The new Alfred DB2S is the first-ever DIY-installable deadbolt smart lock that is able to charge through infrared power transmission. The company notes that it will be available for the price of $299 at Lowe's, Home Depot, and other retailers beginning sometime in the second quarter of 2023.
The charging kit is made up of a replacement backplate for the lock complete with a Wi-Charge receiver that is built into the device. It also has a transmitter that needs continuous power and a line-of-site towards the lock. The aforementioned infrared energy helps with safely transmitting power within a distance of up to 30 feet. This also allows it to power multiple devices at once and the device is notably FDA-approved.
DIY-Installed Smart Locks
The New Alfred DB2S is a Wirelessly Powered Deadbolt Lock
Trend Themes
1. Wirelessly Powered Smart Locks - The infrared power transmission technology in the Alfred DB2S presents opportunities for further development of wirelessly powered smart locks.
2. Diy-installed Smart Home Devices - The availability of a DIY-installable deadbolt smart lock indicates potential for and demand of DIY-installed smart home devices.
3. Fda-approved Smart Home Technology - The FDA approval of the Alfred DB2S and its charging kit suggests opportunities for further development of smart home technology with health and safety features.
Industry Implications
1. Home Improvement Retail - Home Depot and Lowe's and other retailers selling the Alfred DB2S smart lock could potentially expand their offerings of DIY-installed smart home devices.
2. Smart Home Technology - The development of the Alfred DB2S presents disruptive innovation opportunities for the smart home technology industry with the ability to charge wirelessly and the incorporation of FDA approved features.
3. Energy Transfer Technology - The wireless power transmission technology used in the Alfred DB2S charging kit could have disruptive innovation applications in other industries that require wireless power transfer, such as healthcare or manufacturing.