The challenge
- Industrial operations are becoming more complex, while demands for speed and precision continue to rise
- Equipment servicing, troubleshooting, and robot programming remain highly manual and resource-intensive
- Failures result in prolonged downtime due to the limited availability of qualified personnel
This leads to escalating operational costs and growing inefficiencies in traditional support models.
The Solution
The project introduces a mixed and augmented reality software solution that bridges the gap between frontline operators and expert knowledge. Using AR/MR headsets and mobile devices, digital information is layered directly into the worker’s field of vision, turning complex tasks into guided, interactive workflows.
Key features include:
- Step-by-step overlays for robot control and equipment servicing.
- Remote expert support via live video, audio, and holographic annotations.
- Interactive training modules for rapid skill transfer without classroom sessions.
- Context-aware instructions that adapt to the specific machine or component in use.
This approach lowers the barrier to entry for operators, reduces reliance on scarce expertise, and accelerates the resolution of technical issues.
Impact
- Accelerated workforce training, embedding expert knowledge into real-time workflows
- Improved task execution speed by 30–50%
- Enabled faster decision-making, supported by contextual digital guidance and expert system overlays
- Supported execution of complex procedures through instant remote support
Industrial Directions
The software solution extends to any sector where remote expertise and rapid troubleshooting add value, including logistics, warehousing, industrial maintenance, and smart manufacturing.
- Field Operations, Industrial Automation, Industrial Operations, Logistics & Supply Chain, Maintenance, Manufacturing & Engineering, Robotics
