Why smartlocks might not be the right solution

Retrofitting existing apartment entry doors with smart locks may seem like a convenient solution to upgrade the security of the property. However, there are several pitfalls to consider before embarking on such a project, especially during a hallway renovation.

One of the main issues is the potential damage to the door frame during the installation process. In most cases, the smart lock requires drilling new holes into the door frame, which could cause structural damage to the frame or even weaken its integrity. This damage can be costly to repair and could result in additional expenses and delays to the renovation project.

Another concern is the damage that may be left on the door from the old lock. Old locks can leave visible marks, scratches, or holes on the door, which could be unsightly and difficult to conceal. This could be a particular issue in apartment buildings where aesthetics play a crucial role in the value of the property.

Additionally, smart locks are technology, and like all technology, they may become obsolete over time. This means that software support may only last for a few years, and the lock may eventually become incompatible with future updates. This could result in the need for an entirely new lock installation, which could be a significant expense for the property owner.

Furthermore, smart locks rely on electricity or batteries to function, which could pose a problem in the event of a power outage or battery failure. This could result in residents being locked out of their homes, creating an inconvenience that could lead to complaints.

While retrofitting existing apartment entry doors with smart locks may seem like a simple solution to enhance security, it can have several pitfalls, including damage to the door frame, damage left on the door from the old lock, and the potential for the lock to become obsolete. Property owners should weigh the pros and cons before deciding whether to proceed with such a project during a hallway renovation.