................ 12 2. Technical Architecture....................................................................................................16 2.1 Architecture Overview......................... ................................................................16 2.2 Architecture Characteristics...............................................................................18 3 I. Overview 1 experience in all features and interoperability and minimizing user barriers. KubeSphere Functional Architecture 1.3.2 OpenShift 14 OpenShift products are comprehensive in terms of functionality with the

delivers production-grade Kubernetes at scale: ..................................... 10 Solution architecture ............................................................................................. massive input, output, and throughput performance while minimizing the latency. Its self-balancing architecture eliminates any hotspots and ensures consistency and simplicity over time. You can scale the its self-healing architecture, PowerFlex can handle outages, upgrades, and maintenance without downtime resulting in 99.9999 percent availability. • Flexible and dynamic architecture PowerFlex delivers

leverages the simplicity, flexibility, scalability, and availability inherent to the Kubernetes architecture, while supporting a rich SDN feature set that can meet the requirements of enterprises and service plane architecture where the routing daemon runs centrally within the Contrail controller and learns and distributes routes from and to the data plane components. This centralized architecture facilitates deployment, this is the distributed cluster that contains the workloads. CN2 Components The CN2 architecture consists of pods that perform the network configuration plane and network control plane functions

its VMware Tanzu product suite that differentiated itself by leveraging Project Pacific, a re-architecture of vSphere with Kubernetes as its control plane. While there are other smaller players in keeping a consistent, private and centralized source of truth for the building blocks of your architecture. • Cluster upgrades and version management o New versions of Kubernetes are available every

platform across any infrastructure & a consistent set of infrastructure capabilities Kubernetes architecture ● Controlplane: Manages the cluster and exposes an API for control ● Etcd: a key value store

Intelligence 3.3 on RKE 2 on top of SUSE Linux Enterprise Server 15 SP3. Only the AMD64/Intel 64 architecture is applicable for our use case. 2.1.1 Hardware Sizing Correct hardware sizing is very important

IP address of the replacement container? This is an important consideration in a microservices architecture where you must dynamically manage service endpoints. While Docker allows networking at the