Directory Cloud InfrastructureServerless & Edge ComputingOpenFunction

OpenFunction

Open Source

About OpenFunction

OpenFunction is a cloud-native open-source FaaS (Function as a Service) platform. It is intended to let users focus on business logic without maintaining the underlying runtime environment and infrastructure. Users can concentrate on developing business-related source code in the form of functions. The platform is cloud agnostic and decoupled with cloud providers' BaaS. It supports both synchronous and asynchronous functions.

Used for

Generating OCI-compliant container images directly from function source code.
Consuming events directly from event sources for async functions.
Autoscaling functions between 0 and N.
Scaling async functions based on event sources' specific metrics.
Managing function ingress and traffic.

From OpenFunction's own website, read 2026-10-24. How we build listings.

How to evaluate Serverless & Edge Computing

This is how the CIOPages Research Team evaluates this category. It is not an assessment of OpenFunction. It comes from our Serverless & Function-as-a-Service (FaaS) buyer guide.

25%

Workload Fit & Execution Limits

Max execution duration, memory and payload ceilings, concurrency model and account limits, support for long-running and stateful work (Durable Functions, Durable Objects), and whether your traffic is bursty enough to suit FaaS or steady enough to favor a container

20%

Cold-Start & Latency Behavior

Cold-start profile by runtime (V8 isolate, Wasm, container, JVM), mitigations such as SnapStart, provisioned/always-ready instances, and scale-to-zero startup time, plus regional versus edge placement for user-facing paths

20%

Event Model & Lock-In / Portability

Breadth of native event sources and triggers, depth of managed-service bindings, how proprietary the function packaging is, and the realistic exit path — portable containers or WebAssembly versus a provider-specific event fabric you would have to rewrite

15%

Integration & Ecosystem Depth

First-class ties to the surrounding cloud (IAM, queues, streams, databases, API gateway), orchestration and workflow tooling, language and runtime coverage, and the maturity of IaC and CI/CD support

10%

Observability & Operations

Distributed tracing across functions and event sources, structured logging and metrics, local emulation and testability, deployment and rollback model, and how hard it is to debug a failure that spans several triggers

10%

Security, Compliance & Cost Model

Per-function least-privilege IAM, network isolation (VPC/private networking), secrets handling, SOC 2 / ISO 27001 / regional residency, and whether the billing unit (per-invocation, GB-second, CPU-time, per-request) matches your traffic shape

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