Radar-based object detection filters pets from security deterrent triggers.
This case combines protocol, location, and motion checks with timed confidence thresholds to reduce false out-of-range alerts.
This case combines physical sensors, network traffic, and third-party data for baseline-driven anomaly detection and alerts.
Temporary video access helps users verify alarms remotely and reduce false dispatches.
Single-channel detection triggers multi-channel verification only when confidence is uncertain, reducing power use and interference.
A pin switches rotational locking in a dome camera, simplifying P-direction setup while preserving sealed, waterproof housing.
Multimedia feeds, facial recognition, and human verification help PSAPs classify alarms and expedite true emergency response.
A two-port sanitization device isolates untrusted IP cameras, filters communications, and recreates only authorized traffic for the network.
Illumination-aware motion analysis separates intrusions from harmless objects.
A POTS-connected hub links legacy security panels with wireless sensors and customizable alarm actions without infrastructure replacement.
This case uses historical sensor correlations to classify events as normal or anomalous, reducing expert setup and missed detections.
Camera vision detects open or closed entry points and alerts users before compromise.
A secure bootloader and driver use GPIO intrusion signals to notify users, clear sensitive data, power off, and log events.
A wireless security system uses detachable units to define a dynamic zone and detect unauthorized removal of goods.
A security device acquires mobile device identifiers from wireless signals to estimate distance and transmit alarm signals.
A distributed surveillance system separates event definition into global and local components using template-based instantiation.
Template instantiation segments event definition to resolve the contradiction between centralized control reliability and multi-site scalability.
A data processing system segments collected information into sensitive and non-sensitive portions for targeted local or remote handling.
An RFID tag network detects presence via resonant frequency signal occlusion, lowering deployment costs while maintaining monitoring coverage.
An auxiliary signal-emitting device transmits mimicked location signals to a tracking unit for reliable position determination.
Independent pyroelectric pairs with local temperature compensation differentiate moving objects from stationary thermal effects to reduce false alarms.