How to build, document and automate business processes to cut costs and remove chaos from your operations.
Does an online store order take five days to process? Is accounting slow to issue invoices and the warehouse losing goods? The cause lies in inefficient business processes. Let's look at how to build processes so the business runs smoothly, fast and without losses.
The steps that participants (employees, systems) go through to obtain a product, service, or information important to the company or customer.
Well-organized processes help reduce errors, cut costs, and speed up task execution. What is the difference between a business process and a department's function?
A business process is the route for completing a task, which can start in one department, finish in another, and involve several teams. _Example:_ the sales processing process.
The sales manager closes the deal, the accountant prepares the invoice and statements, and the logistician hands the goods over for delivery.
Departments perform their own functions, but together they are links in one chain, the process.
Clear process characteristics help identify and improve weak points, increasing company efficiency. - Goal:every business process must lead to a specific result, such as shipment, a signed contract, or payroll paid out. - Initial resources: what is needed to start the process (customer request, information, data). - Final product: valuable outcome for the customer (finished product, delivered service, report, decision, document). - Executors: people, departments, and systems that perform actions in the process. - Sequence:actions are performed in a logical order. - Repeatability:the process is performed repeatedly rather than as a one-time operation. Consumer: internal (another company department) or external (a customer) receiving the final product.
To understand where to invest resources, how to measure success, and where to look for growth opportunities, you need to know the types of processes. They have different tasks but a common goal (result). Let's look at three key groups. Core processes directly create what the customer pays for - a product or service. If these processes work poorly, you lose customers and profit. Their main task is therefore to work quickly, without errors, and at minimal cost.
Core business processes include: - new product development (from idea to market launch); - goods production; - active sales (finding customers and closing deals); - marketing (attracting prospects); - customer service (resolving issues and providing support). Supporting processes are needed to keep the core processes running smoothly. Without them, the organization cannot function.
When such processes work well, the core ones move faster; poor performance leads to delays and time spent solving internal problems.
Support processes include: - human resource management (hiring, development, engagement); - financial accounting and reporting (payroll, settlements with suppliers); - ensuring stable IT infrastructure operations (computers, networks, software); - purchasing office supplies (from request to employee issue); - contract approval processes with counterparties (from receiving a draft to sign-off). Management processes regulate and control the organization's work.
Needed to set goals, track progress, assess results, and make key decisions. Without them, it is hard to understand where the business is headed and how effectively it is operating. The main value of such processes lies in preparing accurate data for management and helping the company adapt to market changes.
These include: strategic planning (where the company should go in 3-5 years); budgeting (planning and controlling money); risk management (identifying and reducing threats); quality control (implementing standards and audits); project management (launching and controlling new initiatives); process analysis and optimization itself. Types of business processes:
| Criterion | Core | Supporting | Management Processes |
|---|---|---|---|
| Target customer | External | Internal (other processes/departments) | Internal (top management) |
| Goal | Product/service creation, revenue | Support for core processes | Control, coordination, development |
| Importance | Critical for survival | Required for operations | Critical for long-term success |
| Examples | Sales, production, logistics | Accounting, HR, IT, facilities | Strategy, budgeting, BPM |
To describe a process means to clearly record how the work is performed now, or as is.
This is the only way to see the real problems and fix them.
Without documentation, processes are hard to manage and optimize. _Text description_ Suitable for simple processes.
You sequentially record the steps, who performs them, and under what rules, as in a procedure or instruction.
The downside is that for complex, branching processes the text becomes bulky and hard to follow. _Tabular description_ immediately shows who is responsible for what. For example, you create a table (often using the RACI format) with process stages on the vertical axis and roles or positions on the horizontal axis, indicating who
_Graphical modeling (notations)_- the most visual and widely used method.
Using clear symbols (rectangles for tasks, diamonds for decisions, arrows for sequence), you can show the full workflow, events, participants, and logic in detail. _Simple flowchart_- a basic option for simple workflows, showing the start, end,
steps and decision points. _EPC_(event-driven process chains) show which events trigger actions in a process. For example, how "receipt of a customer request" automatically starts the next step. The choice depends on the complexity of your process and the goals of the description.
1. Define the boundaries.Define what starts the process (customer request) and what result is produced at the end (delivered goods). Specify who uses the final output (the customer, another department). 2. Identify the participants. List everyone who performs tasks in the process: employees, departments, automated systems. Specify their roles. 3. Break it down into concrete steps. Record the sequence of all actions that must be completed from start to finish. Each step should be a clear, small action.
4. Identify resources and outcomes. For each action, specify what is needed to perform it (information, materials, data) and what comes out (document, decision, intermediate product). 5. Document the rules. Document the standards, instructions, or conditions ("if A, then B") that govern how the steps are carried out. 6. Choose a documentation method and build the model. Decide how you will document the process: as text, a table, or a diagram. Build the model.
7. Check it against reality.Discuss the finished description with the people who actually do the work. Make sure the model accurately reflects practice, not formal expectations. Let's look at how the order processing process works in an electronics online store. This is a typical end-to-end process where tasks move between departments. What triggers the process? Receiving an order from the customer (via the website, email, or phone call). Key steps: 1. The sales manager enters the order in the CRM system. 2.
