ETSI mandates hardware security for consumer IoT devices

Technical specification: Cyber Security for Consumer Internet of Things — ETSI — “Provision 4.4-1: Credentials and security-sensitive data shall be stored securely within services and on devices… Secure, trusted storage mechanisms can be used to secure security-sensitive data, such as those provided by a Trusted Execution Environment (TEE) and associated trusted, secure storage, or the secure storage and processing capabilities of software running on a Universal Integrated Circuit Card UICC/embedded Universal Integrated Circuit Card (eUICC).”


ST ships its one billionth secure element

STMicroelectronics breaks major milestone for ST33 secure chips with over one billion sold to secure the connected world — STMicroelectronics — “STMicroelectronics… has recorded cumulative sales of over one billion units for its ST33 embedded-security ICs… Based on a common certified secure platform featuring state-of-the-art cyber protection, the ST33 family’s flexible architecture has enabled ST to lead the development of new classes of security chips including embedded SIMs (eSIMs), embedded secure elements (eSEs), and trusted platform modules (TPMs).”






GlobalPlatform adds financial configuration that makes it easier to add payment, access control and transport ticketing applications to wearables

GlobalPlatform enhances secure element deployment for payment-enabled wearables — GlobalPlatform — “Wearables such as smart rings and smart wristbands are bridging the gap between simple cards and feature-rich smartphones by enabling consumers to pay, unlock and travel with a tap,” comments Gil Bernabeu, technical director of GlobalPlatform. “This new configuration standardizes all of this, saving implementers time and money, increasing revenue opportunities and enriching the experience for consumers.”



GlobalPlatform sets out IoT security role for secure elements

GlobalPlatform simplifies implementation of standardized IoT device security — GlobalPlatform — “GlobalPlatform, the standard for secure digital services and devices, has published a configuration that simplifies the implementation of secure element (SE) specifications for the protection of internet of things (IoT) devices… The configuration supports root of trust (RoT) device identity, the protection of critical assets, state-of-the-art AES cryptography for device management and authentication, allowing automatic enrolment to online cloud services.”




Apple files NFC passport patent application

Document importation into secure element — USPTO — “The present disclosure describes embodiments in which a person may present identification information through a mobile device instead of presenting a traditional form of identification… In various embodiments, a mobile device includes a short-range communication interface (eg, a near-field communication (NFC) radio) and a secure element configured to store identification information of a user.”



Car manufacturers back NFC for digital keys

Car Connectivity Consortium announces publication of the Digital Key Release 1.0 Specification, delivering to the industry a standardized smartphone as a car key solution — Car Connectivity Consortium — “The Release 1.0 specification provides a generalized deployment method that allows vehicle OEMs to securely transfer a digital key implementation to a smart device, using an existing Trusted Service Manager (TSM) infrastructure. By leveraging NFC distance bounding and a direct link to the secure element of the device, CCC is assuring the highest state-of-the-art security level for vehicle access.”


Eurosmart reports rise in smartphones with embedded secure elements

Eurosmart’s secure element shipment forecasts confirm a global market increase in all main market sectors — Eurosmart — “Trends for device manufacturers, mainly composed of high end smartphone manufacturers, became significant in 2017 with 400m embedded secure elements. The growth is important and equal to +21.2% compared with 2016 (330m of units) and 470m units are expected in 2018.”




Android P to include support for GlobalPlatform Open Mobile API

Previewing Android P — Google — “Android P adds an implementation of the GlobalPlatform Open Mobile API [OMAPI] to Android. On supported devices, apps can use the OMAPI API to access secure elements (SE) to enable smart card payments and other secure services. A hardware abstraction layer (HAL) provides the underlying API for enumerating a variety of secure elements (eSE, UICC, and others) available.”


Garmin picks NXP chip for wearable payments

NXP and Garmin team up to bring secure and convenient NFC mobile payments to new fitness wearables — NXP — PARTNER NEWS — “[Garmin] has chosen NXP’s PN80T embedded secure element and NFC solution… ‘In collaborating with NXP, we can better provide the ultimate on-the-go lifestyle to our customers,’ said Dan Bartel, Garmin vice president of worldwide sales. ‘This technology, featured on the Vivoactive 3 and Forerunner 645 Music, enables customers to leave their cash and credit cards at home and securely make purchases where NFC payments are accepted.’”


GlobalPlatform explains the role of standards in an increasingly diversified payments landscape

Cover: Standardizing the future of payments in an increasingly diversified world

The increasing diversity of devices, services and players in the mobile payments ecosystem has led to the need for standards and certification to manage fragmentation, prevent fraud and ensure consistent user experience, GlobalPlatform’s Gil Bernabeu explains in a new paper now available to download from the NFC World Knowledge Centre... More


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