*** The 2025 Webinar Series has now finished – but all sessions can be accessed below***
The JCF will be holding a Series of 6 FREE Webinars in Q4 of 2025 – below are the session details and registration access.
WHAT WILL YOU LEARN?
The Java Card Webinar Series will provide you with an exceptional opportunity to discover how Java Card technology could expand your business. This Series will explain:
- The crucial importance of addressing Post-Quantum Cryptography (PQC) migration today and examine its implications for secure elements
- The benefits of using Java Card technology within the automotive segment
- The current digital currency ecosystem and show some novel techniques that could help to implement wallets at scale, and give a perspective regarding standardisation
- GlobalPlatform technology advancements and roadmap plans, and associated training paths, relevant to those developing secure applications and services for secure elements
- How JavaCard technology brings secure, flexible, and upgradeable intelligence right into the heart of next-generation medical and surgical devices
- How to ease integration, maximise security and enable the delivery of powerful eSIM-based value-added services
WHO SHOULD ATTEND?
This Series is key for IoT device developers, IoT security systems architects, product managers, MNOs, application developers and security experts.
During the Series you will be able to interact with our panel of Java Card specialists from Infineon, G+D and jNet, as well as industry colleagues from Trusted Connectivity Alliance and GlobalPlatform.
Please note: All presentations/demos are in English
2025 WEBINARS
WEBINAR 1: Tuesday 18th November, 9am – 10am CET + 5pm – 6pm CET
Securing the Future: Quantum Computing Technology from Robust Hardware to Secured Applications (Infineon)
Presenter: Markus Moesenbacher, System Architect for Enterprise and Government Identification, Infineon
Biography: Markus is a Senior Principal System Architect for Digital Identity Solutions at Infineon Technologies. He is responsible for driving the strategic definition of chip hardware and software solutions.
After joining Infineon Technologies in 2001, he worked as System Engineer for 4 years and for 5 years as technical support engineer. 2010 he joined NXP to hold the position of Product Management for JAVA Card Products used for eGovernment. 2016 he joined the Technical Marketing Team of Infineon Technologies and moved after 3 years to Product Marketing. After 4 years of Product Marketing Markus moved to Technical Marketing as System Architect to drive strategic topics for Identity solutions.
Markus holds a Master Degree in Electrical Engineering from the University Graz, Austria and an MBA from the California Lutheran University, California. He has more than 20 years of experience in the Smart Card business in different positions.
Webinar Overview: In this Webinar, we will explore the crucial importance of addressing Post-Quantum Cryptography (PQC) migration today and examine its implications for secure elements.
The discussion begins with a foundational introduction to quantum computers, shedding light on their capabilities and the anticipated timeline for their practical application.
The focus then shifts to secure elements, delving into which PQC algorithms are most applicable, what key developments are still required to fully enable PQC in various applications and how country-specific requirements shape this transition.
Join us as we navigate this transformative topic and its significance for the future of secure systems.
ACCESS THE PRESENTATION HERE
WATCH THE WEBINAR
WEBINAR 2: Tuesday 25th November, 9am – 10am CET + 5pm – 6pm CET
Target Applications for Secure Elements in Future Cars (Infineon)
Presenter: Antoaneta Kondeva, System Security Architect for Dedicated Security Modules, Infineon
Biography: Antoaneta is a System Architect in Infineon´s Digital Security and Identity group. She has experience in automotive cybersecurity topics, including TARA, ISO 21434, and common security controls used in vehicle E/E Architectures. At Infineon, she is responsible for specifying dedicated embedded security controllers (e.g., eSE or TPM) for automotive applications.
Webinar Overview: The automotive industry is witnessing a rapid evolution with the rise of connected technologies, which enhance the driving experience but also introduce new security vulnerabilities. Increased connectivity exposes vehicles to risks like hacking, potentially compromising critical assets and user safety. To address these threats, robust security measures are imperative, with embedded Secure Elements (eSE) emerging as a trusted solution.
