Artus Galéria - Építész Stúdió

22/07/2026

AI-assisted automatic pricing has arrived in WeBoQ.app, currently available in Beta. This innovation addresses two key challenges in cost estimation: generating a cost estimate structure and pricing it effectively.

The AI cost budget generator helps create and organize the structure of the estimate, while the AI pricing layer suggests prices for the structured items. Although they are connected, these functions serve distinct purposes.

The workflow is straightforward:
1. Structure the budget
2. Price the items
3. Review the assumptions

The aim is not to eliminate professional judgment but to streamline the initial manual pricing process, highlight uncertain items earlier, and provide estimators with a quicker starting point. In construction, pricing is multifaceted, influenced by scope, location, material specifications, labor assumptions, market conditions, inclusions, exclusions, and project context.

AI-assisted pricing should not obscure the reasoning behind decisions; rather, it should facilitate easier review of assumptions. With the new pricing module, WeBoQ.app advances toward a more comprehensive AI-assisted estimating workflow, encompassing:
- BIM data and structured BoQ generation
- Pricing intelligence
- Professional review

Faster processes do not have to compromise control. The future of estimating is not solely automatic; it is structured, reviewable, and bolstered by expert judgment.

www.WeBoQ.app

11/07/2026

Which building system usually surprises you most in early cost plans?

A cost estimate should highlight areas where design is becoming expensive. While the total cost of a building is important, understanding the distribution of that cost is often more critical. A single figure can indicate if a project is over budget, but it doesn't explain why.

A structured cost plan can identify specific areas of expense, including:
- Substructure
- Shell
- Facade
- Interiors
- Building services
- Sitework

This is where BIM data, cost planning, and system-based budget structures can add significant value. When model data is translated into a clear cost structure, the project team can identify cost pressures earlier—not just at the end of the estimating process or when the budget is already challenging to adjust, but while design decisions are still open.

For architects, this approach provides better feedback on design choices. For developers, it offers enhanced visibility on feasibility. For cost consultants, it presents a clearer way to explain what drives the estimate.

At WeBoQ.app, we are focused on creating not just faster cost plans, but more explainable ones. Value engineering should begin with visibility, not panic. The best estimate is not merely a price; it is a map of where project value is being shaped.

www.WeBoQ.app

11/07/2026

A cost estimate should highlight areas where design is becoming expensive. While the total cost of a building is important, understanding the distribution of that cost is often more critical. A single figure can indicate if a project is over budget, but it doesn't explain why.

A structured cost plan can identify specific areas of expense, including:
- Substructure
- Shell
- Facade
- Interiors
- Building services
- Sitework

This is where BIM data, cost planning, and system-based budget structures can add significant value. When model data is translated into a clear cost structure, the project team can identify cost pressures earlier—not just at the end of the estimating process or when the budget is already challenging to adjust, but while design decisions are still open.

For architects, this approach provides better feedback on design choices. For developers, it offers enhanced visibility on feasibility. For cost consultants, it presents a clearer way to explain what drives the estimate.

At WeBoQ.app, we are focused on creating not just faster cost plans, but more explainable ones. Value engineering should begin with visibility, not panic. The best estimate is not merely a price; it is a map of where project value is being shaped.

www.WeBoQ.app

07/07/2026

How do you make local cost data understandable for international stakeholders?

A construction budget must function in two directions: it needs to be detailed enough for local accuracy while also being structured for international communication.

Construction cost planning is inherently local, as labor rates, material prices, procurement habits, standards, market conditions, and cost codes vary from country to country. However, project communication is increasingly global, requiring developers, designers, cost consultants, investors, and clients to discuss the same budget across different professional and national contexts.

This is where WeBoQ comes in, combining local cost logic with an internationally readable, UNIFORMAT-based view. The local structure ensures the detail needed for accuracy, checking, and professional control, while the UNIFORMAT layer provides a broader building-system perspective that is useful for early comparisons, feasibility studies, design discussions, and international stakeholder communication.

It’s not about replacing one classification with another; it’s about viewing the same budget from different angles.

The local detail addresses questions like:
- What exactly is included?
- Which work item drives the cost?
- How can the estimate be checked?

Meanwhile, the system-based view tackles different questions:
- Is the shell becoming too expensive?
- Are services changing the feasibility picture?
- Which building systems are affecting the budget?

Both perspectives are essential. A good cost plan should be detailed enough for verification and structured enough for explanation. This balance is where digital cost planning can create real value.

Same budget. Different perspectives. Better decisions.

02/07/2026

Many AEC teams do not face a data problem; they encounter a translation problem. The data is often available in various forms:

- IFC objects
- Excel schedules
- BIM quantities
- Naming conventions
- Local cost codes
- Client-specific cost structures

However, these sources do not always communicate effectively. This is where the estimating process can become slow.

