- Class Overview
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Syllabus & Downloads
- Part 1
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Introduction 2 min
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Introduction to FOTA 2 min
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Current Challenges With DIY FOTA 4 min
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Typical MCU and FOTA Architectures 2 min
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Introduction to Kudelski KeySTREAM™ FOTA and Code Signing Service 5 min
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End to End Security for FOTA Through the ECC608 5 min
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Kudelski keySTREAM™ FOTA System Architecture 4 min
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Lab 1: Kudelski Account Setup, Hardware Setup and TPDS Setup 4 min
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Role of the ECC608 in Secure Boot 7 min
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Lab 2: Setup, Build, Program and See FOTA Happening Live 1 min
- Part 2
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Introduction 4 min
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Lab 1: Account, Device Setup, and Provisioning 4 min
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Lab 2: Application Modification, Signing, and Update Deployment 19 min
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Wrap-Up and Q&A 4 min
- Complete Recording
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Part 1 (37 min)
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Part 2 (32 min)
- Feedback and Discussion
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Get in contact with the presentation team
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We need your feedback
25076 SEC7: Firmware-Over-The-Air Updates made Easy, Secure and Scalable (August 2025)
In this class you will learn secure firmware management for Firmware-Over-The-Air (FOTA) updates, including the challenges of device security, pitfalls of DIY strategies, and professional solutions using Microchip and Kudelski Keystream, with hands-on experience in code signing, regulatory compliance, and deploying updates using the ECC608 TrustManaged device and managed FOTA services.
Master the art of secure firmware management in this comprehensive class that transforms how you approach Firmware-Over-The-Air (FOTA) updates. Dive deep into the critical challenges of device security, exploring the pitfalls of DIY firmware update strategies and the professional solutions offered by Microchip and Kudelski Keystream partnership. Participants will gain hands-on experience with the ECC608 TrustManaged device, learning advanced code signing techniques, global cybersecurity regulations, and scalable firmware deployment strategies. The class combines theoretical insights with a practical lab session, enabling developers to create, sign, and deploy firmware updates using state-of-the-art managed FOTA services. By the end of the session, attendees will understand the full firmware lifecycle, from development to secure deployment, and be equipped with the skills to implement robust, secure update mechanisms for embedded devices.
Prerequisites:
Basic understanding of cryptographic principles Basic C coding