Workflow Automation with Microsoft Power Automate

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By Aaron Guilmette
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  1. Introducing Power Automate

About this book

Microsoft Power Automate (formerly Flow) is a workflow automation tool built into Microsoft 365 to help businesses and users to automate repetitive tasks or trigger business processes without user intervention.

If you are new to Microsoft Power Automate, this book will give you a comprehensive introduction to help you to get up to speed with automating business processes in no time. Complete with hands-on tutorials, projects, and self-assessment questions, this easy-to-follow guide will show you how to configure automation workflows for business processes between hundreds of Microsoft and third-party applications. Once you understand how to use connectors, triggers, and actions to automate business processes, you’ll get to grips with managing user inputs, documents, approvals, and database storage using efficient flow controls. This Power Automate book explains key concepts and takes you through creating your own flows step by step.

By the end of the book, you’ll have learned how to use Microsoft Power Automate to replace repetitive tasks with business workflow automation technology.

Publication date:
September 2020
Publisher
Packt
Pages
302
ISBN
9781839213793

 
Introducing Power Automate

Business activities in the information age are filled with repetitive tasks: receive an email, generate a purchase order, send a message, route a document, approve a time-off request. In many cases, these activities don't generate real value, though they do need to get done to help support business goals.

Computers introduced the promise of helping us do more, but a lot of that has resulted in there being more to do in order to get the same value. What if we could use technology to handle routine tasks and save our strength for doing the things that require skill and thinking?

In this book, we're going to learn the basics of Microsoft Power Automate, a tool designed to help you automate repetitive tasks and get you back to generating value.

This chapter focuses on getting an understanding of some of the basic concepts of Power Automate:

  • What is Power Automate?
  • Choosing what to automate
  • Reviewing general terminology
  • Learning Power Automate terminology

By the end of this chapter, you should have an understanding of the components of Power Automate and how they can be used to streamline daily operations.

 

What is Power Automate?

Power Automate, part of the Power Platform family of products, is a workflow engine that can be used to automate common business processes or sequences based on a number of conditions or scenarios. Power Automate (formerly known as Microsoft Flow) is a web-based tool designed to interface with a growing library of software from both Microsoft and other vendors.

Many readers may be familiar with the concept of SharePoint workflows. In the SharePoint world, you can use products such as SharePoint Designer and Workflow Manager to kick off business processes based on activities such as a document being checked in to a particular library. One of the great things about SharePoint workflows is that they can automate business processes and tasks inside the SharePoint environment. However, one of the drawbacks of SharePoint workflows is that they can really only automate business processes and tasks inside the SharePoint environment.

While some organizations (or even vendors) have created bridge or integration packages to tie SharePoint workflows to external products, many of them are limited to interfacing with data inside SharePoint.

This is the power of the Power Automate platform—it has native connectivity to hundreds of applications out of the box. It's also extensible, meaning you can develop your own connectivity solutions to work with your custom apps. You can even use HTTP to interact with nearly any REST-based interface for any application. Power Automate's capabilities are limited only by your imagination and the services offered by the applications you wish to integrate.

In the following diagram, a sample purchase order workflow ties together the SharePoint, Outlook, and Microsoft Approvals apps:

 

Choosing what to automate

Frequently, people do work that they don't need to do. It's important to differentiate between "work that doesn't need to be done at all" and "work that doesn't require you to do it."

From both the administrative and end user perspectives, there are a number of activities, processes, and tasks in Office 365 and other line-of-business applications that can be automated through the use of Power Automate.

Automation is a key business technology to reduce the impact of repetitive, low-skill tasks on the workforce. Consider the following diagram:

When looking at business processes, they can generally be divided into one of the four quadrants:

  • High value, low skill: Requires minimal specialist skill, but is critical or produces high-value output
  • High value, high skill: Requires human intelligence or processing to determine value, skills, and relationships
  • Low value, low skill: Requires minimal specialist skill and also produces an output of small value
  • Low value, high skill: Requires a high degree of focus or skill but produces an output of small value.

As you examine tasks in your daily routine, you can evaluate them against the preceding matrix to help understand whether it is something that can or should be automated. Items that fall into the "low skill" quadrants are very good candidates for automation.

Look at the following examples:

  • Running a report of the previous day's sales totals is a repetitive task that requires low specialist skill. If possible, you should seek to automate this task.
  • Calling a customer for follow-up on a demo unit that was sent. This is a high-touch, high-value activity, but requires the personalization and complexity of human relationship management to execute effectively. This task is not a good candidate for automation.

In the upcoming sections and chapters, we're going to get familiar with the terminology and interface of Power Automate, and then learn how to connect to common applications to solve business problems.

 

Reviewing general terminology

You've already seen a few terms, and if you're familiar with SharePoint or other collaboration tools, they may be recognizable. But just to make sure we have a solid foundation on which to build, we're going to go over some basic terminology, and then we'll start getting into specific Power Automate terminology.

Business process

A business process is any sequence of tasks needed to accomplish the business's purpose. This may be something as simple as submitting a time card or getting a signature on a purchase order. Business processes generally fall into three categories:

  • Primary or operating processes: These typically result in some sort of customer value delivery, such as a customer placing an order and the business shipping a product. They also may include things such as product design and engineering.
  • Support: These processes are necessary for the primary or operating processes to take place. For example, purchasing materials to make a product, or training an employee would generally be regarded as support processes.
  • Management: These are processes to oversee the operating and support processes, or to improve those processes. Examples of management processes might be reviewing and making recommendations about the procurement or employee onboarding processes.

Automation can be used with processes in all of these categories. Power Automate can be used to automate some or all parts of many types of business processes.

