Introduction


Power Automate offers multiple ways to automate tasks, but we often struggle to choose between Cloud Flows and Desktop Flows.
At first glance, both seem to "automate work," but they are designed for very different purposes.

This blog aims to simplify that confusion and helps understand when to use what, without diving into complex technical steps.

Understanding Cloud Flows


Cloud Flows operate entirely in the cloud and are built to connect modern services together.
They work silently in the background and react to events such as emails, form submissions, or scheduled times.

Cloud Flows are best understood as a form of process automation, where systems communicate without human involvement.

Key Characteristics

Understanding Desktop Flows

Desktop Flows focus on automating actions performed on a user's computer.
They replicate human behavior such as clicking buttons, opening applications, and entering data.

Desktop Flows are commonly used when systems do not provide APIs or modern connectors.

Key Characteristics

Cloud FlowsDesktop Flows
Runs in Cloud (Power Automate Online)Runs on a local Computer (Power Automate Desktop)
Automate tasks across cloud apps and servicesAutomate tasks in desktop or legacy app (*RPA)
Event based (email received, file uploaded, record created)Manual, scheduled, or part of a larger process
Works with M365 apps, connectors, and third-party cloud servicesAutomates clicks, keystrokes and data entry in desktop software
Accessible anywhere via browserRuns locally on Windows Machine

How to Decide Between Them

The decision is not about which is better, but which is appropriate.

Choose Cloud Flows when:

Choose Desktop Flows when

No APIs or connectors are available

Examples on use case

Conclusion

In many real-world solutions, Cloud and Desktop Flows are not competitors but they complement each other as they solve different automation problems. Using each where it fits best results in cleaner, more maintainable automations. Understanding this distinction helps design better solutions and avoid unnecessary complexity.