Building connected, secure IoT devices: An Arrow, AWS, and Infineon hands-on virtual workshop

Locations/Dates:

On-Demand

Trusted data is foundational to the success of IoT Devices. Compromised data can be catastrophic for environments where IoT Devices are deployed – for example in the increasing home-healthcare movement. Remote health diagnostics transmitted via Wi-Fi to a cloud application, and then consumed by healthcare professionals need to be trusted every time, all the time.

In this virtual workshop experience you will learn how Arrow Electronics, Amazon Web Services (AWS), and Infineon Technologies have collaborated to deliver a secure IoT development platform from device to cloud. Infineon’s PSoC® 64 Standard Secured AWS Microcontroller provides a pre-established root-of-trust, isolated processing environments, and secure bootloader which enable secure boot, secure firmware updates, remote attestation, and secure provisioning provided by Arrow's secure programming facilities. This secure lifecycle management works seamlessly with AWS IoT cloud services as well.

You will learn the fundamentals of embedded IoT Security, how PSoC 64 makes implementation easy, how to securely and quickly connect your device via Wi-Fi to AWS IoT Core – as well as how to integrate world-class sensors from Infineon with PSoC 64 MCUs in Connected Healthcare Applications.

To enable your development success as part of the workshop, Arrow Electronics will be providing a free PSoC 64 IoT Security Workshop Development Kit for valid registrations before Monday March 1st. This kit includes the PSoC 64 Secure MCU AWS Dev Kit, sensors, connectors, AWS enablement, and more (>$150 value).

Important Notes/Details – Please Read:

To be able to follow along effectively in this virtual workshop experience, you will need to complete some pre-work setup with the PSoC 64 IoT Security Workshop Development Kit we send you. This includes setting up your AWS account, Downloading ModusToolbox, provisioning your PSoC 64 Pioneer Kit, and running an initial example demo. We will send detailed steps in a Pre-Work Document after you register. We are also offering a couple of live virtual office hours you can join as needed. As a preview, please watch this unboxing and getting started video on arrow.com.

PRE-WORK DOCUMENT

Full Virtual Workshop Agenda (2 Hours)

•  IoT Security Fundamentals – What You Need to Know
•  Infineon PSoC 64 Standard Secure AWS MCU Overview & Value
•  AWS IoT Cloud Services and Ecosystem Overview & Value
•  Hands-On Virtual Lab:
•  Project Setup: What We will Be Building
•  Project Hardware and Software Requirements Review (should be completed in pre-work)
•  Running a Secure FreeRTOS Demo Project in AWS
•  Integrating the Infineon Barometric Pressure Sensor
•  Setting up Logic, Rules in AWS IoT Core
•  Securely Visualizing Sensor Data via Amazon QuickSight
•  Extra Credit & Future Work: Incorporating Machine Learning Models in Secure IoT Applications
•  Conclusion & Next Steps

We'll be doing a second virtual workshop as well targeting Secure, Connected Industrial Applications so be sure to look out for that. Should you have any questions, issues, or concerns in the meantime, please don’t hesitate to contact us at: psoc64@arrow.com.

For rules and giveaway details, please download full Terms and Conditions.

Speakers

Mike Roberts
Mike is a Field Applications Engineer specializing on Infineon products for Arrow Electronics. Mike has 10+ years of experience supporting customer designs utilizing PSoC and WICED based wireless products. Mike has background in both Software and Hardware Engineering allowing him to understand core issues and offer solutions appropriate to the application.

Greg Carson
Greg is an Arrow Field Application Engineer responsible for Infineon designs across eighteen branches in North America. Greg’s background with Aerospace and several start-ups gives him a rounded perspective on security and helps him empathize with the issues Engineers face in each unique situation.

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.