engines, such as Spark, and Flink, is no longer necessary. That is, most work related to deployment, runtime optimization, etc., should be done by professionals on the Kyuubi server side. It is suitable for Most of the Kyuubi engine types have a distributed backend or can schedule distributed tasks at runtime. They can process data on single-node machines or clusters, such as YARN and Kubernetes. Besides State-of-the-art query engines • Multiple application for high throughput • Sharable execution runtime for low latency • Server-side global and continuous optimization • Auxiliary performance plugins

engines, such as Spark, and Flink, is no longer necessary. That is, most work related to deployment, runtime optimization, etc., should be done by professionals on the Kyuubi server side. It is suitable for Most of the Kyuubi engine types have a distributed backend or can schedule distributed tasks at runtime. They can process data on single-node machines or clusters, such as YARN and Kubernetes. Besides State-of-the-art query engines • Multiple application for high throughput • Sharable execution runtime for low latency • Server-side global and continuous optimization • Auxiliary performance plugins

engines, such as Spark, and Flink, is no longer necessary. That is, most work related to deployment, runtime optimization, etc., should be done by professionals on the Kyuubi server side. It is suitable for Most of the Kyuubi engine types have a distributed backend or can schedule distributed tasks at runtime. They can process data on single-node machines or clusters, such as YARN and Kubernetes. Besides State-of-the-art query engines • Multiple application for high throughput • Sharable execution runtime for low latency • Server-side global and continuous optimization • Auxiliary performance plugins

engines, such as Spark, and Flink, is no longer necessary. That is, most work related to deployment, runtime optimization, etc., should be done by professionals on the Kyuubi server side. It is suitable for Most of the Kyuubi engine types have a distributed backend or can schedule distributed tasks at runtime. They can process data on single-node machines or clusters, such as YARN and Kubernetes. Besides State-of-the-art query engines • Multiple application for high throughput • Sharable execution runtime for low latency • Server-side global and continuous optimization • Auxiliary performance plugins

engines, such as Spark, and Flink, is no longer necessary. That is, most work related to deployment, runtime optimization, etc., should be done by professionals on the Kyuubi server side. It is suitable for Most of the Kyuubi engine types have a distributed backend or can schedule distributed tasks at runtime. They can process data on single-node machines or clusters, such as YARN and Kubernetes. Besides State-of-the-art query engines • Multiple application for high throughput • Sharable execution runtime for low latency • Server-side global and continuous optimization • Auxiliary performance plugins

engines, such as Spark, and Flink, is no longer necessary. That is, most work related to deployment, runtime optimization, etc., should be done by professionals on the Kyuubi server side. It is suitable for Most of the Kyuubi engine types have a distributed backend or can schedule distributed tasks at runtime. They can process data on single-node machines or clusters, such as YARN and Kubernetes. Besides State-of-the-art query engines • Multiple application for high throughput • Sharable execution runtime for low latency • Server-side global and continuous optimization • Auxiliary performance plugins

engines, such as Spark, and Flink, is no longer necessary. That is, most work related to deployment, runtime optimization, etc., should be done by professionals on the Kyuubi server side. It is suitable for Most of the Kyuubi engine types have a distributed backend or can schedule distributed tasks at runtime. They can process data on single-node machines or clusters, such as YARN and Kubernetes. Besides State-of-the-art query engines • Multiple application for high throughput • Sharable execution runtime for low latency • Server-side global and continuous optimization • Auxiliary performance plugins

engines, such as Spark, and Flink, is no longer necessary. That is, most work related to deployment, runtime optimization, etc., should be done by professionals on the Kyuubi server side. It is suitable for Most of the Kyuubi engine types have a distributed backend or can schedule distributed tasks at runtime. They can process data on single-node machines or clusters, such as YARN and Kubernetes. Besides State-of-the-art query engines • Multiple application for high throughput • Sharable execution runtime for low latency • Server-side global and continuous optimization • Auxiliary performance plugins

engines, such as Spark, and Flink, is no longer necessary. That is, most work related to deployment, runtime optimization, etc., should be done by professionals on the Kyuubi server side. It is suitable for Most of the Kyuubi engine types have a distributed backend or can schedule distributed tasks at runtime. They can process data on single-node machines or clusters, such as YARN and Kubernetes. Besides State-of-the-art query engines • Multiple application for high throughput • Sharable execution runtime for low latency • Server-side global and continuous optimization • Auxiliary performance plugins

engines, such as Spark, and Flink, is no longer necessary. That is, most work related to deployment, runtime optimization, etc., should be done by professionals on the Kyuubi server side. It is suitable for Most of the Kyuubi engine types have a distributed backend or can schedule distributed tasks at runtime. They can process data on single-node machines or clusters, such as YARN and Kubernetes. Besides State-of-the-art query engines • Multiple application for high throughput • Sharable execution runtime for low latency • Server-side global and continuous optimization • Auxiliary performance plugins