Learned occupancy patterns mimic human activity in vacant properties to deter burglars.
Entity-aware layered audio changes frequency, volume, and composition to deter events without relying on static alerts.
A signal transmitter bridges intrusion alarms and smart home networks using dual interfaces to process and route alarm messages.
A holographic security system projects AI-generated personnel images to deter intruders.
A home automation system detects entry sounds using microphones and matches them against known audio signatures to trigger specific device operations.
A remote presence security system transmits real-time video feeds to mobile devices upon detecting premises events.
A security system generates layered, unpredictable audio responses to deter entities.
Local edge processing in the I/O relay enables object detection while eliminating privacy risks from public cloud data transmission.
A programmable lighting fixture mimics television flicker patterns to simulate human occupancy, deterring theft without operating actual electronics.
Cloud intermediary enables neighborhood video sharing while managing system complexity and privacy controls.
Intelligent multi-sensing devices coordinate via a mesh network to manage home security and automation tasks.
Location-based addressing groups wireless lighting devices by physical position to enable single-command multicast control.
Continuous pre-actuation buffering eliminates display delays and prevents missed visitor identification when the doorbell is pressed.
Electronic control device generates voice output signals to simulate occupancy, deterring unauthorized entry when residents are absent.