RealWear offers rugged, voice-operated AR smart glasses for industrial use, enhancing productivity and safety with AI capabilities.
Features
- AI Voice-Powered Hands-Free Operation — RealWear smart glasses are equipped with advanced AI voice recognition technology that enables completely hands-free operation. Workers can navigate menus, capture images, record video, and access information using voice commands alone, allowing them to keep both hands focused on critical tasks while maintaining full situational awareness.
- Intrinsically Safe & Rugged Design (ATEX Zone 1 Certified) — The RealWear Navigator Z1 is ATEX Zone 1 and mining certified, making it the only smart glass device allowed in combustible and hazardous environments. This intrinsically safe design meets strict industrial safety standards, enabling deployment in oil & gas, mining, chemical plants, and other explosive atmospheres where standard electronics are banned.
- Crystal Clear HD Display Technology — RealWear devices feature a high-definition micro-display that delivers exceptional clarity, detail, and color accuracy. The display provides hands-free access to schematics, documents, video feeds, and remote expert guidance with sharp visuals that remain readable even in challenging industrial lighting conditions.
- FLIR Thermal Camera Integration — Through an exclusive partnership with FLIR, RealWear offers a thermal imaging camera module that allows frontline workers to see heat signatures and temperature variations invisible to the naked eye. This capability is invaluable for predictive maintenance, electrical inspections, and identifying equipment anomalies before failures occur.
- Enterprise Software Ecosystem Integration — RealWear seamlessly integrates with industry-leading software platforms including TeamViewer, Microsoft Teams, and Zoom. This extensive partner ecosystem enables organizations to build customized solutions for remote expert assistance, knowledge sharing, and real-time collaboration tailored to their specific operational requirements.
- RealWear Cloud Management Platform — The RealWear Cloud platform provides centralized device management, software deployment, and analytics for enterprise fleet management. IT administrators can remotely configure devices, push updates, monitor usage, and ensure security compliance across their entire RealWear deployment from a single dashboard.
Use Cases
Remote Expert Assistance for Manufacturing & Automotive
Frontline technicians connect in real-time with remote specialists who can see exactly what the worker sees through the smart glasses. This 'See What I See' capability dramatically reduces diagnostic time and eliminates the need for costly on-site expert visits. As demonstrated by Ford USA, this technology can save up to one month of work time on complex repairs by providing instant expert guidance directly in the worker's field of view. Target Audience: Manufacturing technicians, automotive master technicians, quality assurance teams, and field service engineers requiring expert consultation
Hazardous Environment Inspection & Maintenance
Workers in oil & gas refineries, chemical plants, mining operations, and other explosive atmospheres can safely use RealWear Navigator Z1 devices for inspections, maintenance procedures, and safety compliance checks. The ATEX Zone 1 certification ensures the device won't ignite combustible gases, while thermal imaging capabilities help identify equipment anomalies, overheating components, and potential safety hazards before they escalate. Target Audience: Oil & gas field operators, mining engineers, chemical plant maintenance crews, and safety compliance officers in hazardous environments
Industrial Training & Knowledge Transfer
Organizations leverage RealWear smart glasses to capture expert procedures, create step-by-step visual work instructions, and deliver hands-on training to new employees. Senior workers can record their workflows while performing tasks, creating a library of institutional knowledge that accelerates onboarding and ensures consistent quality standards across distributed workforces. Target Audience: Training managers, HR departments, operations leaders, and knowledge management teams in industrial enterprises
Field Service & Remote Asset Management
Field service technicians use RealWear devices to access equipment manuals, maintenance histories, and IoT sensor data while performing on-site repairs. Integration with enterprise asset management systems enables real-time documentation, parts ordering, and work order completion directly from the job site, reducing truck rolls and improving first-time fix rates. Target Audience: Field service technicians, utility workers, telecommunications engineers, and facilities maintenance teams managing distributed assets
Pros
- Proven enterprise adoption with 41 of Fortune 100 companies having deployed RealWear devices, demonstrating strong market validation and reliability at scale across demanding industrial environments.
- Only intrinsically safe smart glasses certified for ATEX Zone 1 and mining environments, providing a unique competitive advantage for organizations operating in hazardous locations where no other wearable device can be used.
- Comprehensive hands-free operation through advanced AI voice control eliminates the need to touch or interact with the device, significantly improving worker safety and productivity by keeping hands available for tools and equipment.
- Extensive software ecosystem integration with major platforms like TeamViewer, Microsoft, and Zoom allows organizations to leverage existing technology investments and create customized solutions without proprietary lock-in.
- Measurable ROI demonstrated through real-world case studies, including Ford USA reporting potential time savings of up to one month per vehicle through remote expert assistance capabilities.
Cons
- Premium enterprise pricing may present budget challenges for small and mid-sized businesses, as industrial-grade smart glasses with ATEX certification and advanced features typically require significant capital investment per unit.
- Learning curve for voice-controlled interface adoption, particularly for workers unfamiliar with voice-command technology or those operating in extremely noisy industrial environments where voice recognition accuracy may be affected.
- Dependency on reliable network connectivity for full functionality of remote assistance, cloud management, and real-time collaboration features, which may be limited in remote field locations or underground operations.
- Limited consumer or light-industry applications, as the rugged industrial design and specialized certifications make the devices primarily suited for heavy industry rather than general-purpose augmented reality use cases.
