Agenda 1 Container Image Basics 2 Project Harbor Introduction 3 Consistency of Images 4 Security 5 Image Distribution 6 High Availability of Registry Agenda 1 Container Image Basics 2 Project Harbor Harbor Introduction 3 Consistency of Images 4 Security 5 Image Distribution 6 High Availability of Registry Lifecycle of Containers and Images 5 Images Containers Stop Start Restart Run Commit control and other image management Registry - Key Component to Manage Images Agenda 1 Container Image Basics 2 Project Harbor Introduction 3 Consistency of Images 4 Security 5 Image Distribution 6

Harbor 3 Image Consistency 4 Image Security 5 Image Distribution 6 Registry Robustness / High Availability 4 Agenda 1 Containers 101 2 Introduction to Harbor 3 Image Consistency 4 Image Security Security 5 Image Distribution 6 Registry Robustness / High Availability 5 6 Images Containers Stop Start Restart Run Commit Dockerfile Build tag tar archive Save Load Push Registry Images Pull of Containers and Images Agenda 1 Containers 101 2 Introduction to Harbor 3 Image Consistency 4 Image Security 5 Image Distribution 6 Registry Robustness / High Availability 8 • Created by VMware

while minimizing the latency. Its self-balancing architecture eliminates any hotspots and ensures consistency and simplicity over time. You can scale the system while linearly scaling performance from a minimum to deploy and manage applications across any or all these environments, ensuring multicluster consistency with a single deployment. Flexible consumption- based billing options How SUSE Rancher delivers Authentication Strategy [x509]: [+] Authorization Mode (rbac, none) [rbac]: [+] Kubernetes Docker image [rancher/hyperkube:v1.20.4- rancher1]: [+] Cluster domain [cluster.local]: [+] Service Cluster IP

both well-documented and well-tested. (The same applies to VBoxHeadless, which is not shown in the image.) 1.2 Two guises of the same “Main API”: the web service or COM/XPCOM There are several ways in (where to find the disk image, typically a file name; if empty, then the disk should be created on import) 6. Image size (optional unsigned integer indicating the size of the image, which need not necessarily same as the values specified above, since the image may be compressed or sparse; -1 if not specified) 7. Chunk size (optional unsigned integer if the image is split into chunks; presently unsup- ported

both well-documented and well-tested. (The same applies to VBoxHeadless, which is not shown in the image.) 1.2 Two guises of the same “Main API”: the web service or COM/XPCOM There are several ways in which (where to find the disk image, typically a file name; if empty, then the disk should be created on import) 6. Image size (optional unsigned integer indicating the size of the image, which need not necessarily same as the values specified above, since the image may be compressed or sparse; -1 if not specified) 7. Chunk size (optional unsigned integer if the image is split into chunks; presently unsup- ported

both well-documented and well-tested. (The same applies to VBoxHeadless, which is not shown in the image.) 1.2 Two guises of the same “Main API”: the web service or COM/XPCOM There are several ways in (where to find the disk image, typically a file name; if empty, then the disk should be created on import) 6. Image size (optional unsigned integer indicating the size of the image, which need not necessarily same as the values specified above, since the image may be compressed or sparse; -1 if not specified) 7. Chunk size (optional unsigned integer if the image is split into chunks; presently unsup- ported

both well-documented and well-tested. (The same applies to VBoxHeadless, which is not shown in the image.) 1.2 Two guises of the same “Main API”: the web service or COM/XPCOM There are several ways in (where to find the disk image, typically a file name; if empty, then the disk should be created on import) 6. Image size (optional unsigned integer indicating the size of the image, which need not necessarily same as the values specified above, since the image may be compressed or sparse; -1 if not specified) 7. Chunk size (optional unsigned integer if the image is split into chunks; presently unsup- ported

both well-documented and well-tested. (The same applies to VBoxHeadless, which is not shown in the image.) 2 Two guises of the same “Main API”: the web service or COM/XPCOM There are several ways in which (where to find the disk image, typically a file name; if empty, then the disk should be created on import) 6. Image size (optional unsigned integer indicating the size of the image, which need not necessarily same as the values specified above, since the image may be compressed or sparse; -1 if not specified) 7. Chunk size (optional unsigned integer if the image is split into chunks; presently unsup- ported

both well-documented and well-tested. (The same applies to VBoxHeadless, which is not shown in the image.) 1.2 Two guises of the same “Main API”: the web service or COM/XPCOM There are several ways in (where to find the disk image, typically a file name; if empty, then the disk should be created on import) 6. Image size (optional unsigned integer indicating the size of the image, which need not necessarily same as the values specified above, since the image may be compressed or sparse; -1 if not specified) 7. Chunk size (optional unsigned integer if the image is split into chunks; presently unsup- ported

both well-documented and well-tested. (The same applies to VBoxHeadless, which is not shown in the image.) 2 Two guises of the same “Main API”: the web service or COM/XPCOM There are several ways in which (where to find the disk image, typically a file name; if empty, then the disk should be created on import) 6. Image size (optional unsigned integer indicating the size of the image, which need not necessarily same as the values specified above, since the image may be compressed or sparse; -1 if not specified) 7. Chunk size (optional unsigned integer if the image is split into chunks; presently unsup- ported