- Exported quantities require cleanup.
- Item names need interpretation.
- Groups must be classified.
- Missing assumptions need identification.
- Cost logic needs consistent application.

WeBoQ is designed to enhance this aspect of the workflow. The objective is not merely to extract data from BIM or spreadsheets, but to translate that data into a structured, reviewable cost budget organized by systems, groups, and items.

Automation without structure can create confusion. Structure transforms automation into a process that can be checked, explained, and trusted. In construction cost planning, the ability to check is crucial; it distinguishes between a useful estimate and an impressive yet risky output.

With WeBoQ, we aim to create a workflow where IFC and XLSX inputs evolve into structured cost intelligence—faster, clearer, and with professional review at the core. The challenge lies in translation, not extraction.

https://weboq.app

A tool to creatWeb based Bill of Quantities for Construction

30/06/2026

WeBoQ is excited to announce that AI-based automatic pricing is now available in beta on WeBoQ.app website.

Cost planning extends beyond just quantities. Once the budget structure is established, the immediate question arises: What should these items cost?

With the new AI pricing module, WeBoQ can assist with automatic price suggestions for structured budget items, enabling teams to transition more swiftly from quantities and cost structures to an initial priced estimate.

The goal is straightforward:
- Budget items → AI-assisted price suggestions → faster estimating

This marks a significant step in our roadmap towards a more connected cost planning workflow, where BIM data, structured cost breakdowns, and pricing intelligence collaborate seamlessly.

Currently, the AI pricing module is in Beta, which emphasizes the importance of professional review. Estimators and cost consultants retain control, allowing them to review, adjust, and validate the suggested prices. We do not view AI as a replacement for cost expertise; rather, we see it as a tool to minimize repetitive tasks, accelerate early-stage pricing, and provide project teams with timely cost feedback.

Additionally, we are progressing on group-level cost estimation, enabling teams to comprehend not only individual line-item prices but also the cost implications of larger building systems and budget groups.

This initiative is another stride towards our vision: BIM data + cost structure + pricing intelligence — all interconnected in one workflow.

30/06/2026

Cost planning should not be a report issued at the end of a design phase.

Cost planning should not be a static report;

it should function as a feedback loop between design and cost. Every project changes, and the model evolves. Quantities shift, cost assumptions move, and design decisions need to respond accordingly.

However, cost information often arrives too late—after key decisions have already been made. At WeBoQ, we are striving for a more connected cost planning workflow, where BIM model data, quantity changes, and pricing intelligence continuously support the design process.

The logic is straightforward:
- Model change
- Quantity change
- Cost movement
- Design decision
- Review

This approach enables project teams to understand the financial impact of design changes earlier, faster, and with greater confidence. The best estimate is not merely a number at the end of the process; it serves as a decision-support tool throughout the project.

Better feedback.
Better decisions.
Better projects.

30/06/2026

Cost planning should not be a static report;

it should function as a feedback loop between design and cost. Every project changes, and the model evolves. Quantities shift, cost assumptions move, and design decisions need to respond accordingly.

However, cost information often arrives too late—after key decisions have already been made. At WeBoQ, we are striving for a more connected cost planning workflow, where BIM model data, quantity changes, and pricing intelligence continuously support the design process.

The logic is straightforward:
- Model change
- Quantity change
- Cost movement
- Design decision
- Review

This approach enables project teams to understand the financial impact of design changes earlier, faster, and with greater confidence. The best estimate is not merely a number at the end of the process; it serves as a decision-support tool throughout the project.

Better feedback.
Better decisions.
Better projects.

29/06/2026

We have launched the AI pricing module in WeBoQ, and we are now working on group-level cost estimation to make early-stage budgeting faster, clearer and more structured.

Detailed trade-based estimates are essential in project design. However, early design teams often face different questions:

- Is the substructure driving the budget?
- Is the shell becoming disproportionately expensive?
- Are building services altering the feasibility picture?
- Are interiors, equipment, or siteworks increasing costs more than expected?

To address these questions, WeBoQ now includes a UNIFORMAT-based cost budget structure. This approach allows project teams to discuss the building by systems rather than just detailed line items:

- Substructure
- Shell
- Interiors
- Services
- Equipment
- Sitework

This system provides architects, developers, and cost consultants with a clearer second view of the project, making it easier to compare, explain, and utilize in international project discussions. We are not replacing detailed local cost structures; instead, we are adding a system-based, internationally readable cost view that supports early-stage decisions.

From BIM model data to structured cost planning, our goal is straightforward: to foster better conversations before the budget becomes fixed. In early design, the right structure can be as valuable as the first number.