Wireless Coverage Built for Business, Not Consumer Routers

Small business Wi-Fi solutions for a single office or unit: business-grade access points, a guest network and central management, without enterprise complexity or cost.

Corporate Wi-Fi solutions for open-plan floors and meeting rooms, with seamless roaming, capacity for every laptop and phone, and policy managed from one place.

Auditoriums, event spaces and call centres where hundreds of devices connect at once. Access points and channel planning sized for the peak, not the average.

Coverage that holds up floor to floor, with access points placed to avoid dead spots in stairwells, lift lobbies and corners, and one network across the building.

High-ceiling, racking-heavy spaces where signal is easily blocked. Directional access points and a survey-led layout keep scanners and devices connected aisle to aisle.

Guest Wi-Fi for hotels and venues: in-room and public-area coverage, a branded captive portal, bandwidth management, and staff and guest traffic kept apart.

Classrooms, libraries and campuses with high device counts and shifting demand. Content filtering, per-group policy and coverage across buildings and grounds.

Shop-floor coverage for POS, stock devices and staff tablets, plus optional customer Wi-Fi, kept fully separate from payment systems.

Factory floors and yards with interference, dust and distance. Ruggedised access points and a design built around the physical environment.

One wireless network across every branch and site, with the same SSIDs, security and management, so users and IT get a consistent experience everywhere.

Budget-friendly enterprise-grade access points and controllers, often selected for smaller offices or price-sensitive rollouts.

Enterprise and campus wireless where deep integration with Cisco switching, security and management is already in place or planned. Suited to larger, policy-heavy environments.

Cloud-managed Wi-Fi with a simplified dashboard, suited to multi-site businesses that want centralized visibility without on-premise controllers.

Enterprise wireless known for advanced RF management and analytics, often used in larger, high-density environments.

Enterprise access points and controllers positioned for large-scale, high-capacity deployments.

Access points built for high-density environments such as stadiums, campuses and large public venues.

AI-driven wireless with automated RF optimization, aimed at organizations that want proactive network insight.

Enterprise wireless with cloud and on-premise management options, used across education, healthcare and retail.

UniFi access points and controllers for offices and multi-site businesses that want strong central management and coverage without a heavy licensing model.

Cloud-managed enterprise access points that balance capacity and cost, often a fit for retail, education and hospitality rollouts across many sites.

A dedicated network for employees and managed devices, kept apart from guests, building systems and IoT.

Internet-only access for visitors that never touches internal systems, with its own limits and, where useful, a login page.

Staff, guests, voice, cameras and devices on separate VLANs, so a problem on one stays contained.

Users and devices are verified before they get on, using the method that suits your environment rather than an open password on a sticker.

Rules for who and what can connect, and what each group is allowed to reach once on.

Access points and controllers set to a documented baseline, with default credentials and unused services removed.

Wireless traffic passes through the same firewall and policy as the wired network, not around it.

Central visibility of who is connected, where, and any unusual activity across the wireless network.

Detection of unauthorised access points and unexpected devices, so someone cannot quietly extend or spoof your Wi-Fi.

Guest Wi-Fi that is convenient to join but bandwidth-limited, time-bound and fully isolated from anything internal.

Visitor and contractor access at reception and in meeting rooms, separate from the staff network, often with a simple sign-in.

In-room and public-area Wi-Fi for guests, a branded landing page, per-guest limits, and full isolation from property and booking systems.

Patient and visitor Wi-Fi in waiting areas that never mixes with clinical systems or connected medical devices.

Separate access for students, staff and visitors, with content filtering and per-group limits, kept apart from admin systems.

Customer Wi-Fi on the shop floor, isolated from POS and stock systems, sometimes tied to a loyalty sign-in.

Simple guest access for diners with a time or data limit, separate from ordering and payment terminals.

Temporary high-capacity guest Wi-Fi for attendees, sized for the crowd and taken down cleanly afterwards.

Shared guest Wi-Fi across lobbies and common areas for multiple tenants, with each tenant network kept private.

Each floor gets its own coverage and capacity plan based on its layout and use, then the floors are tied into one network design.

Access points positioned to cover their own floor cleanly while limiting how much signal bleeds up and down, which otherwise causes interference.

Deliberate, controlled overlap between neighbouring access points so there are no dead spots and devices always have a strong one to move to.

AP count per floor sized around the real number of devices in each area at peak, so busy floors are not under-provisioned.

Structured cabling to each access point location, with runs kept within length limits and terminated back to the floor comms room.

Switches with enough Power over Ethernet budget and the right PoE standard to run every access point on a floor without add-on injectors.

Settings tuned so a device moving between floors and access points hands over smoothly, without dropping calls or sessions.

Every access point across every floor managed, monitored and updated from one controller or cloud console.