Learn FISSION with Real Code Examples

Fission CLI/Controller manages functions

Function pods run dynamically on Kubernetes nodes

Pool manager pre-warms function pods

Triggers invoke functions via Controller or Router

Supports scaling based on demand

Event or HTTP request -> Fission Router

Router forwards to function pod managed by Pool Manager

Function executes and returns result

Response sent back to client or event destination

Pool Manager maintains pre-warmed pods to reduce latency

Function-as-a-Service

Event-driven triggers

Pool manager for cold-start optimization

Kubernetes-native deployment and scaling

Integration with external services via triggers

Serverless REST API backend

Event-driven ETL pipeline

Cron-based batch processing

IoT event ingestion

Microservice orchestration via functions

Serverless FaaS model

Kubernetes-native

Event-driven architecture

Automatic scaling and load balancing

Minimal configuration and developer-friendly CLI

Use Pool Manager to pre-warm function pods

Deploy multiple replicas for high demand

Leverage horizontal scaling of Kubernetes nodes

Monitor triggers and function performance

Integrate with load balancers for HTTP endpoints

Adapt from traditional microservices by wrapping code into functions

Replace cron jobs and MQ consumers with Fission triggers

Refactor stateful logic to stateless functions

Test each function independently

Leverage Kubernetes secrets and services