qapture provides millimeter‑accurate digital twins of complex physical assets using terrestrial laser scanning, mobile mapping, and drone photogrammetry. Its automated scan‑to‑BIM pipeline generates intelligent 3‑D models with embedded metadata, clash detection, and IoT integration, hosted on a secure cloud platform for remote inspection, predictive maintenance, and seamless export to BIM, ERP, and ESG reporting systems.
Funding
Funding not disclosed
Founders
Product
Problem
Complex physical assets such as factories, data centers, hospitals, and property portfolios often lack an up‑to‑date, accurate digital representation. This leads to costly rework, inefficient operations, and difficulty meeting capital‑planning and ESG reporting requirements.
Solution
qapture creates high‑precision digital twins that serve as a single source of truth for the entire asset lifecycle—from construction verification to ongoing operation and sustainability reporting. Using terrestrial laser scanners, mobile‑mapping units and drone‑based photogrammetry, the physical environment is captured in millimetre‑accurate point clouds. Automated scan‑to‑BIM pipelines generate intelligent 3‑D models enriched with metadata, while built‑in clash detection and deviation analysis flag issues before field work begins. The twins are hosted on a secure cloud platform with an interactive web viewer, enabling remote inspections, predictive maintenance, and real‑time IoT data overlay. Integrated APIs allow seamless export to BIM, ERP, and ESG reporting systems, turning raw geometry into actionable intelligence for capital planning and compliance.
Target Audience
Primary customers are engineering, facility‑management and capital‑planning teams in logistics, industrial production, data‑center, hospital, and real‑estate portfolio organizations that require precise digital baselines for operational efficiency and regulatory compliance.
Features
- Terrestrial laser scanning, mobile mapping, and drone photogrammetry for comprehensive, millimetre‑level data capture
- Geodetic control network to guarantee engineering‑grade accuracy across large sites
- Automated scan‑to‑BIM conversion producing intelligent models with embedded asset metadata
- Real‑time clash detection and deviation analysis to prevent costly rework during retrofits
- Cloud‑hosted interactive web viewer supporting remote inspections, measurements, and 360° walkthroughs
- IoT integration layer for live sensor data overlay and predictive maintenance analytics
- Open APIs for BIM, ERP, and ESG reporting system integration, including material‑passport generation for circular‑economy compliance
- Secure, role‑based access with end‑to‑end encryption to protect sensitive facility data