printer friendly version

Gallagher Security releases the Controller 7000 Enhanced

Less than a year after the release of the Controller 7000 (C7000), Gallagher Security announced the latest addition to its controller product range, the Controller C7000 Enhanced (C7000 Enhanced).

Jim Rayner, Value Owner at Gallagher who led production on the C7000 Enhanced says, “It has it all. The C7000 Enhanced represents our commitment to innovating and engineering with our customers in mind. Utilising their feedback, we continue to push the limits of cybersecurity to offer solutions built with our customers' current and evolving needs at the fore.”

Building on the cyber advancements and features of the C7000 Standard variant, the C7000 Enhanced offers increased reliability, redundancy, and resilience for customers.

For sites that want to future-proof their network, the C7000 Enhanced offers Gigabit Ethernet, network redundancy (including two ethernet ports with their own MAC address capable of supporting separate networks), and a higher level of protection with an in-service relay, temperature sensor and eFuses. The C7000 Enhanced also includes a serial port for sites needing to use an alarm dialler or connection to third-party systems.

The C7000 product range introduces a new generation of cyber-defence, with enhanced hardware that uses security infrastructure to generate, process and store cryptographic keys and certificates.

Providing end users with protection against attacks on firmware in the supply chain and a platform ready for the future, the C7000 range are IP-based controllers that can manage all localised access control, intruder alarms, perimeter security, business automation, and logic needs for an organisation.

Able to operate independently from the Command Centre server, the C7000 Product Range ensures predefined responses to monitored events, site safety, and continuity. C7000 features a scalable system design that can scale from single-door systems to global systems with up to 10 000 controllers per server.

Share this article:

Further reading: