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Google AR glasses enterprise version receives purchase orders from Boeing and General Electric

Boeing and General Electric have placed orders for Google’s enterprise AR glasses. This marks a significant step for the technology in major industries. The glasses are designed for complex industrial work.


Google AR glasses enterprise version receives purchase orders from Boeing and General Electric

(Google AR glasses enterprise version receives purchase orders from Boeing and General Electric)

The enterprise version differs from older consumer models. It focuses on practical tasks for frontline workers. Boeing plans to use the glasses in aircraft manufacturing and maintenance. Technicians see digital manuals overlaid on real equipment. This provides hands-free access to crucial information.

General Electric sees applications across its operations. Factories and field service teams could benefit. Workers get remote expert guidance displayed directly in their view. This reduces errors and speeds up complex repairs.

Google tailored the glasses for tough environments. They are more durable than previous versions. Battery life is longer for full work shifts. Security features meet strict company requirements. Boeing and GE emphasized safety improvements. The glasses can display real-time hazard alerts. Workers keep their hands free and eyes up.


Google AR glasses enterprise version receives purchase orders from Boeing and General Electric

(Google AR glasses enterprise version receives purchase orders from Boeing and General Electric)

Specific order numbers remain confidential. Both companies confirmed initial deployments start later this year. The deals signal strong enterprise interest in assisted reality. Manufacturing and aerospace are key early adopters. Google faces competition from other AR players like Microsoft. These orders represent a major commercial win. The glasses help workers access information instantly. Boeing and GE expect efficiency gains. Training times could also decrease. Workers learn complex procedures faster using visual guidance. The technology integrates with existing digital systems. Data flows directly to the glasses from company software. Reliability in demanding settings was a key factor. Both companies tested the equipment extensively. Real-world performance met their high standards. Deployment scales up gradually across selected facilities.

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