The outline is found in the drawing.
The engine extracts the building outline from geometry, without looking at layer names, and shows the candidates with their confidence; you have the final say.
Scaffolding, built from the drawing.
İskeleAI reads the building outline from your drawing, builds the facade scaffold piece by piece in the H-frame system, checks it against TS EN 12811 and turns it into a quotation, complete with drawing sheets.Reads your drawing’s outline, builds the scaffold, checks it, writes the quotation.
Access is currently open to business partners. Request a demo
Outline
It all starts with an outline.
The engine finds the building outline in the drawing’s geometry, without looking at layer names.
- 24.00 × 16.00 m
- plan size
- 6
- facades
Scaffold
The scaffold goes up in the same order as on site.
Every part is an item from the manufacturer’s catalogue; what you count on screen is what you read in the bill of materials.
- 0 / 1,777
- parts in place
- 0 / 6
- lifts
- 14,557.34 kg
- total weight
Ties
Ties follow the manufacturer’s pattern.
The tie pattern comes from the manufacturer’s structural report and flows into the plan, the elevations and the bill of materials from the same model.
- —
- tie points
Verification
Every lift is checked.
Self-weight, service load and wind are distributed to the standards, platforms and ties; the result goes into the report with its formulas.
- 48
- checks run
- 22 %
- highest utilisation
- 15
- warnings in the report
Report
The result is a file.
Sheets to scale, the structural calculation, the bill of materials and a quotation priced from your own price list: one PDF and a shareable link.
Sample project · L-plan 24 × 16 m · H 11.5 mThis view isn’t an illustration: it’s a real run of the engine.
From drawing to quotation, in one flow.
The engine extracts the building outline from geometry, without looking at layer names, and shows the candidates with their confidence; you have the final say.
The plan, elevation, section and 3D views all draw the same model; the bill of materials is a count of that model.
Checks on standards, platforms, ties and overturning are set out in front of you, with their inputs and intermediate results.
The report is the same document on screen, in print, through a share link and as a PDF; the quotation is priced from your own price list.
The scaffold is built piece by piece.
The plan, elevation, section and 3D views all draw the same model; the bill of materials is a count of that model.
Every check opens to show its formula.
Checks on standards, platforms, ties and overturning are set out in front of you, with their inputs and intermediate results.
Deliver it with its sheets, calculations and quotation.
The report is the same document on screen, in print, through a share link and as a PDF; the quotation is priced from your own price list.
The assistant decides; the engine calculates.
Openings, courtyards, balconies, eaves: the assistant records the decision for each facade, with its justification; every number comes from the engine.
A replay of a real, recorded session.
What is the calculation based on?
The structural calculation follows the standards in force and the component data comes from the manufacturer’s own documents; every formula is written out in full in the report.
Standards
Loads are calculated to TS EN 12811-1 and TS EN 12810-1, wind to EN 1991-1-4 and steel section checks to EN 1993.
Manufacturer’s documents
Component weights, load capacities and the tie pattern are taken from USF’s TSE certificate of conformity, structural report and handbook.
Open calculation
Every check appears in the report with its formula, inputs and intermediate results; your engineer can review it line by line.
We compared it with the manufacturer’s worked example.
We solved USF’s published sample project in İskeleAI with the same assumptions; the tie force came out almost identical.
0.15%difference
tie force, kg
395 kg
USF’s structural report
395.6 kg
İskeleAI, same assumptions
For those who quote, erect and inspect scaffolding.
İskeleAI is being developed with USF Kalıp İskele; the catalogue, weights and tie pattern come from the manufacturer’s own documents.
Preparing quotations
Bill of materials, weight and quotation on the day the drawing arrives.
Erecting on site
A plan by grid line, an elevation of each facade and the erection sequence.
Inspecting
Which assumption led to which result, written out with its formulas.
Common questions.
Which files does it read?
DXF and DWG; if you have no drawing, you draw the building outline in the app by entering dimensions.
Which scaffold system does it build?
Today, USF Kalıp İskele’s facade scaffold in the H-frame system; the engine is written to take on a new system as a catalogue and rule package.
What is the structural calculation based on?
On TS EN 12811-1 and 12810-1, on EN 1991-1-4 for wind and on EN 1993 for section checks; the report is a preliminary design and does not replace review and signature by an authorised engineer.
Where do the prices come from?
From you: you enter your own sale and hire price lists; an item without a price appears in the quotation but stays out of the total.
Does the AI do the calculations?
No: the assistant talks through and records the decisions; coordinates, item codes, quantities and structural results come from the engine.
How do I get access?
İskeleAI is currently open to business partners; if your account has been set up, sign in; if not, request a demo.
Bring your drawing.
See the path from outline to quotation on your own building.