Business Process Automation: Strategy & Benefits Guide

Business process automation helps organizations reduce manual effort, improve consistency, and increase operational efficiency across departments. However, despite its growing adoption, many automation initiatives fail to deliver sustainable business value.

The root cause is rarely the technology itself.

In practice, automation projects struggle when organizations automate the wrong processes, skip process optimization, or treat automation as a purely technical initiative. Instead of solving problems, automation often amplifies existing inefficiencies.

This pillar page provides a strategic overview of business process automation. It explains the core concepts, benefits, and approaches, while guiding you to execution-focused resources for successful implementation.

When applied to suitable processes and supported by proper governance, business process automation enables organizations to:

• Reduce operational costs
  By minimizing manual work, handovers, and error correction.

• Increase execution speed and throughput
  Automated workflows shorten cycle times and reduce delays.

• Improve transparency and decision-making
  Real-time visibility into process execution enables faster corrective actions.

• Strengthen compliance and audit readiness
  Automated controls and traceability simplify regulatory compliance.

• Scale operations without proportional headcount growth
  Standardized processes support growth while limiting complexity.

These benefits materialize only when automation is applied to well-designed and suitable processes.

However, automation also comes with risks.

Poorly selected or unoptimized processes can become more inefficient once automated.
For this reason, automation should always be approached as a process improvement initiative — not a purely technical one.

Not all processes should be automated.

In practice, the most successful automation initiatives focus on processes that are:

• Repetitive and rule-based

• Executed frequently

• Clearly defined and documented

• Stable over time

• Measurable in terms of business impact

Support processes are often particularly suitable candidates, as they exist in almost every organization and are frequently managed through emails, spreadsheets, or manual coordination.

For a detailed, execution-oriented method, see our guide on how do you identify automation candidates. 

Automation is not always the optimal answer. Typical scenarios where automation delivers limited or negative value include:

• Highly volatile or constantly changing processes

• Poorly documented or undefined workflows

• One-off or low-volume activities

• Processes with unclear ownership or objectives

In such cases, process clarification and standardization should precede any automation initiative.

Different technologies can be used for successful process automation depending on the organization’s goals and resources. In the following, we have outlined the top 3 methods for you.

A relatively new technology that quickly became quite popular is Robotic Process Automation, allowing the programming of bots to mimic the actions of a human user, such as logging into applications, entering data, and moving files. One of the main advantages of RPA is that it can significantly increase efficiency and productivity by automating repetitive and time-consuming tasks.

However, RPA also has its drawbacks. First, it requires significant investment in time, money and resources when it comes to implementation, as well as ongoing maintenance and technical expertise to keep the system running smoothly. In addition, once automation is in place, it can be difficult to change or adapt. This can be a problem if business requirements or processes change over time. And lastly, errors or delays in the process can occur if the software is not configured properly.

ERP systems have been a staple in the IT landscape of many organizations for decades, playing a crucial role in automating processes in areas such as accounting, materials management, procurement, and more. This approach has many benefits, such as providing a centralized platform for managing and automating business functions, thus enabling streamlining of processes, subsequently lowering human errors, and improving process efficiency. On the contrary, excessive costs for procurement and implementation, a steep learning curve for users, and additional costs for ongoing adjustments, particularly in the case of process changes, can detract from the perceived benefits of ERP systems.

Workflow automation is the utilization of software to streamline the flow of tasks and information between different systems and people. This can encompass automating tasks such as document approval and routing, task assignment, and progress tracking. It offers various benefits such as reducing human errors, improving compliance, and enhancing transparency across the organization. Additionally, workflow automation can save time and costs by automating repetitive and time-consuming tasks. However, implementing it could be challenging, particularly for complex processes, and requires investment in terms of time, money, and resources. Additionally, similar to RPA, adjusting the workflow may prove difficult if business needs or processes change over time. Workflow automation can be applied to various types of workflows including production and industrial, office, human, and document-centric processes.

The disadvantages of workflow automation can be addressed with low-code/no-code automation, which is a technology where no written code is required, but drag-and-drop interfaces and pre-built templates are used instead. This approach is designed to make automation accessible to a wider range of users, including those without programming skills, such as citizen developers.

Low-code/no-code automation offers an easy-to-use and quick implementation, automating a variety of processes such as data entry, document management, scheduling, and more. It reduces development time and costs, allows for faster implementation and quicker return on investment, enables non-technical employees to automate processes for improved efficiency and productivity, and is easily customizable for specific organizational needs. However, low-code/no-code automation is currently only limited to handling basic processes or portions of processes, leading to the creation of smaller applications.

To ensure the success of process automation initiatives, a wide range of organizational stakeholders must be involved and work together. The most prominent roles to keep in mind are:

A Project Manager, who is responsible for leading the process automation initiative, setting project objectives, and creating a roadmap for achieving them. They are responsible for ensuring that the project stays on track and that all stakeholders are informed and engaged throughout the process.

A Business Analyst, responsible for understanding the business processes and identifying opportunities for automation. They work closely with stakeholders to gather requirements, analyse data, and identify areas for improvement. They also play a crucial role in designing and testing the automation solution to ensure that it meets the needs of the business.

A Technical Lead, who is responsible for the technical aspects of the automation initiative, including the design, development, and deployment of the automation solution. They work closely with the Business Analyst to ensure that the automation solution meets the needs of the business and is technically feasible.

Operations, in charge of the day-to-day running of the business. They are often the ones who will be impacted by the automation solution the most. They are responsible for testing the automation solution, providing feedback, and ensuring that it is fit for purpose.

The IT team, responsible for the technical infrastructure and support of the automation solution. They work closely with the Technical Lead to ensure that the answer is correctly integrated with existing systems and that it is secure and compliant with relevant regulations.

Enterprise architects who bring a holistic view to the project, ensuring that the process automation solution integrates with other systems and processes, and that the organization is prepared to adopt and effectively use the new technology. In short, enterprise architects play a key role in ensuring the successful implementation and adoption of process automation in an organization.

The Compliance department that ensures that the automation solution complies with relevant regulations and industry standards. They work closely with the project team to ensure that the solution meets all the requirements and is adequately documented and auditable.

Last but not least, change management, responsible for managing the organizational impact of the automation initiative. They work closely with the Project Manager and Business Analyst to ensure that stakeholders are informed and engaged throughout the process and that the necessary changes to processes and systems are made smoothly.

Business process automation can be a powerful driver of efficiency, transparency, and scalability — but only when applied with the right scope and mindset. Technology alone does not create value.

Well-designed processes, clear objectives, and continuous improvement do.

This pillar page provides the strategic foundation for understanding process automation. For practical execution and implementation guidance, explore the related resources linked throughout this page.

Bibliography & external references

McKinsey & Company – Automation and the future of work
https://www.mckinsey.com/mgi/media-center/automation-and-the-future-of-work

Forrester Research – The Total Economic Impact™ of Low-Code Development Platforms
https://tei.forrester.com

Gartner – Top Strategic Technology Trends: Hyperautomation
https://www.gartner.com