The delivery service or the manager verifies that the customer received the goods. Who is involved? - sales manager; - warehouse department; - accounting; - delivery service. Final result: the customer receives the paid goods on time, all documents are completed, and the buyer is informed.
Before changing a process, it is important to understand its current state. Optimization, or improvement, is needed to make the process faster, cheaper, or higher quality. According to McKinsey, companies that optimize business processes increase operational efficiency by 20-30% over a year. _Analysis and optimization methods:_
| Method | Essence | Use case example |
|---|---|---|
| Value stream mapping | A visual representation of the entire product/service journey: from the customer's request to the result. It records the movement of materials, data, and time at each stage. | In furniture production: the map showed that parts were waiting 3 days for varnishing (idle time). Processing time was only 4 hours. Eliminating the idle time cut the cycle by 40%. |
| Functional cost analysis | Accurate calculation of the costs of each process step (salaries, materials, depreciation). Shows the true cost of each stage. | In logistics: analysis showed that manual verification of 100 waybills per day costs 150,000 RUB/month. Automation (OCR) reduced costs to 30,000 RUB/month. |
| Benchmarking | Comparing your metrics (timelines, cost, errors) with industry leaders or competitors. It defines an objective level of efficiency. | Food delivery service: compared order processing speed (25 min) with the top 3 competitors (15 min). Introduced courier queue optimization, reducing the time to 18 min. |
| Continuous improvement | The team's daily work to find and eliminate small issues in its tasks. Cycle: plan -> do -> check -> adjust. | In the warehouse: a loader suggested placing popular items closer to the packing area. Saving 1 minute per order meant 50 hours per month. |
Let's look at an example of process optimization in retail. A supermarket chain faced a problem: processing supplier orders took an average of 5 days, which led to product shortages on store shelves. _Value stream map_ helped the team see the entire order journey.
Developed document templates to reduce order processing time. As a result, order processing time was reduced _up to 1.5 days_, which made it possible to increase revenue _by 12%_ by reducing product shortages.
Note that not all business processes need to or can be automated.
The process is standardized and repeated according to the same scenario.
There are routine, labor-intensive, error-prone tasks (data transfer, calculations, notifications). -
Deadline control and execution transparency are required. -
Data from different systems must be integrated.
Automation frees up employees' time for important tasks.
tools for different needs. 1. BPM systems: specialized platforms (Elma365, Comindware, Bizagi) for process modeling, execution, monitoring, and optimization. They let you build flexible applications without advanced programming skills. 2. CRM systems: automate sales, marketing, and customer service (for example, sales funnel stages, mailings, support tickets).
3. ERP systems: automate end-to-end processes related to resources (finance, procurement, production, warehouse, HR). 4. RPA:"software robots" for automating routine application tasks (for example, filling out forms, extracting data).
To manage business processes effectively, you need a clear plan and management support.
Depth and breadth approaches_Depth_ - take one problematic process and work on optimizing it.
This approach works well when you need to get results quickly and prove the value of process management. _"Broadly"_ - aim to understand how the entire organization works, what processes it has, and how they function.
This approach is relevant for companies ready for systemic change.
The manager plays a key role in business process management. They do not need to create process diagrams themselves, but without their active involvement even the best initiatives will stall at the discussion stage. The manager's tasks are: - identify priority processes for optimization; - allocate resources for process improvement; - assign owners for each process; - monitor implementation of changes; - build a culture of continuous process improvement.
Make process management a continuous practice, not a one-time project.
Let's look at the experience _"I Like IT"_ - a CIS IT outsourcing and outstaffing provider. The company faced a growing number of repeat customer requests. Analysis showed that the request handling process was unstructured: there were no common standards for employees, and requests increased because of errors and misalignment.
As a result, the company implemented: - Clear request classification- categories were configured by issue type (network equipment, software, infrastructure) in the ITSM 365 platform. - Standard processing scenarios - solution templates were created for common incidents (for example, restoring email access). - Quality control system- dashboards were implemented to track response time and the share of repeat requests. - Regular feedback analysis - collected customer feedback after the issue was resolved and reviewed complex cases with the team once a month _As a result_ the number of repeat inquiries fell by 40%, customer satisfaction rose by 25%, and employee productivity increased by 18%.
Business processes are clear steps a company takes to achieve a result, whether producing a product, serving a customer, or processing an order. Without them, work becomes chaotic and the business loses time and money. Here are the main takeaways: - Everyone has processes: even a sole proprietor follows a sequence of actions to achieve a result. - Classification simplifies management: divide processes into core (sales, production), support (accounting, IT), and management (strategy).
This helps you allocate resources correctly. - First, describe and analyze: understand the real situation, or as is, and find weak points, bottlenecks, and losses, is a mandatory step before any changes. Automation works after optimization: it makes sense to automate only those processes that are already well tuned.
Tools (CRM, ERP) save effort, but they do not replace analysis. - Process management should become a permanent practice.Regular review and adjustment deliver lasting results: fewer errors, faster execution, and lower costs.
