Innobo provides a teleportation platform that lets industrial teams enter digital twins and live production environments through wearable devices, enabling remote training, assembly, and troubleshooting without equipment downtime or travel. The solution integrates high‑resolution optics, eye‑tracking helmets and haptic gloves with real‑time data to deliver ultra‑low‑latency, immersive experiences, allowing operators to interact with complex systems as if they were physically present.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial teams often need to train, assemble, or troubleshoot complex equipment without causing production downtime, and remote experts lack realistic ways to interact with digital twins or live plant environments.
Solution
Innobo offers a wearable “teleportation” platform that immerses users in digital twins and live production settings via a high‑resolution helmet, haptic gloves, and a smart jacket. The helmet provides ultra‑clear visuals with eye‑ and facial‑tracking to capture natural expressions and maintain low latency. The gloves deliver precise motion tracking combined with force and tactile feedback, enabling users to feel and manipulate virtual components as if they were physically present. The smart jacket’s electronic textile architecture links the system together, allowing full‑body motion capture and posture awareness for collaborative, hands‑on training and maintenance. By connecting these wearables to existing digital twin data, Innobo lets teams perform realistic training, assembly, and troubleshooting from any location without shutting down equipment or incurring travel costs.
Target Audience
Primary customers are industrial manufacturers, plant operators, and training organizations that require remote, hands‑on interaction with complex equipment and digital twin environments.
Features
- High‑resolution helmet with precision eye and facial tracking for ultra‑clear, low‑latency visual immersion
- Haptic gloves offering advanced motion tracking plus force and tactile feedback for realistic touch sensations
- Smart jacket built with electronic textiles that integrates helmet and gloves, providing full‑body motion capture and posture awareness
- Seamless integration layer that connects existing digital twin models and live production data to the wearable experience
- Real‑time collaborative environment enabling multiple users to interact and train together remotely