Sensory Systems
The input layer behind every pillar of Building Intelligence.
Without inputs, a building can only be triggered. It cannot read what is happening inside it. Sensory Systems are how the building reads air, light, movement, water, sound, and the quiet rhythms of machines. These signals feed awareness, which feeds anticipation, which feeds everything downstream. You do not notice the sensors. You notice the ease they create.
Air Quality
Read the air. Protect the people in it.
Temperature and humidity sensors regulate climate and prevent damage from mold and dryness. CO₂ and VOC sensors track the air that the room is asking the people inside it to breathe. Particulate sensors monitor smoke and dust. Carbon monoxide and gas detectors guard against the hazards no one can see. The air in a space is doing something to everyone in it, all the time. The question is whether anyone is reading what.
Water & Safety
Early signals. Automatic protection.
Water sensors sit quietly under appliances, in basements, and along plumbing runs. They detect leaks, measure flow, and monitor tank levels, watching for the smallest changes. When something goes wrong, the system does more than notify, it shuts off the supply line before damage spreads. These safeguards stop problems before they reach finishes, infrastructure, or the people inside.
Security & Perimeter
Boundaries that watch without intrusion.
Door, window, gate, and garage contacts give the system clear awareness of openings. Glass-break and vibration sensors detect tampering. Mailbox and delivery sensors confirm arrivals. Asset tags track valuables. Panic buttons extend personal safety into everyday life. The perimeter is not a wall. It is a continuous read of what is moving in and out, and what should not be.
Vision & AI
Awareness through intelligent eyes.
People counting and heat maps track real-time occupancy. Facial and license plate recognition support secure access without friction. Behavior analysis surfaces unusual activity, like loitering, crowding, or objects left where they should not be. Vision adds context that no other sensor can provide. It does not replace the rest. It tells them what they are looking at.
Presence & Occupancy
Detecting presence. Counting people. Sensing stillness.
Floor pressure, PIR motion, and ultrasonic sensors detect movement and stillness alike. Entry and exit beams track flow and direction. These inputs let the building adjust lighting, climate, and security in real time, so a space responds to how it is actually being used, not how it was scheduled to be used.
Weather & Daylight
The indoors reading the outdoors.
Daylight sensors measure brightness and color temperature, syncing interior light with the sun. Rain and wind sensors close automated windows, retract awnings, and pause irrigation. UV sensors protect fabrics, art, and finishes. Weather stations combine these signals into one continuous reading of the conditions outside, so the building can adjust before anyone inside notices the change.
Sound & Acoustic
Listening for safety, preserving peace.
Acoustic sensors detect glass breaking, gunshots, signs of distress or aggression. Noise monitoring maintains acoustic comfort in living and working areas. Ambient audio awareness confirms occupancy and identifies unusual activity. The building hears what no one is listening for.
Energy
The signal behind every system that runs.
Sensors track current draw to surface equipment wear before failure. Loads are monitored across zones, waste flagged early, surges and dips detected before they damage sensitive systems. Outage awareness coordinates safe shutdowns, reserves, and backup generators. Dashboards give owners clarity on usage, cost, and resilience. Energy is not a utility. It is the health of the building, read in real time.