High Availabilty

Shared-Nothing Architecture:

Shared-nothing architecture is a design approach where each node or component in a system operates independently, without sharing any significant resources with other nodes. This design minimizes dependencies and enhances scalability, as each component can function autonomously.

EKS/Kubernetes Redundancy/Scalability:

This concept pertains to leveraging container orchestration platforms like EKS (Elastic Kubernetes Service) or Kubernetes to ensure redundancy and scalability for worker nodes. These platforms enable the deployment and management of containerized applications, ensuring high availability, automatic scaling, and efficient resource utilization.

Utilizing Network Load Balancing Functionality

Network Load Balancing involves distributing incoming network traffic across multiple servers to ensure optimal resource utilization, prevent overload on a single server, and enhance system availability. It's a critical component for managing traffic in high-traffic environments.

Memory/Disk Buffering at Sink to Prevent Data Loss:

Memory and disk buffering at the sink (destination) involves temporarily storing data in memory or on disk before further processing. This buffering mechanism helps prevent data loss by providing a buffer during peak loads or in case of temporary disruptions, ensuring a more reliable and resilient data flow.

Single Pane of Glass to Control All Deployment:

A "single pane of glass" refers to a unified interface or platform that provides a comprehensive view and control over all aspects of a deployment. In this context, it means having a centralized and streamlined control interface for managing and monitoring all components and deployments, simplifying the overall management process.