10 Smart Home Automations Every Homeowner Should Try

Smart home automation allows homeowners to link disparate devices into synchronized routines that trigger based on time, location, or sensor data. According to BGR, the most effective automations focus on security, energy efficiency, and convenience by removing the need for manual app interaction for repetitive daily tasks.

The shift toward automation relies on the integration of smart hubs and ecosystems like Amazon Alexa, Google Home, and Apple HomeKit. These platforms act as the central brain, allowing a trigger—such as a door opening or a specific time of day—to execute one or more actions across different hardware brands.

Security and Entryway Automations

Automating entry points reduces the risk of leaving doors unlocked or lights off when a home is vacant. BGR identifies “Coming Home” routines as a primary utility, where a smart lock unlocking triggers the hallway lights to turn on and the thermostat to adjust to a comfortable temperature.

For security, BGR suggests automating exterior lighting to activate at sunset. This prevents the home from appearing unoccupied. Integrating motion sensors with smart bulbs allows lights to activate only when movement is detected, which serves as both a deterrent for intruders and a convenience for residents arriving after dark.

Another critical security layer involves the “Away Mode.” This automation can be programmed to randomize the switching of a few interior lights to simulate human presence, a tactic BGR notes is more effective than a single light remaining on for 24 hours.

Energy Efficiency and Climate Control

Smart thermostats and lighting systems can significantly lower utility bills through conditional automation. BGR highlights the use of occupancy sensors to turn off lights in rooms that have been vacant for a set duration, eliminating energy waste from forgotten switches.

Climate automation often utilizes “Geofencing,” a technology that uses the GPS of a user’s smartphone to create a virtual boundary around the home. According to BGR, this allows the HVAC system to switch from “Eco” to “Home” mode as the user crosses the boundary, ensuring the house is at the desired temperature upon arrival without running the system all day.

BKR also suggests automating window blinds based on the time of day. Closing blinds during the peak heat of a summer afternoon reduces the load on air conditioning units by blocking solar gain, while opening them in the winter can help naturally heat a room.

Daily Routine and Convenience Triggers

Automations can be grouped into “scenes” that prepare a home for specific activities. BGR points to “Good Morning” and “Good Night” routines as the most common implementations.

• Morning Routines: These may include gradually brightening bedroom lights to simulate a sunrise, starting a smart coffee maker, and announcing the weather and calendar events via a smart speaker.
• Nightly Routines: A single command or time-trigger can lock all smart deadbolts, turn off all interior lights, and set the thermostat to a cooler sleeping temperature.

Kitchen and bathroom automations also provide functional gains. BGR suggests using motion-activated lighting under cabinets or in pantries, which removes the need to find a switch while carrying groceries or during late-night visits to the kitchen.

Technical Implementation and Interoperability

The effectiveness of these automations depends on the communication protocols used by the devices. Most smart home gear operates via Wi-Fi, Zigbee, or Z-Wave. BGR notes that using a dedicated hub can reduce the strain on a home’s Wi-Fi router by offloading device communication to these specialized low-power mesh networks.

Industry trends are moving toward the Matter standard, a unifying protocol backed by Apple, Google, and Amazon. Matter is designed to ensure that a device from one manufacturer can trigger an automation in another manufacturer’s app without requiring complex third-party bridges or “workaround” software.

For those starting with automation, BGR recommends beginning with a single “if-this-then-that” logic chain—such as a motion sensor triggering a light—before expanding into multi-device scenes that require more complex coordination between the hub and various endpoints.