Clirio provides a mixed-reality platform that enables field and on-site workers to capture, organize, and share engineering data through 3D scans and geo-referenced maps. This technology enhances task efficiency by up to 60% and significantly reduces rework, improving overall productivity in engineering projects.
Funding
Funding not disclosed
Founders
Product
Problem
Engineering projects often struggle with inefficient field data collection, scattered documentation, and difficulties in remote expert collaboration, leading to rework and reduced productivity. Traditional methods lack the ability to easily capture and share accurate spatial data, hindering effective communication and decision-making across teams.
Solution
Clirio offers a mixed-reality platform designed to streamline engineering workflows by enabling field workers to capture, organize, and share site data through 3D scans and geo-referenced maps. The platform supports mobile devices, PCs, and extended-reality headsets, allowing teams to instantly share worksite observations, issues, and updates. Users can capture notes, photos, and 3D scans using the Clirio app and collaborate in live, remote, virtual holographic meetings around one or more 3D scans. By integrating spatial computing, Clirio improves field task efficiency, reduces rework, and facilitates expert collaboration, leading to significant productivity gains.
Target Audience
Clirio targets professionals in civil construction, geology, resource extraction, geohazard and environmental engineering, land and asset management, energy and utilities, and archeology and heritage.
Features
- All-in-one iPad app for capturing images, notes, and 3D laser scans
- Geo-referenced map interface for organizing field notes into actionable data
- Virtual meeting capability for multiple users to share and collaborate on site data in a holographic metaverse
- Support for mobile devices, PCs, and extended-reality headsets
- Ability to conduct virtual site visits, reducing the need for personal protective equipment (PPE)