Construction document management: what we discovered by analyzing 100+ construction sites in 2026

On a construction site, information is rarely lost in an obvious way. More often, it is simply scattered. An updated floor plan arrives by email, some photographs are shared in the crew chat, a technical data sheet remains on the office computer, and a revision is saved under a different name from the previous one.

When one of these pieces of information needs to be retrieved quickly, the problem becomes apparent: someone opens several folders, checks a conversation, calls a colleague, or asks for the document to be sent again.

Taken individually, these tasks take only a few minutes. That is precisely why they are difficult to perceive as a cost. They become significant when they are repeated every day and involve site managers, the technical office, administration, and external collaborators at the same time.

In 2026, we therefore decided to take a closer look at the phenomenon using data from 126 construction sites belonging to 10 companies that use Edil-Up. The companies involved authorized the use of the information required for the study exclusively in anonymous and aggregated form.

The analysis does not identify companies, workers, clients, addresses, contract values, or other elements traceable to individual projects. The aim was not to compare one company with another, but to understand which difficulties recurred in construction document management and how much a better organization of information could help.

The sample: 126 construction sites belonging to 10 companies

The construction sites considered in the study do not belong to a single organization. They are spread across ten different companies, each with its own habits, people, filing methods, and project-management practices.

This diversity matters because document management varies significantly from one company to another. In some organizations, the site manager directly handles much of the documentation; in others, the technical office plays a central role. Some companies use numerous collaborators and subcontractors, while others work with more stable crews.

The quantity and type of documents also vary: technical drawings, photographs, minutes, certifications, supply documentation, internal communications, and files related to the different stages of work.

The 126 construction sites therefore do not constitute a statistically representative sample of the entire Italian construction industry. In addition, all the companies considered already use Edil-Up, an element that must be disclosed because it may distinguish them from companies that are still fully analog.

The study nevertheless offers an interesting snapshot of what happens when dozens of real projects are managed simultaneously and information must constantly move between the field and the office.

How we read the data without confusing necessary work with inefficiency

One of the first methodological challenges was determining what should be considered wasted time.

Reading a technical data sheet is not inefficient. Checking a drawing before starting work is not either. Preparing meeting minutes, checking a delivery, or updating a document are activities that are normally part of the job.

We therefore avoided broadly classifying all time spent on documents as “waste.” The focus was mainly on repetitive steps that do not genuinely add value to the information.

Recurring situations were grouped into five categories:

• repeated searches for a document that was already available;
• revision checks because it was not immediately clear which file was up to date;
• resending documents that had already been shared;
• reconstructing the context of photographs, notes, or communications not clearly linked to a stage or activity;
• access problems when the person concerned could not directly view the required information.

This distinction makes it possible to address the problem more concretely. The goal is not to eliminate document-related work, but to reduce the tasks that force someone to interrupt their activity to look for or reconstruct something that should already be available.

Where time is concentrated: five situations repeatedly seen on construction sites

The first situation is also the most intuitive: the document exists, but cannot be found immediately. It may have been uploaded to a different folder, sent by email, or shared in a crew chat. The problem is not the absence of information, but not knowing where to look for it.

A second case concerns revisions. When several versions of the same drawing remain available without clear naming, the person in charge must check the date or file name, or ask the person who created it for confirmation. The time involved may seem negligible, but becomes important when the check must be repeated across many documents.

The third case is resending. A file has already been shared, but the person who needs it cannot retrieve it and asks for it to be sent again. At that point, the inefficiency involves at least two people: the person searching and the person who interrupts what they are doing to search again and resend it.

A fourth problem concerns context. A photograph may be perfectly understandable on the day it is taken, but much less so several weeks later if it is unclear which stage, room, work activity, or issue it referred to.

Finally, we considered access. An archive may be centralized and still create friction if the right collaborator does not have the necessary permissions or does not know where to find what they need.

The common feature of all these episodes is their apparent triviality. Taken individually, none seems serious enough to require an organizational response. Their frequency is what makes them significant.

From a single episode to annual time

To translate the phenomenon into an understandable order of magnitude, we built a conservative scenario, starting with four people for each of the ten companies considered as regularly involved in managing and exchanging information.

This does not mean that only forty people used the 126 construction sites, or that they all behaved in the same way. The group is used to build a consistent and readable estimate.

