Bitrix24 for the construction industry: setup and automation

Setting up Bitrix24 in construction: where record-keeping breaks down

On a construction site, record-keeping breaks not in accounting, but in the field — between the foreman, procurement, and the office.

A material request goes as a message in a messenger, the procurement person keeps it in their own spreadsheet, and at the site they don't know whether the delivery is approved. The result: the crew is idle or the materials arrive incorrect.

Approval of documents at the site is the second gap. Acts, as-built documentation, and contractor invoices circulate as letters with paper signatures; each round takes days of waiting.

By the close of a stage, some confirmations are lost, and the volumes in the act diverge from the actual.

Reports from sites arrive late: readiness, material consumption, photo documentation enter the summary a week later, when the decision should have been made earlier.

The summary across projects is assembled manually, and by the end of the month requests, acts, and warehouse don't reconcile with each other.

The cost of the gap is shifted deadlines, contractual penalties, and the project cost, which is only visible after handover.

Therefore, automating a construction company starts not with reports for management, but with the fact that a request, approval, and on-site actuals live in one system.

Setting up Bitrix24 in construction addresses exactly this: tracking of projects and requests is tied to the project and the responsible person, the approval route is predefined, and data from the site enters the system from a phone. Below we analyze how this is structured — for each area where deadlines are currently lost.

What changes after implementation: deadlines, downtime, control

The effect of system implementation is measured not in 'it became more convenient,' but in days and hours that stop being lost between the site, office, and warehouse.

Below are checkpoints that show that Bitrix24 setup in construction actually worked, and did not just add another data entry window.

Document approval deadlines

Each document — an act of completed works, an as-built diagram, an invoice, a supplementary agreement — follows a predefined route: draft, estimator review, foreman's approval, manager's approval.

The system shows at whose step the document is and how long it has been there, so approval times are reduced from a week to one or two days. Versions are not lost: you can see what was changed, who approved it, and on what basis.

Execution control at sites

A work order, photo documentation of a stage, and an acceptance mark are tied to the project and date — downtime of equipment and crews becomes noticeable at the moment it begins, not at the end of the month according to an act.

A material request follows the same route as documents: initiator, warehouse stock check, approval, delivery. Transparency of material procurement rests on the fact that each item has a justification, a responsible person, and actual consumption per project.

In sum, this gives predictability: the manager sees crew workload, material movement, and bottlenecks across projects in one picture, rather than assembling it from calls and scattered spreadsheets.

Hence the measurable result — fewer downtime hours, a shorter approval cycle, fewer discrepancies between declared and actual work volumes.

Deployment options: cloud, on-premise, hybrid

Placement determines the data perimeter, backup scheme, and update procedure — not interface convenience.

A construction task has its own conditions: projects in different regions, contractors and procurement outside the staff, constant exchange of estimates and as-built documentation.

Cloud scheme

The vendor handles updates and backups; the team is left with process setup: project cards, approval routes, role-based access rights. The production environment is deployed in days; crews at remote sites connect immediately.

The key limitation: there is no full access to the code and database, and the scope of modifications is limited to extensions.

On-premise and hybrid schemes

The company's local server gives full control: its own database, its own backup policies, arbitrary integrations with accounting, warehouse, and estimating systems. The price for this is operations: updates, monitoring, and a recovery plan are maintained by the team.

The hybrid scheme separates perimeters: contracts, finances, and as-built documentation remain inside, while the contractor portal, material requests, and mobile employees are in the external one.

An exchange policy, version control, and regular recovery testing are needed; otherwise, data discrepancies between perimeters become permanent.

Choosing an option for the task boils down to three questions: where data must be stored, how many external participants work in the system, and who takes on updates and recovery.

Implementation stages: from process audit to handover

The implementation of Bitrix24 proceeds in stages, and each stage ends with an artifact that the customer accepts: a process map, a configured route, role instructions.

If the audit is skipped, setup turns into transferring paper policies into the interface — employees return to messaging and spreadsheets.

Process and data audit

1. Business process audit: interviews with site managers, procurement, and the estimating department. We record where a request is lost, who approves, which deadlines are critical, and where decisions are still made manually.
2. Data inventory: reference data for nomenclature, counterparties, and projects, current policies and spreadsheets in which record-keeping actually takes place. The output is a process map with a list of bottlenecks.

Setup, verification, handover

• Setting up funnels and routes: stages for the real cycle — design, approval, delivery, construction and installation works. Automatic actions pass tasks between departments, rights are distributed by roles.
• Integration with 1C: exchange of nomenclature, contracts, and request statuses so that data is not entered manually twice.
• Verification on real data: we run typical deals and requests, including rejection and return to the previous stage. We look at what happens to tasks, deadlines, and responsible persons.
• Documentation handover: route diagrams, role instructions, change management policy. We train employees on their own tasks.

After handover, support remains: refinement of routes for new projects, handling user requests, and adjustments to reference data.

What remains with you: policies, diagrams, access

After launch, the system should work without us: a new stage, field, or role is added by the in-house administrator independently, without waiting for the contractor.

Therefore, we hand over not a 'ready setup,' but a package of documents by which the configuration can be developed and accepted from another team.

Process diagrams and reference data

The diagram shows not the system's structure, but the flow of work: where a request turns into a task, and a task into a closed stage. From it, you can see at which step data is lost and which fields should be made mandatory.

