Today's blog entry discusses one of the unique aspects of Java Card technology: the application deployment model and its binding with the bytecode...
Today's blog entry discusses one of the unique aspects of Java Card technology: the application deployment model and its binding with the bytecode verification. A key concept in security is "defence in depth”: multiple controls must be performed in sequence to guaranty Confidentiality, Integrity and Availability of sensitive assets. Java Card products and associated security services are examples of such assets. They are a critical enabler in our day-to-day lives: to pay at...
Today's blog entry discusses one of the unique aspects of Java Card technology: the application deployment model and its binding with the bytecode verification. A key concept in security is "defence...
As a follow up to How to Secure IoT Edge with Java Card, Oracle will be conducting a third webcast dedicated to the latest developments in Java Card Technology....
As a follow up to How to Secure IoT Edge with Java Card, Oracle will be conducting a third webcast dedicated to the latest developments in Java Card Technology. LIVE Webinar: Oracle Java Card 3.1 Boosts Security for IoT Devices at the Edge Version 3.1 of the Java Card Platform is the most extensive update to this technology in several years. It introduces dedicated features for IoT device security and for new secure elements hardware, while continuing to serve existing...
As a follow up to How to Secure IoT Edge with Java Card, Oracle will be conducting a third webcast dedicated to the latest developments in Java Card Technology. LIVE Webinar: Oracle Java Card 3.1...
This latest post in our series on Java Card 3.1 features focuses on the extensions added to the Java Card platform to continue support for state-of-the art...
This latest post in our series on Java Card 3.1 features focuses on the extensions added to the Java Card platform to continue support for state-of-the art cryptography. A security product is not necessarily a cryptographic product. However since security products often involve the protection and processing of sensitive data, they typically imply the use and management of cryptographic materials. Java Card offers cryptographic packages to handle keys as trusted objects, and...
This latest post in our series on Java Card 3.1 features focuses on the extensions added to the Java Card platform to continue support for state-of-the art cryptography. A security product is not...
In this new article in our series on Java Card 3.1 features, we will focus on the core enhancements to the platform and explore how these changes benefit...
In this new article in our series on Java Card 3.1 features, we will focus on the core enhancements to the platform and explore how these changes benefit developers and issuers of Java Card products. With the increasing use of the Java Card in a wide variety of form factors (smart cards and tokens, embedded secure elements, integrated secure elements) and across a range of different markets (ID and access management, Payment, Telecom, Automotive, Industrial or consumer...
In this new article in our series on Java Card 3.1 features, we will focus on the core enhancements to the platform and explore how these changes benefit developers and issuers of Java Card...
In the third entry in a series of articles on Java Card 3.1 features, we will be looking at the new Security Services available to developers and detail the IoT...
In the third entry in a series of articles on Java Card 3.1 features, we will be looking at the new Security Services available to developers and detail the IoT Edge Security use cases they enable. Earlier this month, the Java Card Forum published a White Paper: Java Card for the Internet of Things - Building The Foundation Of End-to-End IoT Security outlining the growing role of Java Card in IoT infrastructures. The new Java Card 3.1 Specification introduces a range of...
In the third entry in a series of articles on Java Card 3.1 features, we will be looking at the new Security Services available to developers and detail the IoT Edge Security use cases they enable. ...
In the second entry in a series of articles on Java Card 3.1 features, we will be covering this week the new I/O framework, and how implementers can use it to...
In the second entry in a series of articles on Java Card 3.1 features, we will be covering this week the new I/O framework, and how implementers can use it to extend the platform and enable new use-cases for secure elements in IoT devices. Java Card has initially been designed to run smart cards applications. These applications are using a specific command-response communication model and an encoding format called Application Protocol Data Unit (APDU) - see ISO/IEC 7816. The...
In the second entry in a series of articles on Java Card 3.1 features, we will be covering this week the new I/O framework, and how implementers can use it to extend the platform and enable...
Java Card Forum just published a new whitepaper (co-authored by Oracle) outlining the increasing role of Java Card in End-to-End IoT solutions. It provide a...
Java Card Forum just published a new whitepaper (co-authored by Oracle) outlining the increasing role of Java Card in End-to-End IoT solutions. It provide a great insight into use cases for Java Card technology in the Internet of Things, including some of the emerging applications enabled by the upcoming Java Card 3.1 release. Among the topics covered in this document : Security Challenges of IoT systems Implementing IoT Edge Security with Java Card IoT Use Cases and...
Java Card Forum just published a new whitepaper (co-authored by Oracle) outlining the increasing role of Java Card in End-to-End IoT solutions. It provide a great insight into use cases for Java Card...
In anticipation to the upcoming Java Card 3.1 launch, Oracle will publish a series of blog articles outlining some of the key features introduced in this...
In anticipation to the upcoming Java Card 3.1 launch, Oracle will publish a series of blog articles outlining some of the key features introduced in this release, and their applications in traditional and new markets. This week, the focus is on the new CAP file format and applet deployment model. Final touches are being made on version 3.1 of the Java Card Platform. This release brings an unprecedented level of new features, for existing markets but also to drive new IoT use...
In anticipation to the upcoming Java Card 3.1 launch, Oracle will publish a series of blog articles outlining some of the key features introduced in this release, and their applications in traditional...
Saqib Ahmad, Lead Architect for the Java Card platform, led a Technical Session dedicated to the upcoming Java Card 3.1 release at Oracle CodeOne 2018, in San...
Saqib Ahmad, Lead Architect for the Java Card platform, led a Technical Session dedicated to the upcoming Java Card 3.1 release at Oracle CodeOne 2018, in San Fransisco. The session details the new features introduced in the next Java Card specifications, and will provide examples of applications for the security of IoT Edge Devices. It is now available for download from the Oracle CodeOne website (direct link) For more information on CodeOne sessions from Oracle's Java...
Saqib Ahmad, Lead Architect for the Java Card platform, led a Technical Session dedicated to the upcoming Java Card 3.1 release at Oracle CodeOne 2018, in San Fransisco. The session details the new...
