- Release Notes and Announcements
- User Guide
- Product Introduction
- Purchase Guide
- Getting Started
- User Guide
- Quota Management
- Managing Functions
- Web Function Management
- Log Management
- Concurrence Management
- Trigger Management
- A Custom Domain Name
- Version Management
- Alias Management
- Permission Management
- Managing Monitors and Alarms
- Network Configuration
- Layer Management
- Execution Configuration
- Extended Storage Management
- DNS Caching Configuration
- Resource Managed Mode Management
- Triggers
- Development Guide
- Developer Tools
- Code Development
- Web Framework Development
- Deploying Framework on Command Line
- Quickly Deploying Egg Framework
- Quickly Deploying Express Framework
- Quickly Deploying Flask Framework
- Quickly Deploying Koa Framework
- Quickly Deploying Laravel Framework
- Quickly Deploying Nest.js Framework
- Quickly Deploying Next.js Framework
- Quickly Deploying Nuxt.js Framework
- Quickly Deploying Django Framework
- Practical Tutorial
- Overview
- Solutions with Tencent Cloud Services
- Business Development
- ServerlessFramework Practices
- API Gateway
- TRTC Practices
- COS Practices
- CKafka Practice
- CLS
- CLB Practice
- MPS
- CDN
- CDWPG
- VOD
- SMS
- ES
- Scheduled Task
- Video Processing
- Success Stories
- API Documentation
- History
- Introduction
- API Category
- Making API Requests
- Trigger APIs
- Function APIs
- CopyFunction
- Invoke
- UpdateFunctionConfiguration
- UpdateFunctionCode
- ListFunctions
- GetFunctionLogs
- GetFunction
- DeleteFunction
- CreateFunction
- PublishVersion
- ListVersionByFunction
- GetFunctionAddress
- DeleteAlias
- UpdateAlias
- ListAliases
- GetAlias
- CreateAlias
- PutTotalConcurrencyConfig
- PutReservedConcurrencyConfig
- PutProvisionedConcurrencyConfig
- GetReservedConcurrencyConfig
- GetProvisionedConcurrencyConfig
- DeleteReservedConcurrencyConfig
- DeleteProvisionedConcurrencyConfig
- UpdateFunctionEventInvokeConfig
- GetFunctionEventInvokeConfig
- InvokeFunction
- GetRequestStatus
- Namespace APIs
- Layer Management APIs
- Async Event Management APIs
- Other APIs
- Function and Layer Status Description
- Data Types
- Error Codes
- SDK Documentation
- FAQs
- Related Agreement
- Contact Us
- Glossary
- Release Notes and Announcements
- User Guide
- Product Introduction
- Purchase Guide
- Getting Started
- User Guide
- Quota Management
- Managing Functions
- Web Function Management
- Log Management
- Concurrence Management
- Trigger Management
- A Custom Domain Name
- Version Management
- Alias Management
- Permission Management
- Managing Monitors and Alarms
- Network Configuration
- Layer Management
- Execution Configuration
- Extended Storage Management
- DNS Caching Configuration
- Resource Managed Mode Management
- Triggers
- Development Guide
- Developer Tools
- Code Development
- Web Framework Development
- Deploying Framework on Command Line
- Quickly Deploying Egg Framework
- Quickly Deploying Express Framework
- Quickly Deploying Flask Framework
- Quickly Deploying Koa Framework
- Quickly Deploying Laravel Framework
- Quickly Deploying Nest.js Framework
- Quickly Deploying Next.js Framework
- Quickly Deploying Nuxt.js Framework
- Quickly Deploying Django Framework
- Practical Tutorial
- Overview
- Solutions with Tencent Cloud Services
- Business Development
- ServerlessFramework Practices
- API Gateway
- TRTC Practices
- COS Practices
- CKafka Practice
- CLS
- CLB Practice
- MPS
- CDN
- CDWPG
- VOD
- SMS
- ES
- Scheduled Task
- Video Processing
- Success Stories
- API Documentation
- History
- Introduction
- API Category
- Making API Requests
- Trigger APIs
- Function APIs
- CopyFunction
- Invoke
- UpdateFunctionConfiguration
- UpdateFunctionCode
- ListFunctions
- GetFunctionLogs
- GetFunction
- DeleteFunction
- CreateFunction
- PublishVersion
- ListVersionByFunction
- GetFunctionAddress
- DeleteAlias
- UpdateAlias
- ListAliases
- GetAlias
- CreateAlias
- PutTotalConcurrencyConfig
- PutReservedConcurrencyConfig
- PutProvisionedConcurrencyConfig
- GetReservedConcurrencyConfig
- GetProvisionedConcurrencyConfig
- DeleteReservedConcurrencyConfig
- DeleteProvisionedConcurrencyConfig
- UpdateFunctionEventInvokeConfig
- GetFunctionEventInvokeConfig
- InvokeFunction
- GetRequestStatus
- Namespace APIs
- Layer Management APIs
- Async Event Management APIs
- Other APIs
- Function and Layer Status Description
- Data Types
- Error Codes
- SDK Documentation
- FAQs
- Related Agreement
- Contact Us
- Glossary
Ease of Use
Reduced component overheads
When using SCF, you don't have to take care of peripheral components such as load balancing, automatic scaling, and gateways; instead, you only need to write core codes, which greatly reduces service architecture complexity.
Automatic scaling
SCF can scale based on the amount of requests with no manual configuration required. Regardless of whether your application receives only couples of requests daily (e.g., scheduled transactions such as log collection) or handles thousands of requests per second (e.g., backend of a mobile app), SCF can automatically arrange reasonable computing resources to meet the business needs.
Efficient Development
Accelerated development
SCF does not require specific frameworks or dependencies, so developers can focus on the development of core code. In addition, they can form multiple small teams, and the development of individual modules does not require knowledge of the details of code written by other teams, which significantly accelerates independent development and iteration and helps optimize the timing of product launches.
Reuse of third-party services
You can use SCF to write some single-purpose, logically independent business modules, so that you can fully reuse mature third-party code implementations, such as using OAuth to implement a login module.
Simplified OPS
Each function is executed, deployed, and scaled separately and can be automatically deployed after you upload the corresponding code, which eliminates the trouble with deploying and upgrading standalone applications.
Stability and Reliability
High-availability deployment
SCF can automatically select a random availability zone in each region for function execution. If an availability zone is down due to a natural disaster or power failure, SCF can automatically select the infrastructure of other availability zones for code execution, eliminating the risk of service interruption inherent in single-availability zone operations.
Supplement to other computing services
Resident workloads can be sustained by CVM or TKE, while event-triggered workloads can be sustained by SCF. Different Tencent Cloud services can be leveraged to meet the needs of different business scenarios and make your service architecture even more robust.
Simplified Management
Simple security configuration
With SCF, complex configuration and management of OS intrusions, login risks, file system security, network security and port monitoring become a thing of the past. Everything is handled by the platform which ensures user isolation through customized containers.
Visual Management
You can directly manage the function code and execution time (i.e., function trigger) in the console, and deploy and test functions in one click with no complicated configuration files needed.
Significantly Reduced Overheads
Usage-based billing
SCF does not incur any fees when it is not in use, so the costs will be significantly reduced for non-resident business processes. When the SCF executes code, you will be billed for the number of requests and the execution duration of the computing resources. This billing mode has obvious advantages and is very friendly to developers in the start-up stage.
Yes
No
Was this page helpful?