We therefore assumed that better organization could recover just eight minutes per person per day spent searching for files, checking revisions, resending documents, and requesting clarification.

The calculation produces:

40 people × 8 minutes × 20 operating days = 6,400 minutes per month.

That equals approximately 106 hours and 40 minutes per month and, over twelve months, approximately 1,280 hours.

The figure becomes meaningful especially when applied to a single company: on an arithmetic average, approximately 128 hours in one year.

That is more than three 40-hour workweeks. Not achieved by eliminating important activities, but by reducing a series of micro-interruptions distributed throughout the year.

What is the economic value of the time recovered?

Translating hours into dollars necessarily requires an assumption. Every company has different labor costs, and the people involved in document management may have different roles and compensation levels.

To make the calculation easy to read, we used a conventional value of 30 euros per hour in company cost.

Applied to the 1,280 hours in the central scenario, the result is:

38,400 euros of equivalent work capacity for the ten companies considered.

Dividing the value by ten gives, again as an arithmetic average, approximately 3,840 euros per year per company.

It is important not to interpret this figure as an automatic cash saving. An hour recovered does not necessarily produce 30 euros in the bank account. It may instead mean less overtime, greater availability for the technical manager, or more time to prepare estimates, support clients, or coordinate work.

The table mainly shows how sensitive the result is even to very small variations. It is not necessary to assume entire hours lost every day to arrive at figures that deserve attention.

Why we avoided using percentages of revenue

Content about productivity often includes percentages of revenue attributed to inefficiencies, rework, or poor information management.

For this study, we preferred not to use a generic percentage. Revenue does not directly show how long a person spends finding a document and could make the result more dramatic but less verifiable.

Hours and minutes, on the other hand, are quantities that every company can monitor with relative ease. The hourly cost can then be replaced with the actual cost of its own organization.

Comparison with international research published in 2026

The results from our sample were also considered in light of several international studies published in 2026. They are not used to automatically attribute results to Edil-Up construction sites, but to place the issue in a broader context.

RICS Construction Productivity Report 2026

The 2026 RICS report compiles responses from almost 3,000 construction professionals across five global regions and highlights how fragmented the way the industry measures productivity still is.

In Europe, the use of external benchmarks remains particularly limited, while factors such as planning, activity sequencing, supervision, and coordination continue to be identified among those with the greatest impact on performance.

The link with our study is mainly methodological: if what happens every day is not measured, many inefficiencies remain mere perceptions.

Deloitte and Autodesk — State of Digital Adoption in the Construction Industry 2026

The Deloitte Access Economics and Autodesk study analyzes 954 construction and engineering companies in six Asia-Pacific markets.

The picture is of an industry in which digital and cloud tools are now widely used, but are not yet integrated uniformly. Fifty-six percent of companies report using data analytics tools, 50% cloud construction management software, and 47% mobile applications.

At the same time, about one company in four continues to rely primarily on paper-based systems, and fewer than half report that field crews mainly have access to real-time project data.

Another interesting point concerns fragmentation: the median number of systems used by companies has fallen from eleven to six.

That is a clear improvement, but six different tools still mean six possible places in which to enter, search for, or synchronize information.

McKinsey — How AI is reshaping the future of the AEC industry, 2026

In July 2026, McKinsey updated its overview of productivity in the Architecture, Engineering & Construction sector, highlighting that the industry continues to have significant room for improvement.

According to the analysis, global construction output reached approximately 15 trillion dollars in 2025, while labor productivity in the sector grew overall by approximately 10% between 2000 and 2022.

Artificial intelligence and automation open up new possibilities, but their impact also depends on data quality and organizations’ ability to rethink their processes.

For a construction site, this means that artificial intelligence can help process information, but it cannot by itself correct a structure in which documents and context continue to be scattered.

Autodesk — 2026 State of Design & Make: AI Pulse

Autodesk’s 2026 State of Design & Make: AI Pulse also shows that artificial intelligence has become firmly established. The survey, conducted among 2,500 global leaders, finds that 84% already associate AI with increased productivity in their organization.

The figure is particularly interesting because it moves the discussion beyond simply using digital software. The benefit no longer comes only from having a tool, but from how tools, data, and people are connected.

Going digital does not necessarily mean having organized information

One of the clearest aspects to emerge from observing construction-site workflows is that paper and digital are no longer two opposing worlds.

