN220, as well as the commitment to interoperability shown with this certification, were important to us, reflecting our dedication to delivering new and exciting features for our users.”

The SN220 is a convergence solution, combining an NFC controller with an embedded secure element in a single chip and is part of an overall digital key system solution. NXP’s digital key includes not only a secure element and NFC, but also leverages UWB and Bluetooth LE to ensure a consistent and seamless user experience.

NXP’s Pioneers Real-Time Super-Integration for Central Vehicle Control with S32N55 Processor

New Delhi, 23rd April, 2024: NXP® Semiconductors today announced the S32N55 processor, the first device in the new S32N family of vehicle super-integration processors. As the heart of the recently announced S32 CoreRide central compute solution, it offers scalable combinations of safe, real-time and applications processing to address automakers’ diverse central compute needs. The S32N55 processor excels at safe, centralized, real-time vehicle control that demands high-performance, deterministic compute supporting the highest level of functional safety. Through software-defined, hardware-enforced isolation, it can host dozens of vehicle functions with different levels of criticality, while providing freedom from interference between them.

NXP’s Pioneers Real-Time Super-Integration for Central Vehicle Control with S32N55 Processor

Vehicle propulsion, vehicle dynamics, chassis control, body and other core vehicle functions have been implemented as discrete electronic control units (ECUs), each with their own microcontroller and wiring. Vehicle functions can now be safely consolidated into an S32N55 processor with multiple isolation execution environments to break through SDV integration barriers.

This “super-integration” capability allows automakers to reduce ECU hardware costs significantly. Decreased material and reduced weight also contribute to sustainability and extended driving range. Ultimately, fewer ECUs and significantly less wiring result in lower manufacturing complexity and time for carmakers.

With the S32N55’s “core-to-pin” hardware isolation and virtualization technologies, its resources can be dynamically partitioned to adapt over time to be used in the optimal way to meet evolving vehicle function needs. Hardware-enforced isolation of vehicle functions enables automakers to safely consolidate ECUs, streamline software development and support lifetime enhancements and upgrades. Vehicle functions can be independently managed, including fault handling and reset. They can receive independent software updates with the S32N55’s safe, granular Over-the-Air (OTA) upgradeability which is a crucial capability for SDVs to enhance their functionality over time.

“The S32N55 processor is the central brain for real-time vehicle control in our new S32 CoreRide platform,” said Ray Cornyn, senior vice president and general manager of automotive processors at NXP. “With a powerful combination of unrivaled real-time performance, critical hardware-enforced isolation, and vehicle networking capabilities, it can deliver more functionality with fewer devices, while reducing costs, and offering upgradeability to help improve and future-proof vehicles.”

The automotive-grade S32N55 processor integrates 16 split-lock Arm® Cortex®-R52 processor cores running at 1.2 GHz for real-time compute. The cores can operate in split or lockstep mode to support different functional safety levels up to ISO 26262 ASIL D. Two auxiliary pairs of lockstep Cortex-M7 cores support system and communication management. Tightly-coupled integrated memory and 48 MB of system SRAM enable fast execution with low-latency accesses. A firewalled Hardware Security Engine provides a root of trust for secure boot, security services and key management.

Memory can be expanded with LPDDR4X/5/5X DRAM, LPDDR4X flash and NAND/NOR flash interfaces. Functional safety and security requirements are supported with memory error correction and in-line cryptography.

An integrated Time-Sensitive Networking (TSN) 2.5 Gbit/s Ethernet switch, a CAN hub for efficient, internal routing of 24 CAN FD buses, four CAN XL interfaces and a PCI Express Gen 4 interface help reduce wiring and system cost.

The S32N55 is complemented with NXP’s system power management and vehicle networking devices as the S32 CoreRide platform’s central vehicle controller solution to accelerate customer designs. The FS04 safe system power management IC, which was co-architected to support ASIL D functional safety, combined with PF53 scalable core supply for platform design, provides high-efficiency power conversion, supports low power modes and handles power sequencing.

S32N55 availability and enablement
The S32N55 is sampling to lead customers. Enablement by NXP and a strong partner ecosystem, including the S32 CoreRide software partner ecosystem, include comprehensive board, enablement software, tools and systems support to accelerate customer designs.