 Thank you for stopping by our booth for this demo. I'm Joe Pearson, and I'm here to demonstrate low touch, automated onboarding and application delivery with Secure Device Onboarding and Open Horizon, two LF Edge projects. I'd like to show you how Secure Device Onboard, or SDO, can eliminate the need for manually installing and configuring the Open Horizon agent software. This then allows Open Horizon to deliver containerized workloads to edge compute nodes and to manage their life cycle. To illustrate this, here's a hypothetical scenario. Laura wants to install smart cameras in five factories. These cameras would be used for visual inspection. Laura's challenge is to get the cameras configured with the proper software and network placement before installation. This means having the cameras shipped to a central location for software loading and configuration before reshipping them out to the factories or sending technicians out into the field after the cameras are already delivered to the factories to load the software and configure it on premises. Either approach will introduce a week or more of delay require extensive project management coordination and introduce extra expense. If the smart cameras supported SDO, all three of those issues can be mitigated. Let's see how. First, Laura orders smart cameras that support SDO. A manufacturer can initialize the camera while it is being built, generating a public private key pair and an ownership voucher. When Laura's purchase is complete, she has sent those vouchers that uniquely identify each camera. These vouchers will be used to authenticate and authorize each camera at a later point when the ownership is transferred. Second, Laura sends the vouchers to the team that is responsible for loading and configuring the software on the cameras. That team loads the vouchers into an open horizon management hub that they are operating for this purpose. Third, the team associates the vouchers with a specific node policy that will be deployed onto the cameras that identify themselves as having a purpose of visual inspection. Fourth, the camera devices arrive at the destination factories and local technicians mount them in their proper locations and connect power and network connectivity before turning them on. Fifth, the cameras boot up and automatically connect to the STO services at a well-known location, presenting their voucher to confirm their identity. The STO services authenticate them and send back software to be installed on the smart camera, which in this case would include the Docker runtime and the open horizon agent software as well as the node policy file. Sixth, once the software is installed and configured, the open horizon agent contacts the open horizon management hub services and registers itself by presenting authorization credentials. It then publishes its node policy file. Seventh, the open horizon management hub agreement bot service monitors for newly registered nodes, looking for those that match the services constraint of purpose equals visual inspection. When it finds a match, it enters into negotiation. When and if that negotiation is successfully completed, the smart camera device has sent information about the visual inspection service. Eight, the smart camera retrieves its visual inspection Docker image from the specified image registry and runs it. So what you just saw was a solution that did not require either a point-to-point connection between administrator and device nor hands-on access to the physical devices in order to install and configure the software. So if you'd like to learn more, we have additional materials available about both the SDO project and the open horizon project, as well as several other videos and materials that go into greater detail. We also have links to the SDO and open horizon project GitHub repositories. Open horizon also has a quick start set of instructions that will show you how to install a simple all-in-one developer installation of the management agent and SDO services within a single VM in less than five minutes. Our booth attendants are also here to answer any questions you may have about SDO, open horizon, and workload management for edge computing. Thank you for watching.