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01 Jan 2024 09:57

Thoughts everyone? US Patent 2021/0084551 - Systems and methods for monitoring for and preempting the risk of future occurrence of a quarantine violation.

US Patent 2021/0084551 - Systems and methods for monitoring for and preempting the risk of future occurrence of a quarantine violation.

https://image-ppubs.uspto.gov/dirsearch-public/print/downloadPdf/20210084451

Was doing some advanced searches on the US Patent website, and this popped up. I thought you'd all like to see this.

US Patent 2021/0084551 - Systems and methods for monitoring for and preempting the risk of future occurrence of a quarantine violation. Inventor: David H. Williams (Kirkwood, MO) & Adam H. Williams (Kirkwood, MO) March 18th 2021

US Patent 2021/0084551: Monitoring and Preempting Quarantine Violations

This patent describes a system and method for monitoring individuals under quarantine and predicting their potential for future violations. It aims to prevent breaches by identifying individuals at high risk and implementing preemptive measures.

It proposes a system for predicting and preventing potential quarantine violations using various monitoring technologies.

Here's how it aims to work:

1. Data Collection: The system gathers data from various sources, including:

* Biometric sensors: Worn by individuals under quarantine, these could track vital signs like heart rate, respiration, and sleep patterns.

* Location trackers: GPS or other location-based technologies could monitor movements and detect potential breaches of quarantine boundaries.

* Social media and online activity: Tracking online interactions and engagements might flag potential indicators of risky behavior.

* Environmental sensors: Monitoring factors like air quality or noise levels near quarantined individuals could provide additional context.

1. Data Analysis: The system analyzes the collected data using algorithms that assess individuals' compliance with quarantine regulations and predict the likelihood of future violations. These algorithms might consider:

* Deviations from baseline biometric patterns potentially indicating illness or stress.

* Attempts to tamper with or disable monitoring devices.

* Online communications suggesting non-compliance or plans to violate quarantine.

* Changes in movement patterns suggesting attempts to leave the designated area.

1. Intervention: Based on the risk assessment, the system triggers various interventions to prevent potential violations, including:

* Alerts and warnings: Notifying authorities or responsible individuals about the predicted risk.

* Increased monitoring: Intensifying data collection or deploying additional surveillance measures.

* Targeted interventions: Sending reminders about quarantine rules, offering support services, or even implementing physical lockdown measures in extreme cases.

Signals, Waves, Frequencies:

* The patent doesn't explicitly mention specific signals, waves, or frequencies used in the system. However, it likely relies on:

* Radio waves: GPS tracking utilizes radio waves for location data.

* Bluetooth or other wireless protocols: Wearable sensors might communicate with the system using these technologies.

* Cellular networks: The system might transmit data and alerts through cellular networks.

The patent doesn't specify specific signals, waves, or frequencies used by the system. This could vary depending on the chosen biometric sensors, location trackers, and environmental sensors. For example, biometric sensors might use radio waves or Bluetooth for data transmission, while location trackers might rely on GPS or cellular networks.

Potential for Abuse:

This system raises significant concerns about privacy, civil liberties, and potential for abuse. Some key concerns include:

* Misuse of data: Collected data could be misused for profiling, discrimination, or surveillance purposes beyond the intended scope