Domestic manufacturers launch police AR smart glasses

 Compared to the vigorous development momentum of VR this year, AR has been relatively low-key. However, after a period of accumulation and refinement, AR is now beginning to show its potential, making significant progress in products, technologies, and other areas, and entering a practical application stage.

The industrial application sector is poised to be the first breakout point for the AR industry. As a result, how to leverage AR technology to develop solutions for specific industries and improve work efficiency has become a key concern within the industry.

Facing the "AR + Industry" market, which is worth hundreds of billions, international AR giants such as Microsoft HoloLens and Epson are sharpening their tools, launching their own industry-specific solutions. Recently, some domestic companies have also emerged, offering AR solutions tailored to various industries.

With the continuous expansion and increasing complexity of public security and policing tasks, it has become particularly important for government departments such as public security and police forces to achieve intelligent policing systems and enhance the efficiency of officers. The introduction of the AR Police Information Management System aims to strengthen police capabilities through technological means and improve the rapid response capacity of public security departments. By integrating audio and video information collection and deeply merging multi-police force data, it assists in intelligence analysis and enables coordinated command.

This solution currently focuses on three application scenarios:

1. **Mobile Intelligent Recognition**: Smart glasses can recognize facial information and perform identity verification in real-time, as well as recognize license plates, delivering instant results.
2. **Mobile Monitoring and Patrols**: Through smart glasses, on-site officers can connect to the public security department‘s digital video control platform, enabling real-time recording and archiving of routine patrols. In case of emergencies, first-person live streaming is also possible.
3. **Remote Dispatch**: Command personnel can remotely dispatch frontline officers via smart glasses. On-site personnel can share information and coordinate with each other through the smart glasses.

### Building Professional Solutions Based on Scenario Needs

Unlike other fields, public security and policing have unique scenario-specific requirements in addition to high demands for product performance. To address this, manufacturers have developed customized solutions for mobile security from the outset:

1. **Sunlight Readability**: Since police officers often work outdoors, regular AR glasses can suffer from strong light interference, making it difficult to see the display. To solve this, the smart glasses use proprietary polarized reflection imaging technology to filter out light interference, ensuring clear visibility even in environments with over 100,000 lux of light intensity.

2. **Comfort for Prolonged Use**: Given the long working hours of police officers, ensuring comfort during extended wear is crucial. The smart glasses feature a unique split design, weighing no more than 40g, significantly lighter than HoloLens, which weighs 500-600g, making them more comfortable to wear. Additionally, they are equipped with a 5800mAh detachable battery, providing up to 8 hours of continuous operation.

3. **High Computing Power and Stability**: Mobile security scenarios demand high computing power and stability from AR devices. The smart glasses use an Intel Atom X5 4-core 1.92GHz industrial-grade computing platform, offering strong computing power and high scalability, meeting current needs while providing a solid foundation for future software development and upgrades.

4. **High-Quality Imaging**: The smart glasses are equipped with a Sony 13MP back-illuminated stacked CMOS image sensor, enabling 3x lossless zoom and zero-lag photography, ensuring high-definition shooting and real-time video streaming for emergency situations. On the software side, the AR glasses feature a proprietary high-speed multi-point object visual tracking algorithm and a customized deep learning engine, seamlessly integrating with mobile recognition scenarios to help officers quickly identify faces and license plates, improving patrol efficiency.

5. **Data Security**: For data security, the smart glasses include a dedicated card slot integrated with the police network system. By inserting a police-encrypted card (with a unique ID), officers can access the police network. Additionally, a dedicated cloud service system is deployed on the backend, using encrypted channel transmission technology to ensure data security.

This tailored approach ensures that AR technology meets the specific demands of public security and policing, enhancing both operational efficiency and safety.