Indoor mapping and warehouse software for Syria

When a warehouse, workshop or plant comes back into use, its layout rarely matches the old drawings. Racks are moved, rooms are given new purposes, a loading bay is added and stock arrives faster than anyone can label it. That is the best moment to record the building as it really is, before the new layout becomes habit.

In Spatial Map the starting point can be a PDF or DWG drawing, or simply a scan or photo of a paper plan uploaded as a PNG or JPG and placed at real-world scale. Your team traces rooms, racks, walls, doors and stairs over it, floor by floor, and the result is a shared 3D reference for the owner, the site manager and the contractors. A read-only share link, with an expiry date you set, lets a contractor see the facility without an account.

Cement, steel bars, tiles, timber, pipes, cables and sanitary ware are heavy, bulky and spread across yards, sheds and racks, and they are often reserved for particular projects before they leave. The questions are practical: how much of a product is left in which bay, which pallets are already promised, and which part of the yard is free for the next delivery.

Spatial Map draws yard bays as areas and indoor storage with the rack tool, which gives every bay its bin locations. Upload a spreadsheet of locations and quantities and each one takes a colour from style rules — by stock level, by product group or by the project it is reserved for. The Crestline Fulfillment demo shows the same idea at scale, with 2,204 rack locations coloured from live inventory.

Latakia and Tartus are the country's main Mediterranean ports, and goods landed there travel inland by road to Homs, Hama, Damascus, Aleppo and beyond, alongside overland trade with neighbouring countries. Transit warehouses and truck yards along those routes handle a lot of freight with very little paperwork in digital form.

For such a site, Spatial Map maps the dock doors, the yard slots, the gate and the weighbridge, and shows each consignment where your team or your system records it — from a spreadsheet today, or from RFID reads later. The Eastport Cross-Dock demo shows a freight hub with 50 dock doors and 44 yard slots.

Food wholesalers, distributors and supermarkets in Damascus, Aleppo, Homs and the coastal cities move dry goods, dairy, frozen products and fresh produce every day, often from several small depots at once. Chilled and frozen stock needs to stay in range, and shop floors need to show what is on the shelf.

Spatial Map colours each cold room and freezer by the reading from your temperature sensors, and each store department by its stock. The Retail Mart demo shows a multi-floor store with department stock and fridge and freezer sensors; the History player replays how a room's readings changed over a day.

Syria's pharmaceutical industry has historically supplied much of the domestic market, and food processing — dairy, oils, preserves, confectionery, flour and pasta — is spread across many mid-sized plants. Both need the same map: production lines, raw-material and packaging stores, finished goods, quality areas and cold rooms.

The Summit Assembly demo shows lines, work in progress and 867 rack locations; the Polar Pharma demo shows cold rooms, freezers, a QC lab and pallets on hold. Spatial Map makes the state of a plant visible; your quality procedures stay the record.

The Spatial Map interface ships in Arabic with a complete right-to-left layout, alongside English, French, German, Spanish and Chinese, and each user picks their own. Room names, product names and report titles are your own text, so Arabic labels appear on the map and in PDF and Excel reports exactly as typed.

Small teams can start with what they already have: a CSV or Excel export of bins and quantities. Upload a new file whenever the stock changes and the map updates, with every change kept in the row history. When readers, sensors or a system with an API arrive, the same tables can take rows through the write API or REST polling.