Keydom Access Control System
Smart Access Control for People and Vehicles
KEYDOM is FAAC’s advanced access control system, designed to make managing pedestrian and vehicle access simple, secure, and flexible. Built as a plug-and-play solution, it allows organisations to control who can enter specific areas, when they can access them, and how access is granted.
From a door access control system inside a building to a gate access control system managing vehicle entry, KEYDOM provides real-time oversight across all access points. The system is fully web-based, meaning it can be configured through any browser without additional software.
Whether you are overseeing a small business or a large multi-site operation, KEYDOM delivers a scalable automated access control system that adapts as your needs grow. For businesses across NZ, it offers a practical balance of security, control, and ease of use.

Web Based
KEYDOM operates entirely through a secure, browser-based interface. Configuration and management can be handled from any connected device, without installing additional software.
This gives you real-time visibility and control over all access points, wherever you are.

EASY TO USE
The KEYDOM interface is designed to be clear and intuitive, making everyday management straightforward. System setup and changes can be handled confidently, even by users without technical expertise.
Training time is reduced, and teams can focus on operations rather than system complexity.

FULLY Embedded
KEYDOM is delivered as a complete, self-contained solution. All required software is preinstalled within the Network Controller unit, removing the need for external applications or add-ons.
This integrated approach simplifies installation, reduces points of failure, and supports long-term reliability.

BUILT TO SCALE
KEYDOM is designed to grow alongside your organisation. Whether managing a small number of access points or expanding across multiple sites, the system adapts to changing requirements.
As needs evolve, KEYDOM protects your initial investment by delivering long-term flexibility and value.
KEYDOM is designed to support a wide range of industries, making it one of the most adaptable commercial access control systems available in New Zealand. In logistics and transportation environments, it integrates with license plate recognition and long-range tags to manage secure vehicle access efficiently. In offices, healthcare facilities, and public institutions, proximity readers allow multiple access levels to be assigned, ensuring people only access approved areas. Hospitality and tourism operators can use the system to grant time-limited access to guests, improving both security and experience. With an intuitive interface and embedded architecture, KEYDOM removes unnecessary complexity while delivering dependable access security and control. For organisations comparing access control companies, FAAC offers a proven solution designed for long-term reliability and confident day-to-day management.
Efficiency. Control. Security.
This is KEYDOM.
KEYDOM brings together efficiency, oversight, and protection in a single access control system built for modern environments. Designed to work across a wide range of industries, it adapts easily to different sites, users, and operational needs.
In transport and logistics environments, KEYDOM integrates with licence plate recognition and long-range identification tags to manage vehicle entry and exit smoothly. This allows authorised vehicles to move through access points quickly while keeping unauthorised traffic out.
Across offices, healthcare facilities, and public buildings, proximity readers make it easy to assign different access levels within internal spaces. Each user receives permissions that match their role, supporting both security and everyday workflow.
In hospitality and tourism settings, the access control system allows access to be granted only where and when it is needed. Guests can be given temporary permissions for specific areas or services, improving both safety and the overall experience.


