Danalock, a leading provider of smart lock solutions for smart homes and businesses, will soon debut its new Danapad keypad. Danapad is an easy-to-install, wireless, smart access keypad that enables homeowners and businesses to manage secure access for delivery, contractors, cleaning and pet services, and those without a smartphone or access to the smart home system such as children, elderly residents or visitors, and guests. With its Bluetooth interface to the Danalock V3 smart lock, Danapad gives homeowners, rental properties, and owners of hospitality and other businesses peace of mind with the industry’s most secure access solution.
Danapad’s elegant Danish design and small footprint (35mm x 82mm) provides an out-of-the-box, easy-to-install and secure access solution that requires no permanent alteration to the door or entry area. Designed for all weather extremes, Danapad works well in hot and cold climates and can withstand the effects of salt, fog, and rain.
Danapad, like Danalock V3, is managed via the Danalock App, a cloud-based access control application that enables the user to provide one of three levels of access to guests: permanent, recurring, or temporary/one-time. Visitors no longer need to bring a key or a phone. They simply enter their four- to 10-digit pin codes into the keypad, which connects to the smart lock via Bluetooth to unlock the door. In instances where many different guests operate the lock, such as on a rental property or a locked-off common area, guests do not need to own a compatible device. When someone enters or exits, the Danalock App messages the homeowner/business manager, reassuring parents that their children are home from school or building managers that the contractor has arrived on time. Danalock V3 and Danapad are currently available with Bluetooth (BLE 4.0) support. Communications support for Z-Wave, Zigbee, Harmony, NEST, Thread, and Wi-Fi will be added in the second half of 2018 to ensure maximum flexibility and complete interoperability with Internet and home automation systems.
