used individually or all together. For example, you can use Kyuubi, Spark and Flink to build a streaming data warehouse. And then, you can use Zookeeper to enable the load balancing for high availability through # the YARN ResourceManager web UI. # (3) Submit example job ./bin/flink run ./examples/streaming/TopSpeedWindowing.jar # (4) Stop YARN session (replace the application id based # on the output When Kyuubi is secured by Kerberos, the authentication procedure becomes a little complicated. The graph above shows a simplified kerberos authentication procedure: 1. Kerberos client sends user principal

used individually or all together. For example, you can use Kyuubi, Spark and Flink to build a streaming data warehouse. And then, you can use Zookeeper to enable the load balancing for high availability through # the YARN ResourceManager web UI. # (3) Submit example job ./bin/flink run ./examples/streaming/TopSpeedWindowing.jar # (4) Stop YARN session (replace the application id based # on the output When Kyuubi is secured by Kerberos, the authentication procedure becomes a little complicated. The graph above shows a simplified kerberos authentication procedure: 1. Kerberos client sends user principal

used individually or all together. For example, you can use Kyuubi, Spark and Flink to build a streaming data warehouse. And then, you can use Zookeeper to enable the load balancing for high availability through # the YARN ResourceManager web UI. # (3) Submit example job ./bin/flink run ./examples/streaming/TopSpeedWindowing.jar # (4) Stop YARN session (replace the application id based # on the output When Kyuubi is secured by Kerberos, the authentication procedure becomes a little complicated. The graph above shows a simplified kerberos authentication procedure: 1. Kerberos client sends user principal

used individually or all together. For example, you can use Kyuubi, Spark and Flink to build a streaming data warehouse. And then, you can use Zookeeper to enable the load balancing for high availability through # the YARN ResourceManager web UI. # (3) Submit example job ./bin/flink run ./examples/streaming/TopSpeedWindowing.jar # (4) Stop YARN session (replace the application id based # on the output When Kyuubi is secured by Kerberos, the authentication procedure becomes a little complicated. The graph above shows a simplified kerberos authentication procedure: 1. Kerberos client sends user principal

used individually or all together. For example, you can use Kyuubi, Spark and Flink to build a streaming data warehouse. And then, you can use Zookeeper to enable the load balancing for high availability through # the YARN ResourceManager web UI. # (3) Submit example job ./bin/flink run ./examples/streaming/TopSpeedWindowing.jar # (4) Stop YARN session (replace the application id based # on the output When Kyuubi is secured by Kerberos, the authentication procedure becomes a little complicated. The graph above shows a simplified kerberos authentication procedure: 1. Kerberos client sends user principal

used individually or all together. For example, you can use Kyuubi, Spark and Flink to build a streaming data warehouse. And then, you can use Zookeeper to enable the load balancing for high availability through # the YARN ResourceManager web UI. # (3) Submit example job ./bin/flink run ./examples/streaming/TopSpeedWindowing.jar # (4) Stop YARN session (replace the application id based # on the output When Kyuubi is secured by Kerberos, the authentication procedure becomes a little complicated. The graph above shows a simplified kerberos authentication procedure: 1. Kerberos client sends user principal

used individually or all together. For example, you can use Kyuubi, Spark and Flink to build a streaming data warehouse. And then, you can use Zookeeper to enable the load balancing for high availability through # the YARN ResourceManager web UI. # (3) Submit example job ./bin/flink run ./examples/streaming/TopSpeedWindowing.jar # (4) Stop YARN session (replace the application id based # on the output When Kyuubi is secured by Kerberos, the authentication procedure becomes a little complicated. The graph above shows a simplified kerberos authentication procedure: 1. Kerberos client sends user principal

used individually or all together. For example, you can use Kyuubi, Spark and Flink to build a streaming data warehouse. And then, you can use Zookeeper to enable the load balancing for high availability through # the YARN ResourceManager web UI. # (3) Submit example job ./bin/flink run ./examples/streaming/TopSpeedWindowing.jar # (4) Stop YARN session (replace the application id based # on the output When Kyuubi is secured by Kerberos, the authentication procedure becomes a little complicated. The graph above shows a simplified kerberos authentication procedure: 1. Kerberos client sends user principal

through # the YARN ResourceManager web UI. # (3) Submit example job ./bin/flink run ./examples/streaming/TopSpeedWindowing.jar # (4) Stop YARN session (replace the application id based # on the output When Kyuubi is secured by Kerberos, the authentication procedure becomes a little complicated. The graph above shows a simplified kerberos authentication procedure: 1. Kerberos client sends user principal -----------------------------+ Hudi Apache Hudi (pronounced “hoodie”) is the next generation streaming data lake platform. Apache Hudi brings core warehouse and database functionality directly to a data

through # the YARN ResourceManager web UI. # (3) Submit example job ./bin/flink run ./examples/streaming/TopSpeedWindowing.jar # (4) Stop YARN session (replace the application id based # on the output When Kyuubi is secured by Kerberos, the authentication procedure becomes a little complicated. The graph above shows a simplified kerberos authentication procedure: 1. Kerberos client sends user principal -----------------------------+ Hudi Apache Hudi (pronounced “hoodie”) is the next generation streaming data lake platform. Apache Hudi brings core warehouse and database functionality directly to a data