Smart Home Solutions

Comfort, security, and lower energy use for the homes you equip

Solution Overview

Devices in the home talk to each other over IoT. Lighting, air conditioning, and security then follow one set of rules instead of separate remotes, so the household is easier to run, more comfortable, and safer when nobody is watching a panel.

Less running around the house

One command reaches every connected device

A watch that does not sleep

Cameras, locks, and alarms stay on around the clock

About 30% less energy

HVAC and lighting follow occupancy instead of staying on

How the home system is layered

Core Functions

Lighting, climate, security, and the appliances behind them

Lighting

Indoor and outdoor lights follow a scene, a schedule, or the amount of daylight, and the platform shows how much energy that saved.

  • Brightness follows daylight
  • Switch a whole scene at once
  • On and off by schedule
  • Energy saved, in the report

Climate

Air conditioning, underfloor heating, and fresh air move together. Temperature, humidity, and air quality stay in range without a separate setpoint for each unit.

  • Temperature and humidity held to a band
  • Air quality on the same screen
  • Several units answer one scene
  • Energy trimmed when rooms are empty

Security

Video, the door lock, intrusion sensors, and smoke alarms sit in one view instead of four apps.

  • HD video
  • Smart lock
  • Intrusion alarm
  • Smoke detection

Appliances

Appliances share one list: remote control, running state, and a warning before a fault becomes a service call.

  • One list for every appliance
  • Control from outside the home
  • Running state
  • Fault notice before it fails hard

Scenes People Actually Use

Sleep, morning, dinner, and leaving the house

Sleep Mode

The house settles itself when someone is ready for bed

What the house does at bedtime

On a schedule or a single command, lights go off or dim, the air conditioner moves to a sleeping temperature, and the TV and speakers shut down. Security comes on. Curtains close for privacy and darkness. The air purifier drops to quiet mode. Setpoints can follow that person’s sleep habits and the room’s temperature and humidity, so the bedroom is ready without a walk through every room.

What goes wrong at bedtime

A lap of the house. Lights and appliances get switched off room by room.
The room is never quite right. Temperature, humidity, and light are hard to land together.
Something stays on. A forgotten appliance, or a window left open, is both a power risk and an entry risk.
Sleep starts late. Light, noise, and a warm room keep people awake.

What the scene handles

One command

A single trigger runs the whole scene. Nobody walks the rooms.

Setpoints that learn

Temperature and humidity follow that person’s sleep pattern and the room’s readings.

Unused loads off

Appliances that are not part of the night get switched off, and security comes on.

A wake time on the same scene

Morning mode can start from the sleep schedule, so the next scene is already set.

Morning Mode

Light, warmth, and hot water arrive before the alarm does

How the morning starts

Before the set time, curtains open slowly so daylight comes in like sunrise, and indoor lights rise from dim to bright. Music starts quiet and gets louder. Air conditioning or underfloor heating has already brought the room to a comfortable temperature, and the water heater has hot water ready. A coffee machine can start on the same schedule. The change is gradual, so the body moves from sleep to awake instead of being jolted.

Why mornings drag

The alarm is a jolt. A sudden ring wakes people harder than it needs to.
The house is still asleep. Curtains, lights, and appliances each need a separate action.
The room is the wrong temperature. Cold in winter, stuffy in summer, before anyone touches a setpoint.
Hot water and coffee wait on a person. Both start only after someone is already up.

What starts before the alarm

Wake with light

A sunrise curve of daylight and music, instead of a single loud alarm

Warm before you stand up

Room temperature and hot water are already where they should be

Coffee already started

The coffee maker and similar appliances start on the same clock

A clock per person

Each family member keeps a separate wake time and preference

Dining Mode

Light, sound, and airflow set for the table, not for the TV

What changes at the table

Dining-area lights move to a moderate brightness and color temperature, so the table is neither glaring nor dim. Music stays under the conversation. Airflow is steered off the table and the temperature stays in a range that suits a meal. The TV mutes or switches off. A diffuser can join the same scene, so dinner is about the people at the table.

Why meals feel off

The light is wrong. Too bright or too dim, and the table is uncomfortable to sit at.
The room is flat. No music and a harsh light make dinner feel like any other hour.
The TV holds the room. Screens pull attention off the people eating.
Air hits the table. A vent aimed at the meal, or the wrong temperature, shortens how long anyone wants to stay.

What the table scene sets

Light for the table

Brightness and color temperature set for eating, easier on the eyes

Music under the talk

A quiet track that does not compete with conversation

Air off the plates

Direction and temperature adjusted so the vent is not aimed at the table

Screens step back

Entertainment devices mute so the meal can hold the room

Away Mode

Locks, sensors, and idle loads checked before the door closes

What leaving the house triggers

Lights, air conditioning, the TV, and audio that nobody needs switch off. The lock engages. Door and window sensors report anything still open. Cameras record and motion sensors arm. If the forecast calls for rain or a hot afternoon, windows and shades move to keep water out and heat down. The fridge and water heater drop to an economy mode so they keep working without holding a full setpoint all day.

What people leave behind

A light or a window stays open. That is both a security gap and a power bill.
The check is a walk. Every room, every latch, every appliance.
Empty rooms keep running. HVAC and screens idle for hours.
Nobody can see the house. Once you are out, the only signal is a neighbor.

What the leave-home scene covers

Idle loads off

Appliances that are not needed switch off, so they are not a fire risk or a bill

Doors and windows checked

Open latches and an unlocked door raise a notice before you are far from the building

A live view from the phone

Cameras and motion sensors stay armed, and the household can look in remotely

Essentials on a lower setpoint

The fridge and water heater stay available without holding a full load all day

How the Stack Is Split

App, gateway, radio, and the devices on the wall

Application layer

Smart home app Voice control Web console Scene editor

Platform Layer

Home gateway Device management Scene engine Usage analytics

Network Layer

Wi-Fi Zigbee Bluetooth Mesh Infrared

Device Layer

Smart switches and sockets Environment sensors Smart locks Security cameras

A Residential Deployment

What one community measured after the scenes were in daily use

A higher-end residential community

Whole-home systems for 500 households, covering lighting, air conditioning, security, and appliances.

95%
Households satisfied
25%
Less energy used
50%
Easier day-to-day routines
99%
Uptime of the system

How households rated the deployment

Further Reading

Architecture notes, and a place to ask about a building-wide rollout

Smart home notes

How the stack is built, which scenes it runs, and how a project moves from a pilot home to a whole community

Technical Support

Talk with an engineer about gateways, radios, and how the install would be scheduled

Equip the Next Community

Tell us the unit count and the scenes you want, and we will match gateway, radio, and devices to that building