In this webinar, we’ll explore cybersecurity-relevant automotive applications, including Smart Car Access (aligned with the CCC Digital Key Specification), Vehicle-to-Everything (V2X) communication, and Electric Vehicle (EV) Charging systems. Further, we’ll dive into how an eSE built on the Java Card platform can serve as a security solution to meet the security needs of these applications. Join us to learn how innovative security technologies can safeguard the future of connected mobility.
ACCESS THE PRESENTATION HERE
WATCH THE WEBINAR
WEBINAR 3: Monday 1st December, 9am – 10am CET + 5pm – 6pm CET
Beyond Secure Elements: Security Aspects of Digital Cash (Giesecke+Devrient)
Due to presenter illness, this Webinar has now moved to Thursday 18th December – see below
WEBINAR 3: Tuesday 9th December, 9am – 10am CET + 5pm – 6pm CET
Secure Elements for Developers (GlobalPlatform)
Presenter: Gil Bernabeu, Chief Technology Officer, GlobalPlatform
Biography: In his role as Chief Technology Officer, Gil is responsible for defining and implementing the technical roadmap for the organization and provides counsel and guidance to the GlobalPlatform Board. He drives forward the development of GlobalPlatform’s specifications and certifications to allow markets and geographies to deploy and manage secure, value-added services. Gil also acts as GlobalPlatform’s central technical liaison point, coordinating the efforts of the technical committees, market task forces and liaisons with industry partners.
Webinar Overview: In this webinar, GlobalPlatform would like to give the Java Card community the ‘key take-outs’ from across its Secure Element training portfolio, with a focus on content from a new three-day training program, ‘Secure Elements for Developers (Java Card)’. Gil Bernabeu, GlobalPlatform CTO, will give a brief overview of what the program, developed alongside Oracle, covers before providing insights into the GlobalPlatform Secure Element roadmap (Cryptographic Service Provider (CSP) Specification, SAM, Automotive Configuration, Card Specification 2.4).
Attendees will gain the most up-to-date information regarding GlobalPlatform technology advancements and roadmap plans, and associated training paths, relevant to those developing secure applications and services for secure elements.
ACCESS THE PRESENTATION HERE
WATCH THE WEBINAR
WEBINAR 4: Thursday 11th December, 9am – 10am CET + Monday 15th December, 5pm – 6pm CET
In-Device Intelligence: Empowering Smart Medical and Surgical Devices with JavaCard-Based Secure Elements (jNet)
Presenter: Mikhail Friedland, CEO, jNet
Biography: Mikhail is a technical visionary and hands-on developer with extensive experience and emphasis on high-assurance, scalable, secure Java Card/GlobalPlatform OS and Java Card Applets. He has extensive hands-on experience in strategic planning, building cross-functional R&D teams, new product definition, and positioning.
Over the years Mikhail has been responsible for technical leadership of several EMVCo, FIPS 140-3, and Common Criteria OS certification teams, designed the architecture of Javacard VM OS internal modules, cryptography & authentication algorithms, payment systems, IoT platforms on SoC devices, MoC Biometric SDK integration and Java native package APIs, Java class libraries for sensors abstraction and events processing at the edge.
Webinar Overview: The next wave of medical and surgical technology is taking shape inside the devices themselves. From precision surgical tools to remote health monitors and advanced implants, the focus is shifting toward embedding intelligence and security directly at the point of care. As connected healthcare systems grow more autonomous and data-driven, the ability to process, protect, and act on information within the device has become essential.
This webinar will explore how JavaCard technology brings secure, flexible, and upgradeable intelligence right into the heart of next-generation medical and surgical devices.
Across the industry, regulators like the FDA—along with global standards bodies—are tightening expectations around cybersecurity, data integrity, and patient privacy. JavaCard-based secure elements meet these demands by combining proven cryptography, strong authentication, and trusted key management within tamper-resistant hardware. Yet their true strength lies beyond security alone: JavaCard’s modular applet architecture enables real-time decision support, dynamic credential control, biometric validation, and even blockchain anchoring—all running securely within each device.
Why JavaCard Matters in Healthcare
– Trust inside every device. Runs certified applets for patient identity, digital signatures, and confidential data handling—even on constrained embedded platforms.
