Use of Augmented Reality in Industrial Enterprises: AR and the Future of Remote Collaboration

The advent of Augmented Reality (AR) has unlocked innovative avenues for collaboration, especially in the industrial sector. As industries confront the complexities of globalisation, the need for tooled communication and effective collaboration is higher than ever. AR promises to bridge the physical and digital realms.

Here, we are going to discuss the way AR is already able to be used in industrial enterprises, how it contributes to harmonious remote collaboration in the future and what potential challenges it may raise.

A New Dawn for Remote Collaboration

Traditionally, remote work in industries has been restricted due to the hands-on nature of tasks, the sophisticated machinery, and the demand for real-time decision-making based on physical contexts. However, AR stands to crack these boundaries. With the ability to overlay digital data on real-world environments, AR provides a shared vision, turning any location into a collaborative workspace.

Imagine an engineer in Germany overseeing the installation of a new production line in a factory in Brazil. Instead of frequent flights and extended stays, the engineer can guide the local team using AR glasses or a headset. Through the glasses, both parties view the machinery, with the engineer superimposing digital annotations or 3D models in real-time, guiding the Brazilian team through the setup process. Isn’t it breathtaking? Yes, and it is something industries start to apply, and it will gain momentum in the future. It is enough to look at specific examples of use to understand that this is no longer an exorbitant future but a reality.

AR Adoption in the Industrial Setting: Use Cases

Augmented Reality has been exhilarating in numerous industries, including industrial enterprises. Here are some of the most prominent examples:

Maintenance and Repair

AR can help technicians and maintenance personnel identify problems and execute solutions by overlaying crucial information and diagrams over a machine or component that needs attention. General Electric has tested AR technology for its maintenance and repair operations, especially in sectors like aviation. Using smart glasses, technicians can view manuals, schematics, and videos overlaid on their field of view.

Training and Simulation

Instead of using traditional manuals or training videos, new employees or trainees can use AR to receive step-by-step instructions overlaid with actual equipment they are learning to use, or collaborate with the experts in real time. Fieldbit provides AR solutions for field service technicians, facilitating real-time collaboration and guidance from experts, thereby reducing training time and improving the quality of service.

Warehouse and Inventory Management

With AR, workers can instantly access information about where items are located, how many are in stock, and where they need to be shipped, all by simply scanning the environment, as it is possible with such solutions as KRIT AR Assistant.

In-store guidance provided by KRIT AR Assistant. KRIT

Remote Assistance

Once again emphasising the importance of the role of AR in collaboration, if a machine breaks down or a complicated task arises, experts from anywhere in the world can guide local technicians using AR. The expert can see what the local technician sees and provide real-time guidance, just like they do at Atheer Service Performance Platform.

For large industrial facilities, like oil and gas or manufacturing plants, AR can provide navigation support, helping workers or visitors find their way around. Furthermore, when setting up a new facility or reconfiguring an existing one, AR can be used to simulate different layouts.

Safety and Compliance Monitoring

AR can help ensure that workers are adhering to safety protocols by recognising when a worker isn't wearing the proper safety equipment and sending alerts or reminders: for example, Guardhat, a leading Industrial IoT technology company, recently introduced the release of their new smart glasses-based solutions that ensure the safety and productivity of front-line workers.

Guardhat utilising Vuzix M400 in their Smart Glasses. Auganix

Benefits Beyond Boundaries

The potential benefits of integrating AR into remote industrial collaboration are manifold, and some of them are pretty natural and logical. It encompasses reduced operational costs instigated by the lack of need for on-site visits, especially international ones; rapid response times, where employees are able to address and solve issues promptly without waiting for an expert’s arrival; enhanced knowledge transfer, and, finally, safety and risk management, which allows for troubleshooting or guiding operations remotely.

Possible Challenges and Further Adjustments

However, while the potential of AR in remote industrial collaboration is vast, its realisation will require robust infrastructural development, investment in AR technology, and training. There will also be challenges related to data security, integration with existing systems, and ensuring that the technology is accessible and user-friendly for workers of varying tech proficiency.

In terms of collaboration, integrating AR with existing systems can pose technological complications, especially when a slight misalignment could result in critical errors. As was noted earlier, data security concerns arise when sharing and accessing information, and there's always the risk of breaches.

The usability of AR solutions varies, with some that might pose steep learning curves for workers. Hardware, often in the form of headsets, may be inconvenient and constrained by battery limitations. Other than that, real-time AR collaboration requires stable network connections — any latency can disrupt the experience.

Additionally, cultural resistance within organisations can hinder adoption, and the costs of high-quality AR systems might be prohibitive for some of them.

Safety is another concern. While some AR solutions are made to prevent situations caused by negligence, some of the devices might have the potential to distract users in environments where focus is critical.

Lastly, content development for AR can be resource-intensive, and dependency on specific vendors might restrict flexibility.

Nevertheless, as AR technology matures and becomes more integrated into industrial processes, it's clear that its role in shaping the future of remote collaboration will gain traction in the next few years, making industries more interconnected, efficient, and dynamic*.*