If you manage construction or industrial projects, you’re familiar with the problem:
Information doesn’t flow to where it’s needed. Progress is tracked in one place, defects are logged in another file, and deadlines are managed in a third system.
When selecting the best strategies to address such disruptions in the data flow, we focused on these criteria:
COMAN Software combines project planning, progress tracking, and defect management in a central data platform. The software creates a seamless data flow that eliminates information loss between different project phases.
What sets it apart: COMAN creates a digital project twin that shows the current status at all times. Deadlines, progress, deviations, and decisions are logically linked. This means the project status isn’t just generated in reporting—it emerges directly from the work being done on the project.
Companies such as Volkswagen AG and Mercedes-Benz Cars rely on COMAN Software for their large-scale projects. The results speak for themselves: up to 61% lower project management costs and an average time savings of over two weeks per project. Mercedes-Benz Cars reports a 70% reduction in open issues thanks to the use of the solution.
| Advantages | Disadvantages |
|---|---|
| Seamless data flow from planning to acceptance | Implementation in very large organizations requires structured onboarding |
| Proven results: up to 61% cost savings | Maximum benefits are achieved through consistent use by all project participants |
| ISO 27001:2022 and TISAX certified for the highest level of data security | For very small projects with few participants, the feature set may seem extensive |
A central data platform consolidates all project-relevant information. Instead of searching for data in various files, you’ll find everything in one place. The advantage: Every project participant works with the same, up-to-date information.
According to a 2024 study by the Federal Institute for Research on Building, Urban Affairs, and Spatial Development (BBSR), consistent data continuity leads to greater reliability and a higher degree of repeatability in BIM workflows.
| Advantages | Disadvantages |
|---|---|
| Reduces duplicate work by providing a unified information base | Requires initial data migration from existing systems |
| Improves collaboration between different teams | All stakeholders must adapt to new ways of working |
| Provides clarity on the current project status | Depends on users’ discipline in maintaining data |
Mobile data collection apps allow you to document defects, progress, and tasks directly on the construction site. The data is immediately entered into the system—without the need for sticky notes or retroactive data entry in the office.
The key point: If you enter information hours or days later, details get lost. With mobile data collection, you document things the moment they happen.
| Advantages | Disadvantages |
|---|---|
| Information is documented the moment it is created | Requires mobile devices for all data collectors |
| Reduces follow-up work in the office | Employee training is necessary |
| Photos and location data make defects clearly identifiable | Device battery life must be factored in |
Automated workflows ensure that tasks are automatically forwarded to the right people. When you log a defect, the system automatically notifies the responsible subcontractor and sets deadlines.
This not only saves time but also reduces the risk of tasks being overlooked. Escalation mechanisms are triggered automatically if deadlines are not met.
| Advantages | Disadvantages |
|---|---|
| Reduces the need for manual coordination | Defining workflows requires an initial process analysis |
| Tasks are not lost | Changes to processes require adjustments to the system |
| Clear responsibilities for all parties involved | Works only if all stakeholders use the system |
Real-time dashboards aggregate project data into meaningful overviews. Instead of piecing together information from various sources, you can see the current status at a glance.
COMAN Software provides real-time transparency through management dashboards that automatically calculate the project status based on the recorded data. This allows you to identify deviations early on and take corrective action before small problems turn into big ones.
| Advantages | Disadvantages |
|---|---|
| Provides a quick basis for decision-making for project managers | The quality of the dashboards depends on the quality of the data |
| Deviations become apparent early on | Initial configuration requires a clear definition of key metrics |
| Less time spent on status reports | Regular review of dashboard relevance is necessary |
Integrated scheduling links the timeline to actual progress on the construction site. If one trade falls behind schedule, you’ll immediately see the impact on subsequent work.
