Never wave your hands in the dark again. Upgraded 24GHz micro-radar sensors detect breathing and chest movement, keeping lights and AC active when you sit completely still. Designed and installed by HOME ART in Hyderabad.
Traditional passive infrared (PIR) motion sensors only detect body heat moving across rooms. They suffer from a major flaw: if you sit still while reading a book in your study, working at your desk, or relaxing in the bathroom, the sensor assumes the room is vacant and shuts the lights off.
Our new **AI mmWave Presence Sensors** utilize millimeter-wave micro-radar signals. They detect microscopic movements — such as the physical rise and fall of your chest during breathing — keeping lights, fans, and VRV cooling active even when you are sitting perfectly still.
Advanced millimeter wave detection capabilities that resolve the limitations of traditional motion triggers.
Detects chest expansions from breathing, finger movements on keypads, and head rotations, maintaining active light scenes when you sit completely still.
Subdivide rooms into spatial grids. Standing near the sink can turn on vanity mirrors, while stepping into the shower triggers separate overhead lights.
Operates at high-frequency 24GHz/60GHz spectrums to trigger lighting in under 0.2 seconds upon room entry, eliminating awkward waits in dark passages.
We configure exclusion boundaries above mattresses. If you turn over while sleeping, the sensors filter out the movement to prevent lights from switching on.
Advanced DSP filters ignore moving ceiling fans and small pets walking along floors, avoiding frustrating false lighting triggers in empty rooms.
Integrates directly with Wi-Fi retrofit switchboards (Smart Modular Switch) or wired bus systems (KNX) locally to ensure secure and fast offline command executions.
A balanced comparison to highlight how new radar technology outperforms legacy infrared sensors.
| Capabilities | Traditional PIR Motion Sensor | AI mmWave Radar Presence Sensor | Engineering Recommendation |
|---|---|---|---|
| Core Detection Metric | Body heat moving across spatial zones. | Reflective high-frequency radio waves. | mmWave detects breathing and heartbeat. |
| Stillness Timeout | Yes. Shuts lights off if you sit still. | No. Micro-motion registers continuous presence. | mmWave is mandatory for study rooms & toilets. |
| Distance / Zone Filters | None. Triggers on entire heat cone. | Yes. Supports coordinate zone filters (e.g. 0-6m). | mmWave prevents triggers from open doorways. |
| Structural Penetration | None. Blocks at glass or thin panels. | Penetrates thin drywall, glass, and wood. | mmWave needs careful coordinate limit settings. |
| Cost Point | Very low cost. | Moderate premium (specialized DSP chips). | Use PIR for hallways; mmWave for active rooms. |
Turnkey pricing including high-performance radar sensors, wiring, zone calibrations, and integration with lighting.
Ideal for correcting motion timeouts in bathrooms or home offices with existing switches.
Perfect for automating the Master Bedroom, Master Bathroom, and private Study room in your duplex.
Wired or Zigbee multi-sensor grids for luxury villa shells. Direct integration with KNX/Control4.
Our precise physical mounting and calibration process ensures that your presence sensors operate without false triggers.
We audit room structures, identify potential static noise sources (moving AC vents, fans, doors), and select optimal ceiling mounts.
We run hidden low-voltage power cables (5V/12V) inside ceiling conduits to power the high-frequency radar sensors continuously.
Our software engineers configure distance boundaries (e.g. limit detection strictly to 3.5 meters) to filter out movements outside glass doors.
We define mattress levels and pet heights, setting lower sensitivity thresholds in those coordinates to avoid false triggers during sleep.
We bridge the sensor coordinates with your lighting dimmers and VRV HVAC units, programming fade-out transitions and eco-saving zones.
Everything you need to know about AI presence sensors and micro-radar home automation.
PIR (Passive Infrared) sensors detect body heat moving across zones. If you sit still (like reading in a chair or working at a desk), they assume the room is empty and turn the lights off. mmWave (millimeter Wave) radar sensors emit high-frequency radio waves to detect tiny physical movements — such as the rise and fall of your chest during breathing — keeping automation active even when you are completely still.
Yes. High-frequency radar signals can penetrate drywall, glass, and thin plywood doors. During installation, our engineers calibrate range boundaries, exclude door thresholds, and configure distance filters so that people walking outside in the hallway do not trigger your bedroom lights.
Yes, completely! The 24GHz and 60GHz micro-radar signals used in presence sensors emit less than 1/100th of the radiation energy of a standard Wi-Fi router or cellular phone. They are certified safe for continuous exposure for humans, infants, and pets.
While the sensor detects all motion, we program custom sensitivity thresholds and target distance coordinates in the system software to prevent dogs or cats from triggering automation events at night.
Our AI sensor engineers will assess your rooms, recommend optimal sensor placement, and demonstrate the technology live — completely free of charge.
Call / WhatsApp: +91 90328 27649