In modern commercial buildings, security managers have long faced an uncomfortable compromise. Primary entrances receive robust electronic access control, while interior doors—offices, IT closets, utility rooms—remain secured with mechanical keys or offline locks. The reason is rarely a lack of concern; it is the prohibitive cost and complexity of extending traditional hardwired access control to every opening.
Networked door lock systems are dismantling that compromise. By combining the intelligence of cloud-connected smart locks with the reach of existing building Wi-Fi infrastructure, these systems make comprehensive commercial access control not just possible, but economically viable for every door in a facility.
The Problem with Traditional Commercial Access Control
Traditional hardwired access control systems require extensive cabling, external power supplies, door controllers, and specialized labor. Bringing electronic access control to a single interior door can cost thousands of dollars in materials and installation alone. As a result, approximately 75% of doors in a typical facility—secondary and interior openings—remain outside the electronic access control perimeter .
This creates significant security gaps. IT closets, administrative offices, and utility spaces often contain sensitive equipment and documents, yet they are protected by nothing more than a mechanical lock that offers no audit trail, no remote management, and no immediate response capability.
How Networked Door Lock Systems Work
Modern networked door lock systems represent a fundamental architectural shift. Rather than routing every door back to a central control panel through dedicated wiring, these systems leverage the building’s existing Wi-Fi network to maintain persistent cloud connectivity .
The locks themselves become edge devices. Credential validation and access decisions occur at the door, reducing latency and network burden . Only when access rights change or audit data needs synchronization does the lock communicate with the central system—and this communication can happen in real time rather than waiting for scheduled check-ins .
A critical distinction separates true networked systems from earlier wireless solutions. Conventional wireless locks often relied on periodic “check-ins”—waking every 12 or 24 hours to download updated credentials and upload transaction logs . That meant a terminated employee’s credential might still work for hours or days after revocation. Networked systems with persistent connectivity execute remote commands and access updates in less than 10 seconds .
SMARTEK
SMARTEK
SMARTEK
SMARTEK
SMARTEK

SMARTEK