Prezerv Technologies provides an AI-powered data and analytics platform for civil infrastructure projects. The platform delivers 3D mapping and inspection solutions to entities involved in designing, building, operating, and managing infrastructure assets. This technology aims to reduce costs and inefficiencies associated with inaccurate or outdated survey maps.
Funding
Funding not disclosed
Founders
Product
Problem
Inaccurate or outdated survey data and fragmented mapping information lead to significant costs, project delays, and inefficiencies in civil infrastructure planning and maintenance. This lack of precise, comprehensive data hinders effective decision-making and asset management.
Solution
Prezerv Technologies provides an AI-powered data and analytics platform that generates accurate 3D digital twins of civil infrastructure. By leveraging advanced AI algorithms and non-destructive inspection technologies, the platform transforms raw scan data into detailed, interactive 3D maps. This enables stakeholders to improve project planning, optimize construction processes, and enhance the long-term maintenance of critical infrastructure assets. The platform supports various industries, including utilities, transportation, renewable energy, and municipalities, by providing a unified and precise view of infrastructure data.
Target Audience
The primary customers are public and private sector entities involved in the design, construction, operation, and management of civil infrastructure, including utilities, transportation agencies, renewable energy companies, and municipalities.
Features
- **Map-ai**: AI-driven application for generating accurate 3D digital twins of urban infrastructure from scan data.
- **Voxel**: 3D mapping platform for urban infrastructure development and management, integrating various datasets.
- **Detect-ai**: AI-powered predictive maintenance application that assesses in-situ conditions of civil structures to prioritize repairs.
- **Build-Safe**: Field application providing 3D site maps to identify underground obstructions and simulate construction activities for enhanced safety.
- AI algorithms for interpreting scan data and creating detailed 3D representations.
- Platform for integrating disparate datasets, including underground maps and parcel information.
- Tools for simulating spatial changes and creating immersive experiences for planning and design.
- Secure data hosting for sensitive and access-controlled datasets.