The price of a custom business system consists of initial costs for analysis and development, licence fees and ongoing expenses for maintenance and expansion. The total implementation time depends on the chosen approach and the complexity of the processes. However, by using a modular system and gradual automation, the first functional process can be deployed in as little as 4 weeks. Instead of a huge one-off investment that takes years to materialise, the company finances development gradually based on its real operational benefits.
Many business owners postpone digitalisation because they are afraid of unknown costs. Software development has a reputation for being a money pit. This fear is often justified. If a supplier prices a system without a thorough analysis, the final amount will reliably increase. Transparency is key. It's not necessary to know the exact amount to the penny before the first meeting. But it is absolutely essential to understand what exactly you are paying for. You need to know the cost structure. You need to know which items make up the total cost of ownership. Only then can you compare offers from different suppliers and avoid unpleasant surprises.
What Makes Up the Total Cost (TCO) of a Business System
The total cost for a business system (TCO) includes not only the development or purchase of licences, but also analysis, implementation, training and long-term maintenance.
TCO stands for Total Cost of Ownership. Many companies compare supplier offers based only on the programmer's hourly rate or the price per user licence. This is a huge mistake. The true cost of a system only becomes apparent after several years of use. A cheap system at the beginning can mean expensive operation. So what does the total cost really consist of?
- Analysis and process mapping. This is the time spent understanding your business before the first line of code is written. It includes interviews with employees, drawing process maps and identifying bottlenecks. Without this phase, you are programming blind. Investing in analysis saves money in later development stages.
- Development and integration. The actual work of the programmers. This includes customising modules to your needs. It also includes connecting the new system to tools you already use and don't want to change. This also covers the demanding migration of historical data from old spreadsheets.
- Licences and operation. Regular fees for the system to function. These include server space rental for your data. They include fees for user accounts. This also covers necessary security updates that protect your company know-how from external attacks.
- Training and support. A perfect system is useless if your people don't know how to use it. You must factor in the time spent training employees. You also pay for ongoing technical support (SLA). When something goes wrong, you need a guarantee that the supplier will resolve the issue within an agreed timeframe.
Let's take a model example of a manufacturing company. It buys a very cheap off-the-shelf system. It saves on the initial licence. But after six months, it discovers that the system cannot seamlessly connect the warehouse with accounting. The company has to pay an external agency to create a custom API bridge. It then pays for every hour of maintenance for this bridge. The initially cheap system becomes the most expensive solution on the market within two years. The TCO of this solution is extremely high.
The Most Common Hidden Risks That Increase Development Costs
The biggest risks of cost overruns in custom software development lie in insufficient initial analysis, on-the-fly changes to the scope and complicated migration of old data.
Every IT project carries risks. An experienced supplier knows how to name and manage them. An inexperienced supplier ignores them and subsequently invoices for additional costs. If you know where the biggest financial traps are hidden, you can avoid them when drafting the contract. Here are the three most common reasons why system development becomes more expensive.
- Changes in scope (Scope creep). This phenomenon occurs when the company constantly adds new requirements during development. At the beginning, the company management thinks they know their processes. But during programming, it turns out that rank-and-file employees work completely differently. The scope has to be changed. The code has to be rewritten. This risk can only be prevented by thoroughly mapping the reality before the project begins.
- Migration of disorganised data. Transferring data from old systems and Excel sheets to the new environment is often more complex than the development itself. Old data contains duplicates. Important details are missing. Cell formats don't match. Programmers have to write special scripts to clean and transform this data. If the supplier underestimates the state of your current data, the project will be delayed.
- Vendor lock-in (Dependency on the supplier). If you have a system built on a completely proprietary and closed technology, you become a hostage to the supplier. No one else can modify the code. The supplier can then dictate any price for every minor future adjustment. The defence lies in choosing modern, widely used open-source technologies and ensuring access to the source code.
Let's take a model example of a sales company. The company has a custom CRM built. The scope is defined only by the director. During development, the salespeople find out they also need to record call history, which wasn't in the original scope at all. The developer has to rewrite the entire database structure. The project is delayed. The budget grows. This scenario is prevented by our working method, which always starts by mapping the real situation directly with the people in operations.
