Elastic Compute Service
Elastic Compute Service
Elastic Compute Service
Document
Elastic Compute Service
What's New
Announcement
OpenAPI related
Pricing and quotas are related
About products and plugins
Feature discontinuation
Overview
Billing
Billable items
Billing methods
Billing methods change
Getting Started
User Guide
Instances
Instance types
X86 Computing
Elastic Bare Metal Server
Heterogeneous Computing
Select instance billing method
Spot instance
Elastic Scheduled Instance
Offsetting Resources
Reserved Instances
Buying ECS instances
Logging in to an instance
Logging in to a Linux instance
Managing instance status
Modifying instance types
Using instance user data and metadata
Instance metadata
Images
Public images
veLinux images
Custom images
Importing custom images
Creating custom images
Image detection
End of life (EOL) of image
Elastic Block Storage
Basic volume operations
Partitioning and formatting a volume
Extending a volume
EBS Agent
Snapshots
Basic snapshot operations
Auto snapshot policies
DataInsights
Network
Network interface and IP address
IP Address
IPv4 address
Security group
Security
Passwords and key pairs
Deployment and scaling
Monitoring
Monitoring metrics
Event monitoring
Local volume event O&M
Method 1: Solve the local volume failure by replacing the faulty volume
O&M
Cloud assistant
Managing agents
Process choreography
Common operation and maintenance tasks
Batch operations on instances
Batch operations on EBS Volumes
Batch operations on images
Temporary upgrade of bandwidth
Managing application updates
orchestration plan
Patch management
Managing patch plans
Managing patch baselines
IAM
Tags and projects
Best Practices
AI applications
OpenClaw (formerly Moltbot)
Quickly deploying OpenClaw via application templates
Quickly deploying OpenClaw via marketplace images
Manually deploying OpenClaw
Self-service website creation
Building environments
Building a Web environment (Windows)
Building applications
Building FTP site
Deploying databases
Building game servers
Building websites
Building a WordPress blog
Building multiple websites
Manage software sources for Linux instances
AIGC practices
Performance test
Network performance test
Instance configuration
Setting up AD Domain Services on Windows OS
Windows Multi - User Login
Changing screen resolution
Instance data
Uploading or downloading files
Data restoration
ECS instance local time synchronization
Volume
Monitoring
Security
Images
Kernel fine-tuning
O&M
Troubleshooting
Remote log in issue
Linux operating system issue
Windows operating system issue
SSH log in issue
Operating system issue
veLinux operating system issue
Linux operating system issue
Windows operating system issue
Instance status issue
Instance unable to start issue
High instance load issue
GPU instances issue
Network connection issue
Network configuration issue
Storage classes issue
EBS Volume issue
Local Disk issue
Logs and monitoring issue
Third - party software issue
API Reference
Regions and availability zones
Instances
Images
HPC clusters
Key pairs
Tags
Volumes
Reserved storage capacity
Snapshot
Auto snapshot policy
Monitoring
Deployment sets
Launch templates
Cloud assistant
Patch management
SDK reference
CLI Reference
FAQ
Dedicated Host DDH
What's New
Billing
User Guide
Manage Dedicated Host
Manage Dedicated Host Cluster
Manage ECS instances
Monitoring and O&M
API reference
proprietary host
- Documentation
Elastic Compute ServiceElastic Compute ServiceOverviewWhat is Elastic Compute Service
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What is Elastic Compute Service
Copy pageDownload PDFWhat is Elastic Compute Service
Elastic Compute Service (ECS) is a collection of resources such as CPUs, memory, and volumes. Each resource is logically mapped to a physical computing hardware in a data center. You can buy resources of different sizes and instance types to meet your specific load needs. You do not have to worry about the location or status of the underlying hardware servers.
Product architecture
ECS primarily includes a variety of feature components such as instances, images, EBS Volumes, network interfaces, security groups, and private/Elastic IPs. By integrating ECS with other cloud products, you can enable capabilities like monitoring and intelligent deployment. This helps you build a reliable, secure, efficient, and flexible operational environment.
Accessing and managing ECS
- Console
- You can log on to the ECS console to manage your resources on the web page.
- API
- You can use HTTP or HTTPS protocols for request communication to make online API calls or perform custom development. For more information, refer to API Reference.
- SDK Reference: The API provides an SDK that supports multiple programming languages such as Java, Go, and Python. This allows you to make API calls easily.
- CLI Reference: The API provides a supporting command line tool. You can use it to write Shell scripts to automatically and efficiently manage your cloud services and resources.
- An open-source IT infrastructure orchestration tool that supports defining infrastructures or applications based on configuration files. With Terraform, you can easily orchestrate ECS resources. For example, you can create, manage, and maintain such resources, and manage their versions.
- An Infrastructure as Code (IaC) automation tool built on Terraform. As a developer, with Pulumi, you can define and deploy ECS resources using programming languages like Python, TypeScript, C#, and Go. This way, you do not need to learn languages used in vendors' templates.
Last updated: 2026.06.18 16:37:45
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