STMicroelectronics reveals a ready-to-use In-Vehicle system-on-chip solution for Secure Car Access CCC Release 3 compliant


STMicroelectronics N.V.

STMicroelectronics N.V.

T4423S — Jun 13 2022 — ST_G+D digital vehicle keys_Graphic

ST/G+D digital car keys

ST/G+D electronic auto keys

STMicroelectronics reveals a prepared-to-use In-Car program-on-chip answer for Protected Vehicle Entry CCC Release 3 compliant

  • Combines ST safe ingredient based on licensed ST33K-A secure IC and Java® Card system with G+D Electronic Vital® applet to present technique-on-chip remedy for protected vehicle entry

  • Will increase car or truck-user usefulness and safety, compliant with the hottest Car or truck Connectivity Consortium (CCC) Digital Critical standard

Geneva, June 13, 2022 STMicroelectronics (NYSE: STM), a international semiconductor leader serving prospects throughout the spectrum of electronics apps, announces a new system to accelerate the introduction of digital motor vehicle keys supplying customers keyless access to motor vehicles by using their cell system.

In addition to strengthening security, digital auto keys can provide bigger proprietor conveniences such as customizable usage privileges although continuing to safe the automobile. Actions this kind of as motor vehicle sharing, fleet administration, and car or truck rental acquire rewards this sort of as less complicated crucial issuance, use controls, and obtain for valeting and servicing.

Centered on the most current ST Automotive grade Secure Aspect hardware, the world-wide option, made in collaboration with Giesecke+Devrient (G+D), supports the most current Automobile Connectivity Consortium (CCC) Electronic Important launch 3. typical, making sure the best protection and protection at the moment offered.

Foremost automotive makes can now promptly create requirements-primarily based, protected automobile-access solutions that supply extra price for automobile entrepreneurs and consumers,” mentioned Laurent Degauque, Advertising Director, Secure Microcontrollers, STMicroelectronics. “Our answer dependent on automotive Grade embedded safe ingredient ensures condition-of-the-art security to direct prevalent industry adoption of digital keys for connected vehicles.”

“As a prolonged-standing spouse in protection and connectivity for the automotive sector, G+D contributes a prosperity of experience in the field of accessibility management for cars”, says Mario Feuerer, Worldwide Vice President Item Management Connectivity at G+D. “Our G+D Digital Key® application, centered on the new ST chip platform, is really resistant to assaults and capabilities sensible and handy purchaser access alternatives primarily based on NFC, Ultra-Broad-Band and BLE.”

ST’s STSAFE-VJ100-CCC in-vehicle technique-on-chip alternative is centered on CC EAL6+ accredited, automotive-quality 2 ST33K-A protected IC, integrating Java® Card purposes. The SoC shops qualifications and other delicate details, and performs cryptographic functions needed to put into action CCC Electronic Essential Release 3 use scenarios like owner pairing, essential sharing, crucial termination/deletion. This provides a robust basis for clients to build their electronic automobile-key remedies.

About STMicroelectronics

At ST, we are 48,000 creators and makers of semiconductor technologies mastering the semiconductor supply chain with point out-of-the-artwork producing amenities. An integrated device company, we operate with far more than 200,000 customers and hundreds of companions to style and design and establish products, methods, and ecosystems that tackle their challenges and options, and the want to support a more sustainable entire world. Our systems permit smarter mobility, much more efficient ability and vitality management, and the huge-scale deployment of the Internet of Factors and connectivity. ST is committed to becoming carbon neutral by 2027. Additional facts can be uncovered at

For Push Information and facts Make contact with:

Michael Markowitz
Director Technological Media Relations
Tel: +1 781 591 0354
Email: [email protected]



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