SwissInspect offers PRIMA, an AI-powered web application that creates traceable digital twins of infrastructure and buildings using deep learning and computer vision. This platform enables civil engineers and asset owners to monitor asset conditions over time, classify damage, and generate reliable inspection reports for informed maintenance decisions.
Funding
$100.2K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Inspecting infrastructure and buildings for damage is traditionally a manual, time-consuming process, often relying on subjective assessments and lacking a comprehensive, traceable record of asset conditions. This can lead to inconsistent reporting, delayed maintenance, and increased risks associated with undetected structural issues.
Solution
SwissInspect offers PRIMA, an AI-powered web application that automates the creation of traceable digital twins of infrastructure and buildings. Using deep learning and computer vision, PRIMA analyzes image data from various sources, including drones, to generate detailed 3D textured meshes and simplified component models. The platform quantifies and tracks asset conditions over time, automatically classifying damage types and measuring their extent. PRIMA then generates reliable inspection reports with traceable damage information, enabling civil engineers and asset owners to make data-driven maintenance decisions and accurately assess asset valuation.
Target Audience
The primary target audience includes civil engineers and asset owners responsible for the inspection, maintenance, and management of infrastructure and building assets.
Features
- AI-driven damage classification using deep learning and computer vision
- Generation of geometric digital twins from image data
- Quantification and tracking of asset condition over time
- Automated creation of online inspection reports
- Support for diverse image data, including RGB and thermal imagery
- Integration of structural engineering insights for accurate analysis