The 'smartest' smart lock inspired by user feedback
On 15th October, Poly‑Control will unveil Danalock Version 2 for the U.S. market from the CEDIA conference. This smart lock solution turns a smartphone into a high-tech digital key for home security. Danalock’s already unrivaled flexibility with Bluetooth and Z-Wave compatibility now adds support for Nest, Harmony, WiFi and Zigbee protocols to expand interoperability with home automation systems, while improving the ability to remotely control door access.
In addition, a lock-state sensor recognises dead bolt state, ensuring a more intuitive installation process and improving the user experience.
“We significantly enhanced the features and user experience in Danalock V2 for our customer base in the U.S.,” said Henning Overgaard, Co-Founder, Poly-Control. “With the Danalock V2, we’re confident that the combination of ease of installation, support for the industry’s leading wireless communications standards and a very competitive price point will meet the growing needs of home automation users and propel Danalock into a leadership position in the U.S. market.”
Danalock V2 knits strong Bluetooth signal recognition with the broadest range of communication protocols on the market. On entry or exit, Danalock signals the Zigbee or Z-Wave alarm systems to disarm or arm automatically. Integration with NEST and Harmony relay to home automation systems to raise or lower temperatures or adjust lighting on the entrance or exit signal from Danalock. And WiFi integration offers even more flexibility by enabling homeowners to remotely unlock/lock the door for children or visitors such as contractors and housekeepers.
Danalock V2 has taken the pain out of installation. A U.S.-specific mount that requires no modification of the lock’s tailpiece means the Danalock fits over the tail and mounts solidly on the bracket. A sensor identifies the state of the dead bolt as locked or open and, with the help of the Danalock widget, the install process is fully automated. No manual inputs are required.