alldoorcompatible

Alldoorcompatible is a design philosophy and proposed standard aimed at ensuring that electronic door accessories—such as locks, sensors, actuators, and controllers—can operate with a broad range of door types and hardware. It emphasizes both physical compatibility (dimensions, mounting, actuation methods) and digital interoperability (communication protocols and data formats).

Originating in architectural technology discussions in the late 2010s, the concept emerged from efforts to improve interoperability in smart buildings. It is discussed as a framework rather than a single, universally adopted standard, with varying degrees of formalization in different regions and industries.

Scope includes universal mounting metrics, common electrical interfaces (such as low-voltage DC and power over Ethernet), and open communication protocols or APIs. The goal is to cover diverse door configurations—wood, metal, or composite; different backsets and thicknesses; and locking mechanisms ranging from mechanical to electric strikes and multipoint systems—while supporting both mechanical and electronic components.

Implementation typically involves modular mounting kits, adjustable backsets, and driver modules to adapt to different strike types and door geometries. Devices would ideally support multiple power sources, offer fail-safe and fail-secure options, and incorporate cybersecurity measures. Open standards or open-architecture approaches are encouraged to facilitate third-party integration and future upgrades.

Applications span building management, facilities maintenance, retrofit programs, and new construction where cross-compatibility reduces inventory needs and simplifies maintenance. Benefits include increased interoperability and cost savings; challenges involve varying door specifications, security considerations, and the pace of standard adoption.

See also: Interoperability, Open standards, Access control, Building automation, Smart locks.