Security Operations via Augmented Reality Devices

Organization Name

Inventor(s)

Security Operations via Augmented Reality Devices - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240282106 titled 'Security Operations via Augmented Reality Devices

Simplified Explanation: The patent application describes an augmented reality security system that uses cameras to capture images, compress them, and analyze features using artificial neural networks. The system can identify anomalies in behavior and match faces using augmented reality glasses.

**Key Features and Innovation:**

   - Cameras capture images and compress them with embedded features.
   - Server analyzes embeddings to identify anomalies in behavior.
   - Augmented reality glasses detect faces and match them based on metrics.
   - Augmented reality display is generated to identify faces in real-time.

**Potential Applications:**

   - Security and surveillance systems.
   - Access control and identity verification.
   - Behavioral analysis in public spaces.
   - Facial recognition technology.

**Problems Solved:**

   - Enhancing security measures.
   - Improving surveillance accuracy.
   - Real-time anomaly detection.
   - Efficient face matching capabilities.

**Benefits:**

   - Increased security levels.
   - Enhanced surveillance capabilities.
   - Real-time anomaly detection.
   - Improved facial recognition accuracy.

**Commercial Applications:**

   - "Augmented Reality Security System for Enhanced Surveillance and Identification"
   - This technology can be utilized in airports, banks, government buildings, and other high-security areas.
   - Market implications include increased demand for advanced security solutions.

**Prior Art:**

   - Researchers have explored similar concepts in the field of computer vision and augmented reality technology.
   - Previous patents may exist for facial recognition systems and security applications.

**Frequently Updated Research:**

   - Stay updated on advancements in artificial neural networks for image analysis.
   - Monitor developments in augmented reality glasses technology for security applications.

**Questions about Augmented Reality Security System:**

   1. How does the system handle privacy concerns related to facial recognition technology?
   2. What are the potential limitations of using augmented reality glasses for face matching in real-time?

**Another relevant generic question:**

   - How does this technology compare to traditional security systems in terms of accuracy and efficiency?

Original Abstract Submitted

an augment reality security system to identify outliers in behaviors. for example, cameras can be each configured to capture images, compress the images, and provide compressed images having embeddings representative of features determined by an artificial neural network. a server computer can receive, from the plurality of cameras, compressed images to generate analytics of embeddings of features in the compressed images, identify from the analytics an anomaly associated with a first face, and determine metrics representative of features of the first face in an image. a pair of augmented reality glasses can have a computing unit to detect a second face in a view through the glasses, communicate with the server computer to determine a match of the second face with the first face based on the metrics, and generate an augmented reality display in the view to identify the first face.