A company can use very little paper and still have fragmented management. The document is on Drive, the decision is on WhatsApp, the budget is in Excel, attendance is in another application, and communication with the client is in email.

Everything is digital, but the person in charge still has to move from one tool to another to reconstruct the situation.

The real difference, therefore, is not between paper and cloud. It is between separate information and contextualized information.

Five practical recommendations from the analysis

1. Establish an official source for each construction site

Chats and email can remain useful tools for quick communication, but everyone should know where the reference document is located.

If every stakeholder keeps their own copy, after several revisions it becomes very difficult to determine which one is valid.

2. Use clear names and revisions

Good naming does not need to be complicated. It simply needs to allow someone who did not create the file to understand what it contains and which version it refers to.

Construction site, document type, date, and revision are often enough.

3. Define roles and permissions before a problem arises

Not everyone needs to be able to edit everything. At the same time, people working in the field should not have to call every time they need a document they should already have been able to access.

The permissions structure should therefore reflect how people actually work.

4. Always test the process on a smartphone

Many document systems are designed in the office, in front of a computer. Construction sites, however, often operate from smartphones or tablets.

A structure that looks organized on a large monitor may be slow or unintuitive in the field.

A very simple test is to ask a site manager to find a document independently from their phone and observe how long it takes.

5. Measure before and after the change

Before introducing a new method, it is useful to record a few simple indicators for one or two weeks: requests to resend documents, questions about revisions, the time needed to find a document, and access problems.

After introducing the new process, the same measurement makes it possible to understand whether anything has actually improved.

Perception is useful. Before-and-after comparison is much more useful.

Where Edil-Up fits into the process

Edil-Up is developed around the idea that a document becomes more valuable when it remains connected to the context in which it is used.

Within the management system, construction sites, stages, collaborators, roles, permissions, documents, communications, and attendance can be managed in the same operating environment.

This makes it possible, for example, to avoid treating a document simply as a file in a folder separate from the rest of the project.

The Edil-Up construction site management system lets you organize documentation within projects and share it with authorized collaborators, while the Edil-Up mobile app provides access to information from the field as well.

This is the logic behind the Construction Operating System: not simply adding another place to store files, but progressively reducing the number of steps needed to reach the right information.

Study limitations

It is also important to clarify what this analysis does not demonstrate.

The 126 construction sites belong to ten companies that already use Edil-Up and are not statistically representative of the entire construction industry. The companies differ in size, organizational structure, and project type.

The economic scenario based on 8 minutes per day and 30 euros per hour is a valuation constructed to make the order of magnitude understandable. It should not be interpreted as the identical economic result achieved by each of the ten companies.

In addition, the quality of document management depends on multiple factors: software, training, internal discipline, folder structure, roles, permissions, and people’s habits. It would not be correct to attribute any improvement to a single element.

For this reason, we believe it is more useful to read the study as an operational snapshot and a starting point for better measuring what happens within an individual company.

What 126 construction sites taught us

The most interesting conclusion does not concern a specific technology.

It concerns how time is lost.

Document management rarely stops a crew for an entire day. Much more often, it takes away five minutes here, three minutes there, a phone call, an additional check, or a second send.

These intervals are small enough to be ignored and frequent enough to become significant when multiplied across people, days, and construction sites.

That is why the first improvement should not necessarily be to buy more technology.

It should be to understand where information is interrupted, where it is duplicated, and where it forces people to reconstruct something that already exists.

Once those steps have been identified, technology can do what it should really be used for: make work simpler, not merely more digital.

External comparison sources — 2026

• RICS — Construction Productivity Report 2026 , international research involving almost 3,000 construction professionals.
• Deloitte Access Economics / Autodesk — State of Digital Adoption in the Construction Industry 2026 , a study of 954 construction and engineering companies.
• McKinsey & Company — How AI is reshaping the future of the AEC industry, 2026 , an analysis of productivity, data, and digital transformation in the AEC sector.
• Autodesk — 2026 State of Design & Make: AI Pulse , research involving 2,500 international leaders.

Measure your process on a real construction site

To understand how much document management weighs on your company, the starting point can be very simple: choose a construction site and observe for several days how often people have to search again for a document, check a revision, or request a file that is already available.

After centralizing the process, the same measurement makes it possible to understand whether the change has produced a concrete result.

Edil-Up Team