AIX-EN-PROVENCE, France--(BUSINESS WIRE)--INSIDE Secure (Euronext Paris: INSD), a leader in embedded security solutions for mobile and connected devices, today announced it will present its Android application for Host Card Emulation (HCE) payment product, MatrixHCE, at CARTES SECURE CONNEXIONS 2014. MatrixHCE was recently shortlisted as a finalist for the prestigious SESAMES Award.
CARTES SECURE CONNEXIONS is the only industry-defining event bringing together the world’s most comprehensive offer of solutions for payment, identification and mobility. In November 20,000+ attendees from the Financial, Retail, Government, Identity and Access, Telecommunications and Transportation sectors, coming from 140 countries, will converge in Paris to explore how our digital society is evolving.
Douglas Kinloch, INSIDE Secure’s VP of Business Development, will be a featured speaker at the CARTES conference and will be discussing some of the hottest trends around Host Card Emulation (HCE) payment solutions and how companies can solve related deployment challenges.
“INSIDE Secure has an ongoing commitment to innovate around the latest trends in mobile payments like HCE, so we are honored to be part of the influential CARTES SECURE CONNEXIONS conference,” said Douglas Kinloch, Vice President of Business Development for INSIDE Secure. “Our MatrixHCE product is just one example of how INSIDE is helping mobile solution providers overcome deployment challenges and take advantage of new opportunities in unique and innovative ways.”
INSIDE’s MatrixHCE product has been named as a finalist in the prestigious SESAMES Awards in the category of Mobile Communications. As part of the CARTES SECURE CONNEXIONS exhibition since 1995, the SESAMES Awards have highlighted the best 11 technological innovations in the smartcard, digital security, identification, secure and contactless transactions sectors.
Douglas Kinloch will present in the “Mobile Payments: Security First!” track. This innovative track takes a closer look at the launch of Apple Pay as an industry disrupter and how it represents a huge step towards the widespread adoption of mobile payments as well as the major implications, security being the first.
Date: Thursday, November 6 - 09:40-10:10am
Title: Why Customers are
Adopting Software Secure Element?
Description: This presentation
will discuss the rise of the Software Secure Element, and the business
opportunities offered by this proven Software Security
INSIDE Secure is uniquely positioned to provide security solutions for enterprise secure access, digital entertainment and financial services markets, the three key market drivers for mobile security. Benefiting from this expertise, MatrixHCE is built upon the trusted foundation of MatrixSSE, INSIDE’s software secure element, a tamper proof, secure processing container and data storage that protects payment tokens stored and processed on devices.
MatrixHCE adds HCE payment specific security mechanisms and cryptogram generation, providing device token management and complete device transaction capabilities. With this level of functionality and security, banks and financial applications providers who plan to deploy secure mobile apps can insure the highest level of protection and innovation for HCE payment transactions.
To discuss MatrixHCE or MatrixSSE, please send your request to HCE@insidesecure.com. To learn more about INSIDE Secure’s industry leading products, including Matrix SSE, please visit http://www.insidesecure.com/.
About INSIDE Secure
INSIDE Secure (Euronext Paris FR0010291245 – INSD) provides comprehensive embedded security solutions. World-leading companies rely on INSIDE Secure’s mobile security and secure transaction offerings to protect critical assets including connected devices, content, services, identity and transactions. Unmatched security expertise combined with a comprehensive range of IP, semiconductors, software and associated services gives INSIDE Secure customers a single source for advanced solutions and superior investment protection.
For more information, visit http://www.insidesecure.com.
