ABLOY is expanding its keyless ABLOY CUMULUS access management solution. With the introduction of a new cylinder solution, more CUMULUS access points can now be managed securely and flexibly through a single system using mobile technology.
ABLOY is extending the CUMULUS solution with a new cylinder range, bringing keyless access to door environments. Users can open doors with a mobile device, eliminating the need for physical keys.
Previously, this solution enabled keyless access for applications such as padlocks, key safes and other locking solutions. As the solution expands into door environments, access points can now be managed remotely through a single system.
The solution meets growing demand for ease of use, integrations, and digital access management. It combines secure credential technology, an intuitive mobile application, and battery-powered devices in a single solution.
Battery-powered operation enables a real-time clock and advanced smart features in the locking devices. Access events, device status, and environmental data are securely recorded in the system. This enhances traceability, helps protect access rights from unauthorised modification or misuse and allows a step into a more connected world.
The cylinder solution is a seamless extension of the CUMULUS platform and supports flexible management through ASSA ABLOY Access® or partner software, while also enabling retrofit upgrades that make use of existing ABLOY locking systems.
ABLOY CUMULUS: Designed for demanding and high-security environments
ABLOY CUMULUS is designed for professional environments that require secure, easy-to-use, and reliable access management, even under demanding conditions. The new cylinder range is especially suited to demanding outdoor applications, where reliability, security, and manageability of access are key requirements.
The consistent user experience across different CUMULUS devices ensures smooth and intuitive operation without compromises associated with proximity-based access technologies. The solution is designed to perform reliably even in locations where network connectivity is limited.
