Monitor, maintain and ensure IoT device integrity with PSoC® 64 MCUs and AWS

In Part 1 of this 3-Part Secure IoT Device Management webinar series from Arrow Electronics, Infineon, and Amazon Web Services (AWS), you learned how the PSoC®64 Standard Secure AWS MCU provides seamless integration with AWS IoT Core, delivering a node-to-cloud solution that “just works”. In Part 2, you learned how this robust partnership provides a proven method for secure provisioning, onboarding, and management of your IoT application at scale. In this webinar, we will explore the ways PSoC 64 Secure MCUs with AWS cloud services integration can help you maintain the integrity of your IoT devices.

With more and more devices becoming connected to the internet and to each other, a key design challenge of IoT developers is how do they ensure that the device their cloud applications is talking to, is actually the intended device and not something potentially nefarious? Join this webinar to learn about how Infineon and AWS enable device attestation triggered by remote cloud monitoring to maintain trusted safety of your IoT device network, your customers, as well as your brand.

Participants will:

•  Learn about how the PSoC 64 Standard Secure AWS MCU natively implements device attestation features
•  How AWS cloud services can detect anomaly’s in devices and quarantine the potential breach
•  See, through a demo, how PSoC 64 and AWS cloud services work together seamlessly to maintain IoT device integrity in the common use case of devices acting abnormally

Presenter: Sree Harsha Angara

Sree Harsha Angara is a Product Marketing Manager at Infineon for the PSoC 64 line of Secure MCU’s. He drives secure manufacturing, cloud eco-system compliance for IoT applications. In the past, he has designed and implemented firmware for a variety of different products, from consumer grade audio devices to high reliability server system management.

Presenter: Michael Schy

Michael is a Solutions Architect for the Specialist IoT team for Amazon Web Services and is responsible for IoT architecture programs, partner enablement, design and integration support, and workshops within his team. He has over 30 years of leading-edge technology experience with over 20 years focused on wireless and embedded technologies. Michael has a BSEE from The Ohio State University and an MBA from Northwestern’s Kellogg School of Management. Michael has done a prodigious amount of architectural, hardware, and software design and implementation work in the cellular, automotive, and IoT industries.

 

Locations/Dates:
On-Demand

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