The RPA Lifecycle: Process Automation from End-to-End

It seems like magic and the ultimate answer to cross-industry challenges such as innovation pressure and skills shortages: RPA is a software technology that automates repetitive tasks in a cost-efficient way. RPA bots perform routine digital tasks flawlessly, fast, and steadily. They compare prices, answer standard inquiries, prepare payrolls or generate passwords.

All these tedious and error-prone tasks that cost companies tons of time and money while overtaxing and tiring qualified employees in all departments are a thing of the past with RPA. About one-third of all tasks can be automated in at least 60% of jobs, and you can save an average 20% full-time role equivalents after fewer than a year of RPA operation . RPA offers some serious potential.

Forecast for global investment in RPA software based on estimated figures in 2021 (Statista )

RPA bots imitate the activities of human users when operating digital systems: they open and close programs, identify content on the screen, and perform mouse clicks or keyboard entries. In doing so, they follow a predefined script that automates the previously manual workflow.

To create these scripts, modern RPA tools typically offer a graphical no-code approach: the required user activities are available as predefined building blocks that are combined step by step into automation workflows using simple drag and drop actions.

This intuitive approach also enables business users to automate their workflows on their own, opening up vast digitization capabilities beyond the limited resources of IT departments. By 2023, major companies will have four times as many citizen developers as professional software engineers.

More companies are waving the RPA magic wand, expecting significantly greater efficiency and lower costs in no time at all. But the miracle frequently does not materialize: 30–50% of all RPA initiatives fail , which is quite a disillusioning finding in the wake of the initial hype on the market. And ironically, this is due to the user-friendly approach most automation tools offer.

Ambitious departments often start the topic of RPA on their own initiative. Well, why not? After all, business employees know their workflows best and can actually automate some tasks themselves thanks to no-code. Nevertheless, the results are poor and the problems are pre-programmed. There are 3 reasons why RPA projects fail:

If business departments run RPA as shadow IT, it will lack everything that a professional software project requires: a proper and audit-proof documentation, development and delivery standards, a solid infrastructure, plus ongoing maintenance and monitoring of the RPA bot operations. On top of that, the digital coworkers access and operate in production systems, so the adherence to compliance and security policies is particularly critical. This all sums up to: Don’t do RPA without the IT department.

Quickly automating tasks somehow and somewhere is possible, but not very effective. Like any digital project, RPA demands a strategy and a roadmap that is aligned with the company’s overarching goals. Without in-depth planning and analysis, it is highly likely that unprofitable processes will be automated with poor outcomes. As a result, your RPA ventures will hardly ever win the commitment of the top management level and will not be supported in the long term.

Who is developing the bots? Which tasks are automated? Where and how frequent do the automations run? What business results are they driving? If you can’t answer these questions, you lack overall visibility, centralized control, and evaluation of success. Without these governance aspects, your automation journey becomes a blind ride.

The complexity of process automation should never be underestimated. RPA is more than simple task automation. If companies want to fully tap the potential and profitability of RPA, they must plan process automation as an organization-wide IT and business project, set up compulsory project standards, and centrally and securely manage the collaboration of all players. Only then can the impact of RPA unfold on a large scale. These points are critical for RPA success:

Not every process can be automated – and not every process automation pays off. So you need to comprehensively examine which processes can be automated from a technical point of view as well as assessing the economic viability of the automation.

An RPA project requires developers to build and test the RPA bots, but it also needs process owners from the business to identify potential RPA candidates and fill the RPA pipeline, IT administrators to provide the infrastructure and monitor ongoing bot operation, and project managers to control the project flow and keep an eye on costs. All the relevant roles, skills and privileges must be clearly assigned to ensure efficient and secure collaboration of all players involved.

Companies that successfully adopt RPA manage and control their entire automation landscape centrally while ensuring the highest compliance and security standards, as with any IT project. At the same time, they empower business users across all divisions to actively engage in process automation, thus unlocking additional digitization capacities and alleviating the strain on the IT department. They achieve this balance between RPA governance and RPA enablement by taking a platform-based approach and using suitable no-code technologies.

An RPA bot is ultimately a piece of software that is designed to reliably meet specific business requirements. Thus, the project phases of the Software Development Lifecycle apply perfectly to the development of high-quality RPA bots. A standardized RPA lifecycle simplifies and directs the course of RPA projects and the teamwork of the players involved while ensuring that RPA delivers optimum business value.

MuleSoft RPA is a modern enterprise platform for process automation, providing user-friendly no-code tools and powerful robotics technology for successful process automation. Every automation project passes the entire RPA lifecycle. Here’s the key benefits:

• Central management and full control of the company-wide RPA landscape
• Intuitive and systematic user guidance through all phases of an RPA project
• High profitability and financial transparency
• Efficient collaboration of all players and RPA stakeholders
• Standardized, high-quality bot development
• Stable, secure RPA operation

You want to know in detail how the magic works? Join the journey through the RPA lifecycle and the different stages of process automation!

