Last updated: August 10, 2026
Business process management or BPM is an organizational discipline for structuring, analyzing, and improving a company's operational processes while coordinating the people, information, and technology behind them.
Companies use business process management software to automate, monitor, and optimize these processes, often alongside workflow management software and broader technologies such as business intelligence, enterprise resource planning (ERP) systems, and enterprise architecture software.
Business process management tools add value to businesses through:
Together, these capabilities help organizations run their most important processes with more control, insight, and consistency.
Business process management is a disciplined way to map, run, measure, and improve the repeatable processes a company depends on. It spans a lifecycle of design, modeling, execution, monitoring, and optimization, and it comes in integration-centric, human-centric, and document-centric forms. Done well, BPM cuts waste, improves visibility and compliance, and helps a business adapt faster.
Business process management is important because unstructured processes can conceal bottlenecks, redundancies, and risks that gradually drain time and resources.
Without a comprehensive view of how work moves through an organization, teams may overlook critical details, such as where a process begins and ends, what data it requires, and where delays or unnecessary steps occur.
BPM gives organizations greater control over their operations and creates a framework for continuous improvement. By clarifying how work gets done, it helps businesses operate more efficiently, deliver products and services consistently, and adapt more effectively to change.
Here are some organizational processes where BPM can provide substantial returns.
Common business process management examples are in human resources, sales, and customer service, where BPM automates repetitive, multi-step work. With the right BPM software, every part of the business process management lifecycle can be made more efficient, quick, and accurate.
The main types of business process management are integration-centric, human-centric, and document-centric BPM, each suited to different kinds of processes.
The benefits of business process management are increased agility, reduced costs, improved visibility, and better process scalability.
On G2, reviewers of business process management platforms such as Appian, Nintex, and Kissflow most often praise low-code workflow and application development, the automation of manual steps, and the efficiency of managing processes in one place.
The business process management lifecycle has five stages: design, model, execute, monitor, and optimize, which move a process from first draft to continuous improvement.
A sound BPM system begins with outlining the steps of a workflow. This helps identify areas for improvement and KPIs to monitor progress. Here are the five stages of the business process management lifecycle in detail:
The difference between business process automation (BPA) and business process management (BPM) is that BPA automates individual tasks, while BPM manages and improves whole processes, which may or may not involve automation.
| Business process management (BPM) | Business process automation (BPA) |
| A methodical approach to designing, running, and improving entire processes. | The use of technology to automate specific tasks and operations. |
| May or may not include automation as part of the improvement. | Automation is the whole point, often using robotic process automation. |
| Manages the process end-to-end and ties work to goals. | Executes repeatable tasks faster and with fewer errors. |
Business process automation and business process management are similar and synergistic in certain aspects, but they’re not identical.
Here are the most commonly asked questions about business process management.
BPM is the overall discipline of managing and improving business processes, while BPMN, or business process model and notation, is the standardized set of symbols used to diagram those processes. In short, BPMN is one of the modeling languages a team uses within the broader practice of BPM.
BPM is a discipline and a toolset for designing and improving how processes run, while an ERP system is software that manages core business data and transactions, such as finance, inventory, and HR. They complement each other, since BPM can orchestrate and optimize the workflows that move through an ERP.
A business process manager analyzes how work currently flows, identifies inefficiencies, and leads the redesign, automation, and monitoring of processes. The role blends process analysis, stakeholder coordination, and measurement against KPIs to keep improvements on track.
Yes, business process management suits small businesses, since even a small team benefits from consistent, documented processes and less manual rework. Many BPM and no-code tools are priced and scaled for smaller organizations, so a company can start with one or two processes and expand over time.
The key principles of business process management are treating processes as manageable assets, involving the people who do the work, measuring performance with clear metrics, and continuously improving rather than improving once. Together, these principles keep processes aligned with business goals as conditions change.
The main challenges of business process management are resistance to change, the effort required to map complex processes accurately, and maintaining improvements after the initial project. Success usually depends on clear ownership, executive support, and choosing processes where the payoff is worth the effort.
For a broader view of how process improvement fits into modernizing a company, explore digital transformation.
Keerthi Rangan is a Senior SEO Specialist with a sharp focus on the IT management software market. Formerly a Content Marketing Specialist at G2, Keerthi crafts content that not only simplifies complex IT concepts but also guides organizations toward transformative software solutions. With a background in Python development, she brings a unique blend of technical expertise and strategic insight to her work. Her interests span network automation, blockchain, infrastructure as code (IaC), SaaS, and beyond—always exploring how technology reshapes businesses and how people work. Keerthi’s approach is thoughtful and driven by a quiet curiosity, always seeking the deeper connections between technology, strategy, and growth.
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