Architecture diagram
Multi-region diagram
High Horizontal Scalability with Service-Isolated Node Pools
By using service isolated node pools strategy in a Kubernetes environment, each service can scale horizontally independently, without impacting other workloads. This architectural choice enables extremely high throughput and resource efficiency, as node pools can be right-sized per service and optimized for specific workloads.
This scalability is enabled by the LSEQ algorithm, which allows concurrent operations to be applied locally and merged globally with minimal coordination overhead. Thanks to LSEQ, the system can handle a massive number of operations across distributed nodes, maintaining consistency while reducing latency. Combined with Kubernetes autoscaling, service isolation, and targeted node pools, this architecture achieves ultra-high horizontal scalability, resilience, and predictable performance for mission-critical applications.