Can I start from the store’s floor plan?

Use the store’s dimensioned floor plan as a scaled underlay. Your AI traces walls, fixtures and doors as parts with ids. check_space lists blocked doors, overlaps and passages below your chosen clearance, 0.9 m in the shop example.

Does it tell me when more shelves close an aisle?

Change the fixtures with the AI you already use: add eight shelves, keep the stairs and the floor opening fixed, and check that every shelf is still reachable along the aisles you chose.

Does it predict sales or footfall?

The two-level store record checks layout and paths. It does not estimate sales, customer queues, evacuation or the performance of an operating store.

For store planners and refit teams

You turn a store’s floor plan into a fixture layout, test whether more shelves still leave the aisles you promised, and send plans and quantities that the fit-out contractor and the owner can check.

Open the corner shop built from one floor plan, option D, without signing in Connect your AI

What Laydyne does for it

Use the store’s dimensioned floor plan as a scaled underlay. Your AI traces walls, fixtures and doors as parts with ids. check_space lists blocked doors, overlaps and passages below your chosen clearance, 0.9 m in the shop example.
Read the feature page: Build a 2D plan and a 3D model from a drawing, photos or a brief
Change the fixtures with the AI you already use: add eight shelves, keep the stairs and the floor opening fixed, and check that every shelf is still reachable along the aisles you chose.
Read the feature page: Change the model with the AI you already use
Keep layout A and layout B in one project and show them from the same viewpoint, with floor area and zones side by side. Use the quantity sheets for the full fixture inventory.
Read the feature page: Put two layouts in the same view and read the difference in numbers
Run a checkout queue on the same model to see where customers wait at the tills before the refit starts; runs need Pro.
Read the feature page: Simulate how people, goods and robots move and wait
Issue A3 plans whose schedule pages carry every part id, and a PDF the owner and the contractor can search.
Read the feature page: Issue A3 plans, quantity sheets and a PDF report from the saved version

Open a recorded example

What the published records produced

The fictional shop starts with a 16 × 12 m plan and 34 measured parts. The median distance to the drawing is 5.4 mm, and checks find four problems in the drawing. The handover includes A3 plans, quantities and a checkout simulation. In the separate two-level store, A has 12 shelves and B has 20 on the same 494.64 m². The chosen main aisles stay 1.80 m wide, and the west perimeter aisle stays 1.20 m wide. Every shelf target remains reachable for the tested circular profiles, while four gaps outside the chosen routes remain flagged.

These recorded projects use synthetic inputs. Photos and drawings show what was produced; site accuracy, business effects and photorealistic reconstruction are not established.

What it does not do

The two-level store record checks layout and paths. It does not estimate sales, customer queues, evacuation or the performance of an operating store.
Results come from a simplified, deterministic model: robots are circles moving at constant speed, and the same input always gives the same result. It does not model collisions or avoidance between robots or people (only capacities and queues), crowd physics, optimised lift group control (lift cars follow simple fixed rules), turning, or cleaning quality. Batteries, when a scenario gives them, drain in a straight line and charge at a constant rate. Dimensions read from photos and drawings are assumptions to check against measurements. It is for exploring options, not a calibrated prediction of a real site.
Dimensions read from photos and drawings are assumptions to check against measurements.
DWG, DXF and IFC files are not imported.

Price

Building and editing the model with your own AI over MCP, route checks, saving in this browser and JSON import and export are free, with no count limit; a free account is needed only to create an MCP link (3 per account). Running simulations, the built-in AI and cloud saving need Pro ($29 a month or $278.40 a year) or Max ($89 a month or $854.40 a year). Prices are in US dollars before tax; your AI provider bills its own usage separately.

What is free, and what Pro and Max add

Common questions

Can I start from the store’s floor plan?: Use the store’s dimensioned floor plan as a scaled underlay. Your AI traces walls, fixtures and doors as parts with ids. check_space lists blocked doors, overlaps and passages below your chosen clearance, 0.9 m in the shop example.
Does it tell me when more shelves close an aisle?: Change the fixtures with the AI you already use: add eight shelves, keep the stairs and the floor opening fixed, and check that every shelf is still reachable along the aisles you chose.
Does it predict sales or footfall?: The two-level store record checks layout and paths. It does not estimate sales, customer queues, evacuation or the performance of an operating store.
What does it cost, and what is free?: Building and editing the model with your own AI over MCP, route checks, saving in this browser and JSON import and export are free, with no count limit; a free account is needed only to create an MCP link (3 per account). Running simulations, the built-in AI and cloud saving need Pro ($29 a month or $278.40 a year) or Max ($89 a month or $854.40 a year). Prices are in US dollars before tax; your AI provider bills its own usage separately.