The secure, resilient network that keeps your security systems and your people connected — designed to carry CCTV, access control and alarms without compromise.
CCTV cameras, access control readers, door entry systems and intruder alarm panels are all network-connected devices. If the network they run on is congested, insecure or unreliable, your entire security infrastructure is compromised. A school whose CCTV drops offline because pupils are streaming video on the same network is not a secured school.
Fyrfly Systems designs and installs wireless & fixed network infrastructure that keeps security systems on their own dedicated, resilient network segment — while delivering high-performance connectivity for staff, pupils and visitors on separate, appropriately filtered networks.
From access point survey and design through to installation, configuration and ongoing support, we deliver wireless & fixed network infrastructure built for the demands of education and public sector environments.
Site survey, access point placement design and professional installation of enterprise-grade Wi-Fi 6 infrastructure that delivers consistent coverage across every area of your building — including the difficult spots: corridors, stairwells, mobile classrooms and large open areas like sports halls and assembly spaces.
VLAN design that separates your security systems, staff network, pupil or public Wi-Fi and guest access onto isolated network segments — so that a compromised device on the public network cannot reach your CCTV or access control systems.
Dual-WAN and 4G/5G failover configurations ensure your security systems stay connected even if your primary internet connection fails. For schools and public buildings where CCTV and access control are mission-critical, single points of failure are engineered out.
Schools are legally required to filter internet access for pupils under the Filtering and Monitoring Standards. We configure and manage content filtering solutions that meet DfE requirements across your entire wireless & fixed data estate — including any BYOD devices connecting to your school network.
Proactive network monitoring, firmware management and responsive support ensure your infrastructure performs consistently. We monitor access point health, bandwidth utilisation and security events — addressing issues before they become problems for your staff or your security systems.
From DfE filtering requirements to PSN compliance considerations, we design networks that support your regulatory obligations — not just your connectivity needs.
Your CCTV, access control and alarm systems are only as reliable as the network they run on. We design networks that treat security infrastructure as the priority — not an afterthought.
We design your network around the needs of your security infrastructure. IP cameras, access control panels and alarm communicators all have specific bandwidth and latency requirements — we size and segment the network to guarantee they're met.
When the same team designs and installs your network and your security systems, integration is seamless. No finger-pointing between contractors when a CCTV camera can't reach the NVR — we designed the whole thing, so we fix the whole thing.
Victorian school buildings with thick walls, NHS corridors with lead shielding, temporary classrooms and outdoor spaces — we survey every environment before specifying a single access point, because a desk design never survives first contact with the building.
The compliance requirements, building types and user groups differ significantly between education and public sector. Our network designs reflect those differences.
DfE-compliant filtering, high-density Wi-Fi for classrooms and dedicated infrastructure for security systems — all in one design.
PSN-aware network design, Cyber Essentials alignment and robust segmentation for sensitive public sector environments.
Start with a free site survey and RF assessment. We'll map your building, identify coverage challenges and design a network that supports your security systems and your people.