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Russian construction needs its own mechanized layout technology. This is my position as the author of fieldBIM: digitalization should reach the point where a partition is installed, equipment is placed and building services are routed.
If a detailed digital design must ultimately be broken back into dimensions, transferred with a tape measure and marked with a chalk line, much of the work of turning data into a physical result still rests with people. I consider this transition an important engineering challenge.
Information modelling has become a government priority
In Russia, the transition to information modelling is reflected in regulatory requirements. Government Resolution No. 331 specifies when an information model must be created and maintained, while Resolution No. 614 sets out the rules and information to be included. Guidance published by the Kurgan Region construction authority in January 2025 separately explains requirements for shared-equity development projects with permits issued after 1 January 2025. [1]
This establishes a direction for the industry: working with asset data throughout its life cycle. Modelling, coordination between design disciplines, information exchange and revision control become parts of the construction process.
The next question is practical: how will design coordinates and symbols reach the location where installation starts? Government adoption of information modelling makes that question particularly important.
The model is complete. The floor has no lines yet
Consider a hypothetical floor: partitions, openings, cable routes and fixing positions have been coordinated in the digital design. Before work starts, crews need clear physical references on site. Preparing and setting out the geometry is a separate task between these two states.
Geometry, coordinates, design disciplines and symbols.
Task preparation, registration to survey control, marking and verification.
Clear lines and marks for the construction crew.
Where this transfer is manual, a specialist reads the drawing, selects dimensions, measures distances and makes marks. Tape measures and chalk lines remain familiar tools. Detailed layout increases the number of repetitive operations to perform and check.
The more useful information a model contains, the more evident the gap becomes when only a small part reaches the site. Adding digital services or AI to design does not itself place a line on concrete. The chain needs a tool for physically transferring data.
The geodetic construction control network, or GRO, establishes the common site coordinate framework. It is used to set out axes and erect and verify structures. The design and layout system are registered to that same control, giving partition lines, openings and service fixings coordinated positions within the building. For me, mechanizing this transfer is the central task: turning digital data into verifiable marks in the construction site’s common coordinates.
International experience exists. Access is a separate issue
Existing systems illustrate different ways of solving the task. Their technical approaches are discussed in Worldwide solutions ↗. For a Russian user, the next question is whether the complete working system can be obtained and kept operational.
Sanctions and manufacturers’ own decisions substantially affect access. For example, on 3 March 2022 HP officially announced the suspension of shipments to Russia and Belarus. This is a company statement about its shipments, not a product-specific statement of SitePrint availability. [2]
The Council of the EU’s official overview lists export restrictions on certain technologies, electronic and optical components, and restrictions covering some services and software. Applicability depends on the specific item, service and transaction. That list alone cannot establish that every layout system is prohibited from supply. [3]
For site operations, availability includes equipment, the measuring instrument, software, activation, consumables, spare parts, updates and technical support. Being able to buy an individual machine does not establish that the entire chain will work on site.
I therefore consider waiting for foreign suppliers to return a weak foundation for long-term mechanization of Russian construction. We need the ability to develop and support the technology ourselves.
A sustainable solution needs domestic development
By a domestic solution I mean engineering expertise: understanding the system, controlling its software, fixing faults, modifying its design and organizing support locally.
This matters more than declaring the origin of every component. Practical independence is demonstrated by the ability to diagnose a fault, adapt data processing, replace an assembly and return the system to operation.
My conclusion is that domestic technology development is necessary for widespread, sustainable use of mechanized layout in Russia. Supplies and partnerships can complement it. Russian developers and contractors must also be able to hold the core knowledge, develop the system and take responsibility for the result.
A digital design needs a reliable path onto the construction site. I consider the ability to build, verify and support that path domestically an essential condition for developing the technology.
The complete workflow must be assembled
A robot makes sense as part of data preparation, measurement and work organization. I identify several connected tasks for applying the technology on a Russian site.
Prepare geometry from the CAD/BIM workflows in use, agree layers and symbols, and retain the connection to the current task revision.
Tie layout to the building’s GRO, define deliverable requirements and a clear verification procedure.
Account for the floor, dust, obstacles, instrument visibility and transitions between work areas.
Provide training, consumables, repairs and access to the functions required to complete the task.
Show what was marked, what was checked and which locations remained inaccessible. Layout must be understandable to the people continuing the work.
The delivery model may also be a service: the contractor takes responsibility for preparation, equipment and site execution, and the customer receives an agreed result. That approach likewise requires a competent team and a sustainable technical foundation.
Connecting digital design with construction work
This is the context in which I develop fieldBIM, my own project for a mechanized floor layout robot. I want to complete the path from prepared data and building coordinates to a verifiable physical result.
fieldBIM is currently a prototype. Confirmed specifications and clear conditions of use still need to be established. On this website I examine the technology, international experience and engineering questions I consider important to its development in Russia.
The need for a domestic solution already gives this work a purpose. The development result will need to demonstrate how successfully the task has been solved.
Documents and official statements
These sources concern information modelling requirements, manufacturer decisions and sanctions. The conclusion that domestic technology is needed is fieldBIM’s independent position.
- Kurgan Region construction authority: adopting information modelling Official guidance, including the 9 January 2025 statement referring to Resolutions No. 331 and No. 614.
- HP: statement suspending shipments to Russia and Belarus Official statement of 3 March 2022; it does not establish current supply conditions for each individual product.
- Council of the EU: sanctions overview Categories of goods, technologies and services; applicability needs checking for the specific offering.
Materials checked on 29 October 2026.