Development of a Contact Glass-Break Detector for the Highest Security Level.

Area of Science:

• Security Systems Engineering
• Sensor Technology
• Intrusion Detection

Background:

• Existing contact glass-break detectors lack the reliability for the highest security levels.
• Intruder alarm systems require detectors meeting stringent security and reliability standards.
• Evaluating intrusion through glass panes necessitates advanced sensing capabilities.

Purpose of the Study:

• To develop and validate a contact glass-break detector for high-security intrusion detection.
• To create a system capable of reliably differentiating false alarms from genuine intrusions.
• To meet the unmet need for a highest security level-compliant glass-break detector.

Main Methods:

• Development of a contact glass-break detector incorporating an accelerometer.
• Transmission of glass pane vibration signals via the accelerometer.
• Evaluation of sensor signals using a proprietary methodology.

Main Results:

• The developed system successfully distinguished between false alarms and intrusion events.
• The proposed detector met the stringent requirements for the highest security level.
• Validated the system's effectiveness in real-world intrusion scenarios.

Conclusions:

• The novel accelerometer-based contact glass-break detector provides a reliable solution for high-security environments.
• The developed evaluation methodology ensures accurate intrusion detection.
• This research addresses a critical gap in the intruder alarm system market.