Workflow

A workflow can be thought of as the individual steps to achieve a particular business process. For example, employee onboarding may be a business process, and ordering a new computer may be a workflow task associated with completing the employee onboarding business process.

Power Automate can be used to automate some or all parts of a workflow.

REST

REST is an industry acronym for REpresentational State Transfer. It is used to describe a method for interacting with computer systems. In a REST-based system, client devices generally send HTTP verbs (or actions) to a target system uniform resource identifier (URI) to input or retrieve data.

For more information on the history and design principles of REST architectures, refer to https://restfulapi.net/.

Like many technologies on the Microsoft 365 platform, Power Automate utilizes REST to enable a high volume of performant transactions.

Next, we'll look at Power Automate-specific terminology.

 

Learning Power Automate terminology

As we begin working with Power Automate, it will be important to understand the core terminology that is being used. You'll need to be able to differentiate between the following terms so you can choose where to apply the correct business logic and processes.

Flow

Flow is simply the logical grouping of connectors, triggers, conditions, and actions used to automate actions. Flows are currently divided into the following categories:

  • Automated: Flows that happen based on triggers or events
  • Button: Also known as Instant or Manual, these occur when initiated by a user
  • Scheduled: Timed events that occur at specific intervals
  • Approval: A process where requests are routed through an approval chain
  • Business process: A high-level process comprising smaller tasks and workflows
  • UI flows: Also known as Robotic Process Automation, or RPA, used to automate legacy (usually non-REST-based) apps

Each flow has different use cases, triggers, and configuration capabilities.

Connectors

Connectors are the components that are used to directly interface with both source and target systems. Connectors contain the information required to interact with applications. Examples of connectors are shown in the following screenshot:

Connectors are generally broken down into two tiers: standard and premium. Standard connectors are generally included with all Power Automate plans (such as Power Automate for Office 365), while premium connectors have additional costs associated with them.

Triggers

Triggers are the activities that cause the flow to begin. The core types of triggers are as follows:

  • Automated: An automated flow happens automatically based on a particular type of event (such as a new file being uploaded to a site or an email being received).
  • Instant: Also known as a manually-triggered flow or a button flow, instant flows are triggered on demand by a user.
  • Scheduled: This time-based option happens on a recurring basis.

The available triggers may depend on which connectors are being used.

Actions

Actions describe the types of activities performed by a flow (such as copying a file, posting to a Teams channel, or sending an email).

Branching

Branching is used to describe the concept of different series of business logic or actions that can happen. Branches may be invoked through the use of conditions (in the form of the if-then construct) or through the use of parallel branches (different sets of actions or logic that are simultaneously executed).

Conditions

Conditions are used to evaluate and select the circumstances under which actions will be performed. Conditions may take the form of time or schedule constraints, values received through user input or reading files, or other calculated values. Conditions can lead to branches or different sets of logic that can be executed depending on the results of items as they are evaluated.

Common Data Service

Common Data Service is a storage mechanism similar to database tables that allows organizations to store business data. Data is stored as an entity, which is a set of related records and fields. A variety of applications, such as Dynamics 365, Power Apps, Power Automate, and Power BI, can use data stored in Common Data Service. Advanced Power Automate scenarios, such as working with Dynamics 365 entities, may require access to Common Data Service.

Gateways

A gateway (also known as a data gateway) is a software application installed on an on-premises computer. This application is used to facilitate access for the Power Platform services to data sources located in an on-premises environment. For example, a data gateway may be used to allow Power Automate to read items from an on-premises SharePoint Server list. The following diagram shows the data gateway presenting on-premises data to Power Automate, Power BI, and Power Apps services:

The data gateway, shown in the previous diagram, acts as a conduit between the on-premises data sources and Power Platform services (such as Power Automate, Power BI, and Power Apps).

Steps

Steps are the individual evaluations and actions that a flow executes. Steps are ordered in a methodical manner. Here are some examples of steps:

  • Posting a Teams channel message
  • Reading an email
  • Saving a file
  • Determining whether a variable has a particular value

Every flow is made up of one or more steps.

Templates

A template comprises a set of connectors, triggers, and actions designed to accomplish a predefined purpose. Templates allow standardized deployments and the reuse of common components and configurations. Templates also allow you to be able to create flows in sandbox or test environments and then export and deploy them in production environments, mitigating the potential risks of a misconfigured flow.

Understanding the terminology, both business- and Power Automate-specific, will help you as we move toward creating flows.

 

Summary

In this chapter, we discussed the high-level concepts of Power Automate, including how it relates to solving problems (such as business processes or workflows). We also covered introductory knowledge concepts such as actions, triggers, and conditions, and how they work together to produce desired outcomes. Understanding the types of triggers and connectors will help you design flows and business processes that reduce repetitive work and produce value in your organization.

In the next chapter, we're going to begin exploring the Power Automate interface and use it to create simple flows.

About the Author

  • Aaron Guilmette

    Aaron Guilmette is a senior program manager at Microsoft, providing architectural guidance as well as taking specifications from customers and giving them to engineers. He primarily focuses on collaborative and automation technologies, including Microsoft Exchange and Teams, Power Automate, and scripting solutions.

    He has been involved with technology since 1998, working with customers that span the government, education, and commercial sectors. Aaron has also worked on certification exams and instructional design.

    Aaron lives in Detroit, Michigan, with his five kids. When he's not busy solving technical problems, writing, or running his kids to events, he's trying to decide whether to make pizza or tacos.

    Browse publications by this author

Latest Reviews

(1 reviews total)
Solid book with great examples. I use it as the basis for automating my workflow.

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Workflow Automation with Microsoft Power Automate
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