Bridging Skilled Labor Shortages with RealWear Devices

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The global labor market is facing significant challenges, with tight labor markets and a critical need for upskilling workers to meet the demands of the future, as highlighted in a recent McKinsey report:

RealWear devices are uniquely positioned to help bridge skilled labor shortages, enhance workforce capabilities, and leverage AI to transform the workplace. This is particularly relevant in critical industries such as oil and gas, automotive, manufacturing, and warehousing.

Bridging Skilled Labor Shortages

RealWear devices are wearable, voice-controlled headsets that provide hands-free access to information and remote assistance, crucial in industries facing a scarcity of skilled workers. These devices allow experienced technicians to mentor and assist less experienced workers remotely, effectively expanding the reach of skilled labor without requiring physical presence. This capability is particularly beneficial in sectors such as manufacturing, construction, and field services, where hands-on expertise is critical.

Upskilling Workers

The need for upskilling is pressing, with technological advancements driving changes in required skill sets. RealWear supports on-the-job training by delivering real-time information and instructions directly to workers. This approach facilitates continuous learning and skill development, allowing workers to gain new competencies while performing their tasks. McKinsey's research indicates that companies investing in human capital through training and skill development see significant benefits, including enhanced employee satisfaction and reduced attrition rates​ (McKinsey & Company)​.

RealWear Navigator® 520

The Navigator 520 is designed for frontline professionals who need real-time access to information while keeping their hands free. Its enhanced display quality and robust voice recognition capabilities ensure that workers can operate efficiently even in noisy environments. This device is ideal for industries like oil and gas, where on-site decisions need to be made quickly and accurately.

RealWear Navigator® Z1

The Navigator Z1 is optimized for hazardous environments, offering intrinsic safety features that make it suitable for use in explosive atmospheres. This device is essential for sectors like chemical processing and oil and gas, where safety is paramount, and access to real-time data can prevent accidents and improve operational efficiency.

Industry Applications

Oil and Gas: In the oil and gas industry, RealWear devices can connect offshore and onshore teams in real time, allowing experienced engineers to provide guidance on complex repairs or installations remotely. This not only saves time and reduces travel costs but also ensures that operations continue smoothly even when skilled personnel are scarce.

Automotive: In the automotive sector, RealWear devices enable remote inspections and diagnostics. Technicians can receive expert advice from manufacturers or specialists without having to leave the workshop, improving efficiency and reducing vehicle downtime.

Manufacturing: RealWear devices can significantly benefit the manufacturing industry by allowing workers to access schematics, assembly instructions, and quality control checklists without interrupting their tasks. This ensures higher precision and efficiency in production processes.

Warehousing: In warehousing, RealWear devices can streamline inventory management and order fulfillment. Workers can receive picking and packing instructions directly through the headset, reducing errors and improving workflow efficiency.

Industry-Specific Upskilling

Oil and Gas: Training new employees in the oil and gas sector can be challenging due to the hazardous nature of the work. RealWear devices can deliver safety protocols, equipment handling instructions, and emergency response guidelines directly to workers, ensuring they are well-prepared and knowledgeable.

Automotive: Automotive technicians can benefit from continuous learning by accessing repair manuals, tutorial videos, and troubleshooting guides through RealWear devices. This helps them stay updated with the latest automotive technologies and repair techniques.

Manufacturing: In manufacturing, RealWear devices facilitate the training of new operators on complex machinery. Interactive tutorials and real-time assistance help workers learn faster and reduce the risk of errors, thereby increasing productivity and safety.

Warehousing: Warehousing staff can be upskilled through RealWear devices by providing access to training modules on inventory management systems, forklift operation, and safety procedures. This helps improve overall efficiency and safety in warehouse operations.

Leveraging AI

AI integration is a game-changer for improving productivity and efficiency. RealWear devices leverage AI to provide intelligent, context-aware assistance. For example, they can recognize and diagnose issues in machinery or systems, offering solutions or connecting workers to remote experts who can provide immediate support. AI-driven insights help streamline workflows, reduce downtime, and enhance overall operational efficiency.

McKinsey's insights highlight the broader trend of automation and AI transforming the labor market, predicting that up to 30% of hours worked could be automated by 2030. This shift necessitates a significant transformation in workforce skills, particularly in technological and higher cognitive areas​ (McKinsey & Company)​. RealWear devices, by integrating AI, help workers adapt to these changes more seamlessly, ensuring they remain productive and competitive.

AI Applications by Industry

Oil and Gas: AI-powered RealWear devices can predict equipment failures and suggest preventive maintenance, reducing the risk of costly downtimes in oil and gas operations. This proactive approach enhances operational efficiency and safety.

Automotive: In the automotive industry, AI integration in RealWear devices can assist in complex diagnostics and repairs by providing technicians with data-driven insights and solutions, thereby speeding up the repair process and improving accuracy.

Manufacturing: Manufacturing processes can be optimized using AI-powered RealWear devices that monitor production lines, identify bottlenecks, and suggest improvements. This leads to higher productivity and lower operational costs.

Warehousing: AI-enabled RealWear devices can optimize warehouse operations by predicting demand, managing inventory levels, and streamlining order fulfillment processes. This enhances efficiency and reduces operational costs.

Leveraging Software Solutions

RealWear devices can be further enhanced by integrating with powerful software solutions such as Microsoft Power Apps and TeamViewer Frontline. These applications provide real-time data access, remote collaboration, and workflow automation, significantly improving operational efficiency and decision-making.

Microsoft Power Apps: By integrating Microsoft Power Apps, RealWear devices can access custom business applications that streamline processes and improve data collection. Workers can input data, receive updates, and interact with enterprise systems directly from their wearable devices. This integration helps in creating tailored solutions that meet specific industry needs, enhancing productivity and responsiveness.

TeamViewer Frontline: TeamViewer Frontline enables remote support and collaboration through RealWear devices. Field workers can connect with remote experts who can see what the worker sees and provide real-time guidance. This reduces travel costs, improves problem resolution times, and ensures that workers have the support they need, regardless of their location.

Software Applications by Industry

Oil and Gas: In the oil and gas sector, integrating RealWear with TeamViewer Frontline allows for immediate troubleshooting and expert consultation during critical operations, minimizing downtime and enhancing safety. Microsoft Power Apps can be used to monitor equipment status, track maintenance schedules, and manage compliance documentation efficiently.

Automotive: Automotive technicians can leverage TeamViewer Frontline for remote diagnostics and repairs, receiving step-by-step assistance from specialists. Microsoft Power Apps can facilitate inventory management, service scheduling, and customer service enhancements.

Manufacturing: In manufacturing, Microsoft Power Apps can streamline production workflows, monitor equipment performance, and manage quality control processes. TeamViewer Frontline provides real-time support for troubleshooting and maintenance, ensuring minimal disruption to production lines.

Warehousing: Warehousing operations benefit from Microsoft Power Apps by optimizing inventory management, tracking shipments, and automating order processing. TeamViewer Frontline enhances remote training and support, improving efficiency and reducing operational errors.


In a labor market characterized by shortages and rapid technological evolution, RealWear devices offer a practical solution to bridge the skills gap, upskill workers, and harness the power of AI. By facilitating remote support, continuous learning, and intelligent assistance, RealWear empowers workers and helps companies maintain productivity and competitiveness in an ever-changing landscape.

For more detailed insights on labor market trends and the impact of technology on workforce skills, you can refer to the McKinsey reports on productivity growth, the impact of generative AI, and the importance of human capital development.