Offer deployment, scaling and management services for containerized applications
Platform Service for Reliable Operation and Fast Application Development
Developed with cloud native capabilities, the Kubernetes service presents optimized cloud platform service based on container platforms, cloud automation technology and technical expertise.
The cloud native process and architecture enables environments for application development and operation most optimized for the cloud.
Benefits of Kubernetes Service
Perfect compatibility with Kubernetes
Samsung SDS technology, equipped with the latest Kubernetes system, takes security to the next level.
While offering all plug-ins and tools from Kubernetes community, the existing Kubernetes-based applications are also available for deployment without any modifications using Samsung SDS Cloud container service.
Convenient usage
The automated process of deployment and expansion of containerized applications on container clusters allows fast deployment and management of containerized applications without expertise on container orchestration.
All-in-one service
The all-in-one container management and operation service, including container image storage and Kubernetes upgrades, helps users commit to application development.
The entire process from application development to deployment and operation can be automated in combination with Dev. Tools service.
Catalogs
Products and Key Features
Automated DevOps service
Easy configuration of development environments and convenient building/deployment enabled by comprehensive provision of standard development tools
Expected benefits
Development environments that support building/deployment in multiple development languages
Automated process to increase development productivity with minimized manual tasks
A dashboard of application building/testing/deployment status
Key features
Continuous integration and deployment
Project configuration based on application templates
Support for major development languages and frameworks
Automated configuration of building/deployment pipelines
Support for various deployment methods and rollbacks
Customized release process
Edge service
Control over containerized applications of the edge hosts using Kubernetes service
Expected benefits
Application management of edge computing using cloud computing components
Extension of containerized applications to hosts at edge
Edge applications able to run even when disconnected from the cloud
Key features
Support for managing device metadata between edges on the cloud
Upgrades, monitoring and other management functions
Rolling updates and rollbacks on applications
Support for ARM, ARM64 and x86 architectures
Serverless service
Dynamic allocation of resources required for event-based application execution
Expected benefits
Fees charged only for the number of executions of applications
Developers able to focus on service development without considering servers or runtime operation
Irregularly offered event-based services
Key features
Function coding/building/deployment management
Reusable function templates
Language support: Python, Java, Shell, NodeJS, etc.
Trigger support: Http, RabbitMQ, MQTT, NATS, etc.
Call type: Sync, Async, MessageStream, Job, etc.
Auto-scaling and scale-to-zero service according to scale
Service mesh service
Secure, fast and reliable abstract networks for communication among dozens of applications
Expected benefits
Reliable internal communication and management for microservice
Individual failures of microservice unable to spread to the entire operation of applications
Common logging/monitoring functions on inter-service communication