Comparing Approaches: Off-the-shelf, From Scratch and AI OS
The price difference lies in the fact that off-the-shelf software has low initial costs but expensive process compromises, while development from scratch requires a huge initial investment.
When choosing a new system, you face a fundamental strategic decision. The chosen approach will determine not only the initial price but also your future flexibility. For a detailed analysis, we recommend reviewing our comparison of approaches to business systems. The basic differences in cost models are as follows.
| Development approach | Cost structure | Hidden risks and disadvantages |
|---|---|---|
| Off-the-shelf software | Low initial investment. Regular per-user licences are paid. | Expensive compromises. You have to bend your processes to the system's logic. You lose your competitive advantage. |
| Development from scratch | Extremely high initial investment. You pay for every hour of programming. | You also pay for the development of absolute basics (logins, database). Long delivery time. |
| AI operating system | Medium initial investment. You only pay for customising ready-made modules. | Requires a time investment from your team for the initial process mapping. |
Off-the-shelf software appears to be the cheapest option. You buy licences and are up and running the next day. But the hidden cost here is the loss of efficiency. If the system doesn't support your specific workflow, your people have to find workarounds for processes. This creates additional administration. You pay for the time your people spend fighting the system.
Development from scratch is the opposite extreme. You get a perfect system exactly to your specifications. But you pay an astronomical price. The agency has to program the user interface, security, database and password management. All these things have been invented a thousand times before, but you are paying for them again. The return on such an investment is very long.
Our approach is the golden mean. We use ready-made, pre-programmed modules. We have ready-made modules for CRM, production, invoicing and communication. These modules form a solid foundation. We then just bend and adapt them to your specific processes. You don't pay for developing the foundation. You only pay for what makes your company unique. This approach radically reduces the initial investment and shortens the delivery time.
How Long Does System Deployment Take
The implementation time for a business system depends on its complexity, but by using an agile approach and ready-made modules, we can deploy the first process within 4 weeks.
Traditional software development follows the so-called waterfall model. The company writes a huge specification document. The supplier locks themselves in an office for a year and programs. After a year, the system is ceremoniously launched. But it often turns out that the company has changed in the meantime. The system no longer meets current needs. Employees refuse to use it. Chaos and operational paralysis ensue.
The agile approach eliminates this risk. We don't try to change the entire company overnight. We proceed in small, safe steps. We focus on fast deployment. The whole process has three clear phases.
- Step 1: Analysis and bottleneck selection. During the first few days, we map your processes. We don't tackle the whole company at once. We select one specific process that is holding you back the most. It could be lengthy invoice approval. It could be chaos in handing over work orders to production. We find the place with the greatest potential for quick savings.
- Step 2: Fast deployment. We get the first module up and running. We adapt it to your needs. We automate the selected process. We can manage this step within 4 weeks. The rest of the company continues to work in the old way for now. But the selected department immediately sees the benefit. Routine is eliminated. Employees gain confidence in the new system.
- Step 3: Gradual expansion. Once the first part is working reliably, we add more modules. We proceed according to current priorities and your cash flow. The system grows organically with your company. The investment is spread over time. New modules are financed by the savings generated by the previous ones.
Let's take a model company that spends days transcribing invoices. In the first month, we only deploy the module for automatic document extraction. The accounting department immediately saves time. We don't deal with the CRM or warehouse yet. Once the accountants get used to the system and the company has made real savings on administration, we move on to the next step. This could be, for example, connecting sales with production. The change is smooth and safe.
The price of a business system shouldn't be a black hole full of hidden fees. Demand transparency, a clear schedule and fast results from your supplier, without paralysing normal operations.
The decision about a new system will affect your company for years to come. Take an interest in the total cost of ownership. Find out the exact structure of our pricing on the pricing page. Compare the different development approaches. Or read in more detail about how our gradual deployment method works, which guarantees the first results in record time.
