Patent No. US10360571 (titled "Method for monitoring and analyzing behavior and uses thereof") on Jul 18, 2014. The application was issued on Jul 23, 2019.
’571 is related to the field of retail analytics and consumer behavior monitoring. It specifically addresses the gap between the data-rich environment of online shopping and the relatively opaque nature of physical brick-and-mortar retail. The technology aims to provide physical store owners with real-time insights into how customers interact with products on the shelf before a purchase is ever made, helping to combat the phenomenon of showrooming where customers browse in-store but buy online.
The underlying idea behind ’571 is the integration of computer vision and mobile device tracking to create a real-time feedback loop between consumer actions and store responses. By combining facial analysis—which identifies age, gender, and emotional sentiment—with precise spatial tracking like eye movement and MAC address triangulation, the system builds a temporary, anonymous profile of a shopper. This allows the store to treat a physical aisle like a digital webpage, where the content on displays can change dynamically based on who is standing in front of them and what they are looking at.
The claims of ’571 focus on a method for gathering and analyzing demographic, sentiment, and tracking data through video image devices to trigger immediate, automated responses. These responses include displaying targeted content, alerting store associates to provide personal assistance, or issuing digital and printed coupons based on the shopper's real-time behavior. The claims also encompass a feedback mechanism where the effectiveness of a marketing campaign is measured by these behavioral metrics, allowing for the automated adjustment of product mix, inventory, or placement.
In practice, the system utilizes a network of sensors and displays to bridge the gap between data collection and customer engagement. When a shopper dwells in front of a specific product, the system can detect their sentiment characteristic—such as whether they appear confused or happy—and simultaneously track their eye movement to see which specific label they are reading. This data can then trigger a notification to a sales associate’s mobile device, providing them with a brief profile of the customer’s interests so they can intervene with high-value information at the exact moment the customer is making a decision.
This approach differs from traditional retail methods by moving beyond historical Point-of-Sale data, which only records what was eventually bought rather than what was considered. Unlike standard traffic counters that merely tally visitors, this invention links demographic intelligence with specific physical interactions at the shelf level. By offering a virtual loyalty program that recognizes repeat visitors via encrypted identifiers without requiring a formal sign-up, the system provides a personalized experience that mimics online tracking while maintaining physical-world privacy through an explicit opt-out mechanism.
In the early 2010s when ’571 was filed, brick-and-mortar retail environments were characterized by a significant data gap between physical foot traffic and digital consumer behavior, at a time when in-store analytics were typically implemented using manual traffic counting, basic point-of-sale (POS) records, or static security camera feeds. While online platforms utilized sophisticated tracking to personalize user experiences, physical systems commonly relied on historical sales data rather than real-time behavioral monitoring, as hardware and software constraints made the simultaneous integration of spatial tracking, demographic identification, and interactive shelf-level engagement non-trivial. Consequently, retailers lacked the architectural means to identify and respond to specific consumer interests or high-involvement decision-making processes before the point of sale.
The disclosed invention represents a meaningful technical advancement through the architectural integration of multi-modal sensing—including MAC address triangulation, demographic intelligence, and eye tracking—into a unified real-time response engine. This system enables a novel capability to link a customer's physical location and dwell time at specific shelves with their demographic profile to trigger immediate, personalized digital interactions or automated staff alerts. By overcoming the technical constraint of siloed data, the invention achieves a real-time feedback loop that transforms the physical retail space into an interactive environment capable of providing tailored product reviews, virtual loyalty engagement, and shelf-level purchasing, effectively bridging the gap between physical presence and digital information delivery.
This patent contains 27 claims, with claims 1, 20, 21, 22, and 23 serving as the independent claims. The independent claims focus on methods for gathering and analyzing real-time demographic, sentiment, and tracking data from individuals at a specific location using video imaging and monitoring devices to either provide immediate personalized responses—such as targeted advertising or staff interaction—or to evaluate and adjust the effectiveness of marketing campaigns. The dependent claims further define the system by specifying retail environments, detailing tracking technologies like MAC address monitoring and triangulation, describing interactive displays and loyalty program integration, and outlining specific administrative outputs like customer behavior reports and coupon generation.
Definitions of key terms used in the patent claims.
US Latest litigation cases involving this patent.

The dossier documents provide a comprehensive record of the patent's prosecution history - including filings, correspondence, and decisions made by patent offices - and are crucial for understanding the patent's legal journey and any challenges it may have faced during examination.
Get instant alerts for new documents