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Secure, unlimited storage to ensures efficiency as well as high and continuous data access demand.
Virtual server integration for 3D Rendering, AI or ML
Enhance application capacity and availability.
Secure your exclusive advance order today and gain priority access to an all-inclusive stack for AI development, driven by NVIDIA’s powerful technology!
FPT Web Application Firewall provides powerful protection for web applications
Advanced virtual server with rapid scalability
Backup and restore data instantly, securely and maintain data integrity.
Advanced virtual server with rapid scalability
Secure your exclusive advance order today and gain priority access to an all-inclusive stack for AI development, driven by NVIDIA’s powerful technology!
Enhance application capacity and availability.
Backup and restore data instantly, securely and maintain data integrity.
Recovery, ensuring quick operation for the business after all incidents and disasters.
Diverse throughput and capacity to meet various business workloads.
Secure, unlimited storage to ensures efficiency as well as high and continuous data access demand.
FPT Web Application Firewall provides powerful protection for web applications
Intelligent and Comprehensive Virtual Web Application Firewall - Security Collaboration between FPT Cloud and Penta Security.
The Next generation firewall security service
Easily store, manage, deploy, and secure Container images
Safe, secure, stable, high-performance Kubernetes platform
Provided as a service to deploy, monitor, backup, restore, and scale MongoDB databases on cloud.
Provided as a service to deploy, monitor, backup, restore, and scale Redis databases on cloud.
Provided as a service to deploy, monitor, backup, restore, and scale PostgreSQL databases on cloud.
The service automatically initiates, maintains, manages, and protects APIs of any sizes.
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The M-FKE product manages workers based on worker pools, providing convenient support for customers to deploy applications without worrying about resource scaling issues.
The manifest file configuration for application deployment
For example, deploying an application on a cluster with 02 worker pools:
Each worker pool has a worker node:
Worker nodes are labeled to differentiate nodes and facilitate application deployment on nodes with common labels:
Worker nodes belonging to the worker pool worker-1zx5wqdu are labeled worker.fptcloud/pool=worker-1zx5wqdu.
Users can copy the worker pool name when clicking on the details of the worker pool configuration.
When using resources to deploy applications in Kubernetes (Pod, Deployment, StatefulSet, DaemonSet, Replicaset), users can add a Node Affinity Rule or Node Selector in the Specification section of the configuration file:
In this case, the value entered in the first image's values section (using Node Affinity Rule) and the value in the nodeSelector section is the name of the worker pool that the user wants to deploy the application to.
Application Deployment:
When deploying the NGINX application using the manifest file:
One pod is in Pending state due to a lack of resources on the worker nodes in the pool to run the pod:
The Cluster Autoscaler component from FPT Cloud will scale up by adding more worker nodes to that pool to serve the pending NGINX pod.
After adding a worker node to the worker pool, the NGINX pod that was previously Pending is now in the Running state.
When scaling the application using fewer pods, the available resources on the worker nodes will increase until the resource usage for CPU and Memory compared to the node's maximum resources decreases below 50% over a 10-minute period. At that point, the node will be automatically removed from the worker pool, saving costs for the user.