Process automation end-to-end: the MuleSoft RPA lifecycle

All RPA projects are managed centrally via the cloud-based server RPA Manager. This is where the automation journey begins: In the first phase of the RPA lifecycle, persons with in-depth process knowledge, such as business unit managers or process managers, check whether potential process candidates are actually suitable for automation.

Duration, costs and frequency of manual process execution are recorded as a basis for financial analyses.

The RPA candidates are evaluated using various RPA criteria. The RPA capability is visualized via a process matrix.

Reliable project control through the RPA lifecycle includes release steps for each next project phase. After successful evaluation, the process owner releases the process for automation and hands it over to the responsible project manager, who prepares all the settings required for RPA development, puts together the RPA team and performs a cost-benefit analysis.

Processes released for automation appear in the project manager’s backlog.

Project managers specify applications required, assemble the RPA team and grant access rights.

RPA projects involve many players performing different tasks, ranging from process analysts to bot developers to IT administrators. A fine-grained and flexible role and privilege concept specifies and manages responsibilities and access permissions, facilitating a controlled and cross-phase collaboration of all people involved in the development process.

All users on the MuleSoft RPA platform are configured and managed in User Management.

RPA roles and privileges are assigned to individual users or RPA teams

RPA project management also includes business analyses that reveal the profitability of planned and ongoing process automations. This enables RPA project managers to easily overview the monetary success of automation initiatives and report this information to relevant stakeholders.

The cost evaluation offsets the RPA fixed costs against the manual process costs and the execution frequency. The break-even analysis indicates when the RPA process becomes profitable.

In the design phase of the RPA Lifecycle, the business process is mapped as a flowchart in the standard graphical language Business Process Model Notation (BPMN) . The BPMN flowchart documents the sequential steps of the high-level process and serves as the “skeleton” for the subsequent RPA implementation. Besides bot tasks, BPMNs can include manual user tasks for attended bot operations: here, bot and human activities alternate and complement during the course of the process.

Once the business process is modeled in BPMN, it is filled with detailed information for the development of the RPA bots. The RPA Recorder simply records the user activities to be automated, e.g. the RPA requirements. This easy to use recording feature significantly accelerates bot development and was a key factor in MuleSoft’s positioning as a Visionary in the Gartner Magic Quadrant for RPA 2022.

With the RPA Recorder, all user activities to be automated are easily captured step by step.

The RPA Recorder converts all captured user activities into a separate BPMN flow. Each element encapsulates the requirements for subsequent bot development.

The recorded RPA requirements are merged into the high-level business process

Now it’s the bot developers’ turn: For each bot task in the BPMN process, a robust RPA workflow is to be created based on the pre-recorded RPA requirements. MuleSoft RPA Builder is an intuitive and powerful low-code tool with a wide range of automatable user activities. These are available via a comprehensive action step toolbox and include:

• screen recognition technologies such as image and pattern search
• Intelligent OCR for reading text from application interfaces, images, and PDFs
• typical user actions such as mouse clicks or keystrokes

The BPMN process (top) is uploaded to the RPA Builder that is installed locally on developer machines. Here, an RPA workflow is developed for each bot task.

Each RPA building block (action step) is configured via a wizard. In the example, it’s the search area and the search pattern for a pattern search.

Each ready configured Action Step is immediately tested for its functionality.

At the end of the build phase, an RPA workflow was implemented for each bot task of the BPMN process and tested locally on the developer machine.

Like any software, the fully implemented process automation is tested before it is accepted for operation. For this purpose, the RPA process runs on bot instances through various test plans that cover possible “real-world scenarios”. The test execution can be tracked in real time.In case of failed test runs, the process moves back to the build phase, and developers can use an automatically generated analysis package for troubleshooting (see RPA alerting and troubleshooting).

Once all tests have run successfully, the automation is released for operation.

Just ahead to go: Now is the time to specify when and how often the process automation should be executed – and on which bot instances it should run.

A schedule defines the period and interval of the process automation.

The process automation is assigned to available RPA bots.

Your process automation is running – the RPA bots are at work! You can watch the operation of individual bots via livestream or analyze all running process automations at a glance using dashboards.

View the bot live stream to see in real time the activities that an RPA bot is performing.

Customizable RPA dashboards provide analysis of all running process automations.

Stable RPA operation requires reliable recovery tools. If RPA bots run into errors, the alerting module immediately informs the responsible IT administrators – and a detailed analysis package helps RPA developers to quickly and precisely fix the issue.

For each failed RPA run, an analysis package is available for download.

The detailed information including screenshots simplifies troubleshooting for developers.

Now that you know what the RPA lifecycle looks like, are you ready to start your own automation journey? Our free training guides you step by step with exercises and video tutorials through all RPA project steps, so get started with MuleSoft RPA .