Simactis helps planners, consultants, and researchers build high-definition transport network data from imagery through its Tapestry service. Tapestry combines automated extraction with human refinement to capture lane-level detail, turn restrictions, pedestrian paths, cyclist infrastructure, and parking data at meter-level precision. The service delivers ready-to-use network data compatible with simulation, asset management, and urban design tools.
Funding
Funding not disclosed
Founders
Product
Problem
High-quality transport network data—such as lane-level information, sidewalks, and turn restrictions—is often missing or inaccurate in traditional maps. Manual digitization is slow, expensive, and error-prone, leaving planners and researchers without the detailed data needed for modern simulation and planning work.
Solution
Simactis provides Tapestry, a service that builds high-definition transport network data from imagery using a hybrid approach that combines automated extraction with human refinement. The process is simple: clients draw the area they need digitized using an online tool, Simactis gathers imagery and processes the network, and the client receives ready-to-use data in their preferred format. Tapestry captures complex street topology including lanes, turns, pedestrian paths, cyclist infrastructure, and parking data at meter-level precision, making it suitable for simulation, asset management, and urban design applications.
Target Audience
Primary customers are urban planners, transportation consultants, and researchers who need high-fidelity transport network data for simulation modeling, asset management, and urban design projects.
Features
- Hybrid extraction pipeline combining automated image processing with human quality assurance
- Meter-level precision network generation with lane, turn, pedestrian, cyclist, and parking data capture
- Online area-selection tool that lets clients define the exact geographic scope for digitization
- Delivery in client-preferred formats compatible with simulation, planning, and mapping tools
- Quality assurance process ensuring completeness and accuracy of the final network data