Collaverse provides a spatial‑intelligence platform that unifies CAD, IoT, and simulation data into interactive 3D digital twins of factories and equipment. The web‑based and VR/AR interfaces enable real‑time, multi‑user collaboration, contextual analytics, and secure cloud storage, helping engineering and operations teams coordinate design, maintenance, and production across distributed sites.
Funding
Funding not disclosed
Founders
Product
Problem
High‑tech manufacturers often struggle with fragmented design data, limited real‑time collaboration across distributed teams, and difficulty visualizing complex plant layouts and processes in a unified, interactive environment.
Solution
Collaverse delivers a spatial‑intelligence platform that aggregates CAD, IoT, and simulation data into a shared 3D environment. Users can explore and interact with digital twins of factories, equipment, and workflows through web‑based or immersive VR/AR interfaces. The platform synchronizes changes in real time, enabling engineers, operators, and managers to coordinate design reviews, maintenance planning, and production optimization without physical presence. Integrated analytics surface performance metrics directly on the 3D models, while secure cloud services store and version‑control spatial data. By providing a single, interactive view of the manufacturing ecosystem, Collaverse reduces miscommunication, shortens iteration cycles, and supports data‑driven decision making.
Target Audience
Primary customers are engineering, operations, and product development teams within high‑tech manufacturing firms that require integrated design, monitoring, and collaboration across distributed sites.
Features
- Unified data ingestion pipeline that consolidates CAD, BIM, PLC, and sensor streams into a coherent 3D model
- Real‑time collaborative workspaces with multi‑user VR/AR support and web access
- Digital twin synchronization that reflects live equipment status and process parameters
- Contextual analytics overlay that visualizes KPIs, alerts, and simulation results on the spatial model
- API and SDK for integration with ERP, MES, and PLM systems
- Role‑based access control and end‑to‑end encryption for secure data sharing
- Scalable cloud architecture with version control and change‑tracking for design iterations