• End-to-end process map: from a request for a project to signing the act, indicating who and when changes the status.
• Structure of reference data: projects, nomenclature, counterparties, crews, responsible persons.
• Rules for links "deal — project — tasks — documents" so that reporting is assembled automatically.

Access rights and instructions

• Role matrix: foreman, procurement person, estimator, department head — what each sees and changes.
• Restrictions on access to documents and folders, including by project.
• Instructions for employees: one or two pages, action-based, on company data.
• Policy for working in the system and procedure for transferring tasks to a new administrator.

The handover package includes a change log and export of settings — using them, an unsuccessful change is rolled back to a working state, rather than disassembling the configuration from scratch. Describe the task — we will return with an estimate and a plan.

Case study: project tracking before and after automation

A contracting organization was working on several dozen projects simultaneously: foremen, procurement, and accounting kept data in different spreadsheets, and material requests went through messaging.

We analyze what the setup of Bitrix24 and the transfer of record-keeping into a single project-based perimeter gave.

How it was before implementation

Each project lived in a separate file: requests, acts, photo reports — in email and chats. The site summary was assembled manually by the end of the shift, and some requests were lost between crews: a repeat delivery arrived only after downtime. Downtime surfaced only at the end of the month, when corrections were most expensive.

What resulted after

Tracking was tied to the project card: a request is created from the site, goes to the responsible person, is reserved in the estimate, and goes to procurement.

The history for a project is assembled automatically — from the first request to closing documents, and both the foreman and management see the status.

A month later, the share of overdue requests decreased by about three times, and manual assembly of summaries disappeared completely. The scheme was replicated to new projects without modifications: project cards and approval routes were already set up.

How does cloud Bitrix24 differ from on-premise?

In Bitrix24, the cloud option lives on the vendor's side: the portal is accessible from a browser and mobile app, updates and backups come automatically.

The foreman closes a request or photo report directly from the site, and no server at the site or system administrator is needed.

The limits of the cloud become visible when the system needs more than record-keeping: there is no access to the database and files, the core cannot be rewritten for your processes, and exchange with internal systems goes through external integrations with limits on the number of calls.

Some heavy scenarios — analytics by project, non-standard approvals — are implemented in a stripped-down form.

On-premise installation removes these limitations: the code and database are under your control, you can add your own modules, connect the portal directly to the accounting system, and store data on your own territory.

The price for freedom: updates, monitoring, and server security are handled by your side, which means you need infrastructure and an engineer responsible for it.

Access from project sites is solved differently. In the cloud, a mobile client is enough: communication via carrier networks, nothing needs to be kept on a site computer.

The local portal will have to be exposed externally through a secure tunnel or a published web node — this is a separate layer of work on rights and security.

Migration between options is possible but not symmetrical: from cloud to on-premise, data goes via a standard mechanism, some settings and rights have to be reassembled manually, and the reverse path is more difficult.

Therefore, the choice is made based on data and customization requirements: many projects and a quick start — cloud; custom modules and full control — on-premise.

Technical concerns: integrations, rights, volumes

Technical concerns surface before the start, not after: sorting out integrations, rights, and volumes at the design stage is cheaper than redoing connections and roles in a working system. Below are four questions that almost every construction customer asks, and substantive answers.

We keep exchange with the accounting perimeter on Bitrix24 and 1C — contracts, estimates, and projects also live there, so the same data does not have to be maintained twice and reconciled manually.

How to restrict access for contractors and foremen?

Rights are set by roles and project binding: a contractor sees only their own tasks and acts; a foreman sees their own projects and crew. External users do not get into commercial sections and the general database. Action history is preserved, so you can see who opened a document and when.

What happens when there is a lot of data?

We pre-configure indexes, archiving of closed tasks, and moving heavy attachments to separate storage; we separate reporting from working sections. As data grows from thousands to tens of thousands of records, the response of the feed and cards remains the same.

Can data be migrated from spreadsheets?

Yes: stages, projects, responsible persons, and reference data are migrated from spreadsheets and old databases with checks for duplicates and empty links.

First we run the migration on a portal copy and verify the results by project, and only then upload to the production environment — the move happens without stopping current processes.

Let's discuss the task: where to start and what to prepare

To make the conversation about setting up Bitrix24 in the construction industry substantive, it is useful to gather a few inputs in advance. You don't need to prepare documents — what is already at hand for the manager and chief engineer is enough.

With this set, we will faster understand where to start automation and will return with a time estimate for the work and an implementation plan by stages.

• Stages of a deal in construction: from request and measurement to estimates, signing, and warranty service — this shows where information is lost.
• How projects and addresses are currently tracked, which employees are tied to each project.
• Where inquiries come from: website, phone, email, messengers, aggregators — these are the boundaries of the future funnel.
• What data lives in 1C: nomenclature, estimates, contracts, acts — the exchange scheme and composition of project cards depend on this.
• Roles and areas of responsibility: foreman, procurement person, estimator, manager — who sees and changes what.
• Reports needed by management: crew workload, delivery deadlines, deviations from estimates, project profitability.
• What is already set up and working: funnels, robots, smart processes, exchange with 1C — so as not to break what is working.

If there is no answer for some point, that's not a problem: we will assemble part of the picture ourselves during the process familiarization stage.

Describe the task in free form, and we will clarify the missing details, show the implementation plan by stages, and return with a time estimate for the work.