Kubernetes: Use it, Contribute to it, and Enjoy it! Xiangpeng Zhao, Software Engineer, ZTE Corporation Github: @xiangpengzhao Agenda 1. The community 2. How to contribute 3. Versioning 4. The easy easy way to use it 5. Demo 6. Q & A The community Orgs/Repos SIGs/WGs Communication Resources Ecosystem Orgs/Repos Kubernetes Kubernetes SIGs Kubernetes Incubator Orgs kubernetes- retired verview/ More: Agenda 1. The community 2. How to contribute 3. Versioning 4. The easy way to use it 5. Demo 6. Q & A Where to all repos docs bug report code code review PR workflow git

Manage Edge Nodes with KubeEdge and Case Study Yulin Sun, yulin.sun@huawei.com; Li Xing, Li.xing1@huawei.com; Seattle Cloud Lab, Huawei R&D USA, Bellevue WA Agenda • Edge scenarios/characters • KubeEdge KubeEdge Architecture • KubeBus • Edge metadata service • Kubernetes extension • Case study • Water utility management • Campus surveillance system Edge Scenario/Characters (vs Data Center) • Similar Reports Edge nodes status • AppEngine: Control containers Kubernetes edge extension Current Kubernetes Case Study#1 --Water utilities management • Device • Liquid level sensor • Water pressure sensor • Valve

Copyright © SUSE 2021 SUSE Rancher MSP Use Cases & Enablement APRIL 2022 Managed Services Providers Copyright © SUSE 2021 Agenda Acquired Rancher in 2020 1. Company Snapshot • Powering Innovation Benefits of SUSE Rancher for MSPs • Program Benefits for MSPs • Success Stories 2. SUSE Rancher Use Cases • SUSE Rancher Service Models • SUSE Rancher Solution Stacks • Other Service Examples 3. Enterprises have been trained by the hyperscalers to adopt cloud-native approaches for nearly every use case Inhibitor: Legacy App Compatibility Low hanging fruit continue to be picked off, meaning transformations

............................................................................................. 3 Use Cases of AWS Lambda .............................................................................. ............................................................................ 281 Create Role to use AWS SES, Cloudwatch and AWS Lambda ............................................................... consume - there is no charge when your code is not running. How AWS Lambda Works? The block diagram that explains the working of AWS Lambda in five easy steps is shown below: 1. AWS Lambda —

Kyuubi Release 1.3.0 Kent Yao Sep 15, 2021 USAGE GUIDE 1 Multi-tenancy 3 2 Ease of Use 5 3 Run Anywhere 7 4 High Performance 9 5 Authentication & Authorization 11 6 High Availability 13 6.1 hierarchies shown in the above figure, with each layer loosely coupled to the other. For example, you can use Kyuubi, Spark and Apache Iceberg to build and manage Data Lake with pure SQL for both data processing Lists (ACL) 4. Supports metadata & data Access Control Lists Users who have valid accounts could use all kinds of client tools, e.g. Hive Beeline, HUE, DBeaver, SQuirreL SQL Client, etc, to operate with

Kyuubi Release 1.3.0 Kent Yao Oct 27, 2021 USAGE GUIDE 1 Multi-tenancy 3 2 Ease of Use 5 3 Run Anywhere 7 4 High Performance 9 5 Authentication & Authorization 11 6 High Availability 13 6.1 hierarchies shown in the above figure, with each layer loosely coupled to the other. For example, you can use Kyuubi, Spark and Apache Iceberg to build and manage Data Lake with pure SQL for both data processing Lists (ACL) 4. Supports metadata & data Access Control Lists Users who have valid accounts could use all kinds of client tools, e.g. Hive Beeline, HUE, DBeaver, SQuirreL SQL Client, etc, to operate with

baetyl-function-manager as a function instance provider. Structure Diagram: 8 Chapter 2. Baetyl Design BAETYL Documentation Structure Diagram 2.3 Master Master as the core of the Baetyl system, it manages as a docker image address and starts the service by calling the Docker Engine client. All services use a custom network provided by Docker Engine (default is baetyl), and the ports are exposed according devices are mapped according to the Devices information, and the resources that the containers can use, such as CPU, memory, etc., are configured according to the Resources information. Services can be

can be managed by baetyl-function-manager as a function instance provider. Structure Diagram: Structure Diagram Master Master as the core of the Baetyl system, it manages all storage volumes and services as a docker image address and starts the service by calling the Docker Engine client. All services use a custom network provided by Docker Engine (default is baetyl), and the ports are exposed according devices are mapped according to the Devices information, and the resources that the containers can use, such as CPU, memory, etc., are configured according to the Resources information. Services can be

can be managed by baetyl-function-manager as a function instance provider. Structure Diagram: Structure Diagram Master Master as the core of the Baetyl system, it manages all storage volumes and services as a docker image address and starts the service by calling the Docker Engine client. All services use a custom network provided by Docker Engine (default is baetyl), and the ports are exposed according devices are mapped according to the Devices information, and the resources that the containers can use, such as CPU, memory, etc., are configured according to the Resources information. Services can be

hierarchies shown in the above figure, with each layer loosely coupled to the other. For example, you can use Kyuubi, Spark and Apache Iceberg [https://iceberg.apache.org/] to build and manage Data Lake with pure Lists (ACL) 4. Supports metadata & data Access Control Lists Users who have valid accounts could use all kinds of client tools, e.g. Hive Beeline, HUE [https://gethue.com/], DBeaver [https://dbeaver.io/] apache.org/docs/current/hadoop-project-dist/hadoop-hdfs/HdfsDesign.html], with permissions. Ease of Use You only need to be familiar with Structured Query Language (SQL) and Java Database Connectivity (JDBC)