This is particularly important for projects with many dependencies. After all, a shortcoming in the rough-in work can delay the entire interior finishing—but only if you recognize the interdependencies.
| Advantages | Disadvantages |
|---|---|
| The impact of delays becomes immediately apparent | Requires disciplined progress reports from all trades |
| Better coordination between different teams | Initial scheduling must be detailed enough |
| Early warning system for critical paths | Dependencies must be defined correctly |
The digital project twin is a virtual representation of your entire project. It links all information—deadlines, progress, costs, and defects—into a consistent overall picture.
COMAN Software enables you to create such a digital project twin. This gives you a continuously updated view of your project, making its complexity manageable. The project twin becomes a management tool rather than merely a documentation archive.
| Advantages | Disadvantages |
|---|---|
| Holistic view of the project | Requires consistent data collection across all areas |
| Decisions are based on complete information | All project participants must work within the system |
| Complexity becomes manageable | The benefits increase with the quality of the data collected |
| Solution | Seamless data flow | Mobile data capture | API integration |
|---|---|---|---|
| COMAN Software | ✓ | ✓ (including offline) | ✓ (SAP, CAD, IRP) |
| Central Data Platform | ✓ | Partially | Varies |
| Mobile Data Collection | ✗ | ✓ | Varies |
| Automated workflows | Partially | ✗ | Varies |
| Real-time dashboards | ✗ | ✗ | Varies |
| Integrated scheduling | Partially | ✗ | Varies |
| Digital project twin | ✓ | Varies | Varies |
Media breaks don’t just cost time—they also cost money. Every manual transfer of information carries the risk of errors. And errors lead to rework, delays, and additional costs.
Typical cost implications of media breaks:
With an end-to-end solution like COMAN Software, you can measurably reduce these costs. Documented savings of up to 61% on project management costs demonstrate the potential.
Test your savings potential with our working hours calculator.
The digital construction site requires a shift in thinking when it comes to project management. It’s no longer just about collecting data—it’s about creating a seamless flow of data.
Specifically, this means:
COMAN Software supports project managers precisely in meeting these requirements. The solution creates a centralized data structure that connects all project information and keeps it up to date.
The digital construction site doesn’t fail because of a lack of tools—it fails because of a lack of consistency. When project planning, progress tracking, and defect management exist in separate systems, information gaps arise.
COMAN Software closes these gaps through a seamless data flow. From the initial schedule to final acceptance, all information remains interconnected. The digital project twin shows you the current status at any time—without the need to manually compile reports.
Results from leading industrial companies confirm this approach: less coordination effort, reliable decision-making foundations, and more time for actual project management instead of administrative tasks.
Learn more on our website now or book a demo to see how end-to-end project management works in practice.
Data silos occur when information is manually transferred between different systems. Examples include copying dates from one spreadsheet to another or compiling status reports from various sources.
COMAN Software prevents such gaps by using a central data platform where all project information is logically linked.
The most important step is to implement a centralized project management solution that combines all relevant functions. Mobile data entry directly on-site, automatic status updates, and integrated workflows reduce the need for manual data transfers.
COMAN Software offers exactly these features in a solution specifically designed for complex construction and industrial projects.
The indirect costs of data silos are often higher than expected. These include additional coordination time, delayed problem detection, documentation overhead, and poor decision-making due to incomplete information.
Companies that switch to end-to-end solutions like COMAN Software report savings of up to 61% on project management costs.
No, end-to-end project management is possible even without Building Information Modeling (BIM). COMAN Software ensures data consistency regardless of whether you work with BIM models or not.
The solution combines project planning, progress tracking, and defect management in a single central platform—it works for any industrial project.
The implementation time depends on the project size and existing processes. COMAN Software offers personalized support during onboarding so that teams can become productive quickly.
Many users are already working with the solution after just a short training period. The modular structure allows for a phased rollout starting with individual functional areas.
Media breaks cost time, lead to misunderstandings, and hinder collaboration on the construction site. To improve processes sustainably, you need not only the right tools but also the right expertise.
👉 In our white papers, you’ll learn how companies are digitizing construction site processes, making information centrally available, and successfully avoiding media breaks.
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