STMicroelectronics collaborates with ETAS and ESCRYPT to develop Connected-Car Applications

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Combined competencies to offer a unique package for developing high-performance, safe, and secure automotive-embedded systems

  • End-to-end solution protects against malicious attacks on the car’s Electronic Control Units (ECU) and secures communication among ECUs and the cloud
  • Easy-to-use AUTOSAR-compliant platform software addresses key time-to-market and standards-compliance challenges facing OEM and Tier-1 application developers

STMicroelectronics, a global semiconductor leader serving customers across the spectrum of electronics applications, announced its collaboration with ETAS, a provider of innovative solutions for developing automotive embedded systems, and ESCRYPT, an ETAS subsidiary focused on security for embedded software, to deliver a complete platform comprising microcontrollers, software tools, and security solutions that accelerates development of new automotive control units for the connected-car age.

Today’s auto designers rely more and more on electronic control units (ECUs) to manage intricately featured applications, including brake-by-wire, automatic transmission, multi-mode lighting, parking assist, collision avoidance and many others. These ECUs are enabling “digital” control of each function of the car through sending commands over the communication network that interconnects the vehicle sub-systems. Moreover, more cars are becoming connected to the cloud enabling new functionalities like Over-The-Air (OTA) software updates, remote diagnostics, and the forthcoming V2X communication.

To safely support such trends, there is acceleration in the deployment of robust hardware and software security platforms that are managed over the entire vehicle lifetime.

ST is working with ETAS and ESCRYPT to deliver a cost-effective platform for sub-system developers to create ECUs that ensure a high level of protection for vehicle-owners’ privacy, OEMs’ intellectual property, ECU functional integrity, and secure communication among the car’s ECUs and the cloud.

“This well-architected and easy-to-use development platform will deliver unprecedented convenience to customers in the form of a ready-made solution that combines the security know-how of ESCRYPT, ETAS, and ST,” said Luca Rodeschini, Director Strategic Business Development and Microcontroller Business Unit, Automotive and Discrete Product Group, STMicroelectronics.

The solution ST is developing with ETAS and ESCRYPT leverages the SPC58 series of power-efficient and real-time-capable automotive microcontrollers, which feature a built-in Hardware Security Module (HSM) as well as multiple state-of-the-art CAN FD interfaces, plus LIN, FlexRay, and Ethernet with time-stamping to implement both control units with a functional integrity check and an in-vehicle network with encrypted communication. This approach expands ST’s offering for connected-car defense, which also includes Secure Elements, or embedded SIMs (Subscriber Identity Modules), for protection against Internet-based attacks on ECUs and gateways that can steal personal data or compromise important vehicle systems.

“SPC58 automotive microcontrollers deliver the underlying ruggedness and hardware security the industry needs at a competitive price. They have already been selected by a major Tier-1 supplier for a secure OTA (Over-The-Air) application that enables remote software fixes and upgrades without requiring customers to bring their vehicles to a repair garage,” added Rodeschini.

The solution leverages ETAS’ proven RTA software products that support ECU code development. RTA-BSW (Basic Software) consists of a full AUTOSAR solution including AUTOSAR R4-compliant basic software capable of supporting safety-critical ECUs for both passenger cars (ISO 26262) and off-highway
(ISO 25119) domains. RTA-BSW is complemented by ISOLAR-A and ISOLAR-EVE tools for authoring and testing a full ECU software stack in a virtual environment.

AUTOSAR, the AUTomotive Open Systems Architecture, is the accepted automotive industry framework for scalable, interoperable, standards-compliant embedded systems, which enables developers to bring new products to market quickly and cost-effectively while allowing scope to create differentiating features.

 

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