– Secure from the factory to the field. Supports device attestation and full lifecycle management, covering factory initialization, hospital deployment, and over-the-air software updates.
– Built for compliance and adaptability. Lets OEMs and authorized partners deliver post-market updates to meet evolving cybersecurity and regulatory requirements.
– Purpose-built APIs. Offers secure biometric functions, monotonic counters for audit trails, and cryptographic services for real-time encrypted data transfer, i.e. all aligned with ISO 7816 and modern medical device regulations.
– AI-ready at the edge. Enables on-device AI and machine learning validation, so data can be analyzed and trusted locally before it ever reaches the cloud.
What You’ll See in This Session
– Remote patient monitors (ECG, glucose, oximeters) that protect sensitive data—even when offline.
– Smart surgical tools and implants capable of verifying credentials, ensuring traceability, and encrypting OR-to-cloud communications.
– Hospital networks integrating JavaCard-powered components for interoperability between EHRs, access cards, and regulated systems.
No matter your role—whether you’re an architect designing connected devices, a regulatory specialist, or a medical innovator—this session will show how JavaCard technology is redefining in-device intelligence. Discover how to build medical and surgical systems that are secure by design, upgradeable by intent, and resilient for the AI-driven healthcare era.
ACCESS THE PRESENTATION HERE
WATCH THE WEBINAR
WEBINAR 5: Tuesday 16th December, 9am – 10am CET + 5pm – 6pm CET
Java Card Stepping Stones: Advancing eSIM Security (ST/TCA)
Presenter: Amedeo Veneroso, Chair of the TCA Interoperability Working Group and Mobile Core Team Leader at STMircoelectronics
Biography: Amedeo is a senior Technical Project Manager and Team Leader proficient in cryptography and embedded systems technology, with more than 20 years of work in Secure Elements and Smart cards. He is a manager in STMicroelectronics for product development in Telecom and Mobile devices, from embedded SIM to Secure Element.
Since 2007, he has been chairman of the Trusted Connectivity Alliance Interoperability Working Group focused on increasing interoperability among SIM and Secure Element stakeholders.
He has more than 30 patents filed in the secure embedded domain and has spoken at several international conferences. Amedeo is certified as a Project Manager Professional and Agile Practitioner by PMI (PMI-PMP, PMI-ACP).
Webinar Overview: This webinar will provide a deep-dive into how developers can utilise the recommendations and best-practices within TCA’s ‘Stepping Stones for Java Card Applet Developers’ to advance the security of eSIM deployments. Audiences will also learn how security can be bolstered by the TCALoader tool, as well as the latest enhancements to the TCA Interoperable Profile Package Technical Specification.
ACCESS THE PRESENTATION HERE
WATCH THE WEBINAR
WEBINAR 6: Thursday 18th December, 9am – 10am CET + 5pm – 6pm CET
Beyond Secure Elements: Security Aspects of Digital Cash (Giesecke+Devrient)
Presenter: Dr. Lars Hupel, Chief Evangelist (CBDC), Giesecke+Devrient
Biography: Lars is a CBDC Evangelist at Giesecke+Devrient with a particular interest in security, offline payments, and financial inclusion. An engineer at heart, Lars is working to bring modern financial services to people. Lars holds a PhD degree from TU München in the field of logic and verification.
Webinar Overview: Secure Elements are a fantastic technology to protect private key material on user devices and ensure correct execution of payment protocols. This is why they are also instrumental for digital cash; in particular, when used offline. In this presentation I would give a brief overview of Secure Elements as a platform for digital cash and the current situation of digital cash across the world. Then, I would discuss security aspects that go beyond hardware, including safeguards for offline payments, public key infrastructure, and post-quantum cryptography.
ACCESS THE PRESENTATION HERE
WATCH THE WEBINAR
You can access the 2024 Webinar recordings here
You can access the 2023 Webinar recordings here
You can access the 2022 Webinar recordings here
You can access the 2021 Webinar recordings here
You can access the 2020 Webinar recordings here
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