AI POWERED 4
CAMERA DASHCAM
WITHIN A REARVIEW
MIRROR SHELL

PATENTED AI POWERED SYSTEMS AND METHODS FOR PROVIDING REAL-TIME SURVEILLANCE IN AUTOMOBILES

 

*The information contained herein is for discussion purposes only and reflects publicly available patent filings. Additional technical or proprietary data can be shared under mutual confidentiality agreement.*

(Utility U.S. Patent Issued US 11,558,584 B2)

(Design U.S. Patent Issued US D904,258 S)

CAMERA COMPLEXITY

• High Dynamic Range (HDR) clarity day or night video
• Front view cam with 250 foot range equipped with proprietary software for surrounding vehicle identification
• Rear view cam
• Passenger and driver side view cam
• "Ask Q" feature allows driver or occupants to question any of the cameras and receive answers via AI Independent platform
• Retrieve and send live photo and video clips via text to others from any of the 4 cameras
• 4 camera system allows a state-of-the-art Driver Monitoring System (DMS) and Occupant Monitoring System (OMS)

APPLIED TECHNOLOGIES

• All of the AI video tech onboard in your rear view mirror
• Seamless link to camera application for live and archived video viewable by passenger and offsite
• Live and archived video access protected by U.S. military-grade encryption
• Continuously looped recording shared to the cloud
• Hardwired internal storage for captured video, data, and voice
• Vehicle to server video, data, and voice communication portal and server to vehicle response
• Vehicle to vehicle video, data, and voice communication portal (first responders)
• Onboard exclusive system within the rearview enclosure for cooling critical video/operating systems

VOICE ACTIVATION

• Built-in microphone for voice command that allows the driver to enable or disable the interior cameras for privacy at their discretion via stored model voiceprint
• Voice User Interface (VUI) allows for driver to interact with AI capabilities while vehicle is in motion
• Automatic Speech Recognition (ASR) will process speech into text that computers can interpret in order to retrieve on demand information for the driver