E‑spaces offers browser‑based VR/AR/MR simulators that create high‑fidelity digital twins of industrial assets such as wellheads, pumping units, and substations. The WebXR platform runs on any device without downloads, delivering interactive procedural training, multi‑user collaboration, and automated performance analytics for industrial training and safety teams.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial operators and maintenance crews often rely on costly physical equipment, on‑site instructors, or proprietary software that requires complex installations to learn complex procedures, leading to limited training scalability, low knowledge retention, and increased downtime during onboarding.
Solution
E‑spaces delivers browser‑based VR/AR/MR simulators that recreate high‑fidelity digital twins of industrial assets such as wellheads, pumping units, and electrical substations. Leveraging WebXR, the platform runs on any device—desktop, tablet, smartphone, or headset—without the need for downloads or plug‑ins, enabling on‑demand procedural training anywhere with an internet connection. Integrated physics engines and equation‑based models drive realistic equipment behavior, while step‑by‑step procedural modules guide users through installation, operation, and troubleshooting tasks. Multi‑user sessions support collaborative training and remote expert assistance, and built‑in performance analytics capture completion times, error rates, and competency scores for continuous improvement. The solution also includes optional AR overlays for mixed‑reality experiences on devices such as Magic Leap, and a video‑avatar meeting system that isolates participants from background clutter using neural‑network segmentation.
Target Audience
The primary customers are industrial training and safety departments in sectors such as oil & gas, power generation, manufacturing, and heavy equipment manufacturing, as well as enterprise clients seeking scalable, remote procedural training solutions.
Features
- WebXR‑driven simulators that run in standard browsers on any OS, eliminating installation and update overhead
- Photo‑realistic digital twins with physics‑based models (50+ variables for substations) for accurate equipment response
- Procedural training workflows with interactive disassembly/assembly, start‑up/shutdown sequences, and gamified self‑assessment
- Real‑time multi‑user collaboration and remote expert support via shared virtual spaces
- Automated performance tracking (completion time, error detection, competency scoring) and exportable analytics reports
- AR support for head‑mounted displays (e.g., Magic Leap) enabling mixed‑reality overlays of equipment components
- Vendor‑agnostic development pipeline compatible with Unity, Unreal, Babylon.js, and other 3D tools
- Open‑standard integration (WebXR, WebGL, OpenXR, CloudXR) for seamless deployment across hardware ecosystems