Five Smart Home Protocols Your Household Should Consider
Your smart home is about to get smarter. Every year, home automation redefines the way civilians engage, protect and enjoy the American household. If you’ve always wanted a mobile-controlled locking system—you’re in luck. Several smart home protocols are rewiring the way households create barriers, and they’re expanding far beyond the traditional dead bolt.
Smart home protocols, now, are relatively easy to power. If you’re already on mobile, you need only connect via Wi-Fi, Bluetooth or another protocol to access the tech industry’s finest options.
A lot of smartphone-enabled home security systems are available, but a few stand above the rest. Household smartphone options are manageable entirely via app, and some are powered in real-time to save the homeowner trouble. Below, we take a look at the hottest smart home protocols around, matching the system with high-tech locking mechanisms guaranteed to serve:
Protocol One: Z-Wave
Z-Wave remains one of the modern tech world’s most popular smart home protocols. It runs on the 908.42 MHz frequency, and its low-band operational capacity is preferred by a lot of wireless-enabled households. It isn’t affected by wireless “traffic jams,” and its advantages extend to both forwards and backwards capabilities. Z-Wave has been around for a while, and its high functionality limits make it a superior protocol for home defense.
Protocol Two: UPB
UPB, short for Universal Powerline Bus, is similar to the X10 protocol. In fact, it was originally intended to be an X10 replacement with superior reliability. UPB isn’t susceptible to powerline noise, and it carries a high range capable of reducing operational costs while securing pure signals. UPB transmits signals over a mile, and it’s frequently included in product mixes to communicate between multiple devices.
A UPB platform is able to secure a 99-percent reliability factor. Hosting a low bandwidth, UPB similarly offers complexity while avoiding encryption. It’s safe, it’s secure and its highly compatible.
Protocol Three: Insteon
Insteon was developed and introduced in 2005. Primarily, Insteon exists to communicate with wireless hubs. It ensures multiple wireless connections, securing cost-efficient alternatives to typical smart home systems. Many modern smart homes rely on Insteon to power wireless solutions, as Insteon’s automated services are accessible by even novice users. Insteon technology is highly flexible, and it’s capable of hosting multiple systems in a single hub. Currently, over 200 different Insteon-enabled automation devices are available on the market.
Protocol Four: Wi-Fi
Wi-Fi is a “purist” communication protocol in many households. It boasts high bandwidth, security and flexibility. A lot of manufacturers are crafting new smart home devices around Wi-Fi, connecting routers and central hubs alike to Wi-Fi-enabled interfaces.
That said, Wi-Fi does carry a big drawback: Interface issues. If a household is reliant on Wi-Fi, it may be creating unnecessary traffic. Wi-Fi-connected gadgets, like laptops, game consoles, televisions and tablets, can interfere with one another. Because Wi-Fi is a power-hungry protocol, its sensors might become drained of utility over time. That said, few wireless environments can compete with Wi-Fi’s sustainability in many households.
Protocol Five: Bluetooth
Bluetooth, too, is an industry favorite. Bluetooth, today, is at the centerfold of hundreds of industry products. From locks to surround-sound systems, Bluetooth-powered homes remain a potent force. Bluetooth’s bandwidth carries a higher data count than Z-Wave and other similar protocols. It also takes up less energy than Wi-Fi.
Bluetooth, however, has a limited range. It requires constant connectivity to function properly. Normally used in security systems and motion sensor products, Bluetooth is capable of forming mesh networks. Mesh networks are highly compatible with ZigBee and Z-Wave products, making Bluetooth a viable “centerfold” for many homeowners seeking flexibility and home sustainability.
As protocol research increases, market options expand. Security, lighting and energy conservation, today, are heavily reliant on household communication networks. Understandably, government-grade encryption has become increasingly popular. Household technology typically follows a trickle-down effect, wherein popular products and protocols are inspired by the tech industry’s newest innovations. Decide upon your household’s needs, determine its capacity for new offers and take advantage of the technological world’s finest offers. For more information about smart home protocols and installation, contact Great Valley Lockshop by calling 610-644-5334 or fill out a get a free quote online!