Your WiFi was installed. Was it ever actually designed?
Installing WiFi and designing WiFi are not the same thing. Without RF modelling, proper channel planning, and ongoing wireless-specific management, the complaints keep coming. Meeting rooms drop calls. Warehouse devices lose connection. The guest network barely works. Edge7 Networks designs WiFi from the ground up and manages it end-to-end. As a dedicated service, not a line item in a broader contract.
WiFi complaints are the IT ticket that never stops. The question is why.
Every organisation has a version of the same WiFi story. A partner installed access points when the office was fitted out. The project was delivered, the hardware was commissioned, and the engagement ended.
Since then, more APs have been added when complaints came in. which sometimes made things worse because of co-channel interference. Your team or your current provider has spent hours adjusting settings, and the tickets keep coming.
The real issue is not the hardware. It is that the wireless network was deployed, not designed. APs placed where it was convenient, not where RF modelling said they should go. Channels and power levels left on auto, fighting each other across the floor. No separation between corporate devices, IoT, and guest traffic. No baseline performance data to troubleshoot against.
This is not a reflection on your team or your current partner. RF design and ongoing wireless management is a very specific skill set. Most IT teams do not carry it because they have never needed to. And most MSPs do not offer it because they do not have the expertise. That is the gap Edge7 Networks fills.
Co-channel interference
APs on the same channels fighting each other. Adding more access points made it worse, not better.
Meeting rooms drop calls
High-density areas never designed for twenty devices in one room. Video calls drop. Screen shares freeze.
OT devices lose connection
Scanners, signage, and cameras competing with corporate laptops on one SSID. Operational devices drop first.
No performance data
When someone says the WiFi is slow, your team has a hunch. Not data. No client health metrics to troubleshoot against.
Guest WiFi barely works
Shared PSK, no segmentation, no time limits. Poor performance for visitors and a security gap hiding in plain sight.
What happens when the wireless network is properly designed and managed.
Predictive site surveys and RF modelling before any hardware goes in.
AP placement is based on RF propagation modelling against your building materials and floor plans. Channel assignments account for DFS utilisation and co-channel interference. Power levels are tuned per zone to eliminate coverage overlap. The design is validated before deployment begins.
Fast roaming is configured correctly from the start. 802.11r fast BSS transition, 802.11k neighbour reports, and 802.11v BSS transition management allow devices to roam seamlessly across the estate without dropping connections as they move between areas.
- RF propagation modelling determines AP placement, not convenience or habit
- Channel planning accounts for DFS utilisation and co-channel interference across the estate
- 802.11r, 802.11k, and 802.11v configured for seamless mobility across access points
Boardrooms, training rooms, and open-plan floors designed for the devices that will actually be there.
High-density areas are not just given more access points. The design accounts for the number of devices in the space, the applications they will run, and the bandwidth they will need. Roaming between APs is seamless. Video calls stop dropping.
Your users stop blaming IT for something that was never set up properly. When a meeting room works reliably, the IT team's time stops going on wireless complaints and starts going on work that matters.
- High-density spaces designed for concurrent device count, not just square footage
- Seamless AP roaming means devices transition without call drops or session resets
- Video and voice traffic prioritised through QoS policies in high-contention areas
Warehouse scanners, building management systems, and cameras. All get the connectivity they need.
Operational technology devices depend on reliable wireless as much as corporate laptops. The difference is that they often have specific bandwidth, latency, or roaming requirements that are incompatible with sharing an SSID with general corporate traffic.
Edge7 Networks designs separate SSIDs and network policies for operational technology so IoT and OT devices get the connectivity they need without competing with corporate traffic. Guest access is isolated, time-limited, and bandwidth-managed.
- Dedicated SSIDs for corporate, OT/IoT, and guest traffic with separate VLAN assignment
- Network policies ensure OT devices maintain connectivity under congestion
- Guest access isolated from corporate and OT networks with bandwidth management
When someone says the WiFi is slow, you have data to respond with. Not a hunch.
Aruba Central provides client health analytics, AP utilisation, channel interference mapping, and roaming behaviour data. When a problem is reported, the data is already there. You can see exactly which AP, which channel, which client, and what the performance looked like before and after.
UXI sensors deployed alongside your APs run over 20,000 synthetic tests per day, measuring DHCP response, DNS resolution, 802.1X authentication, and application reachability from the end user's perspective. When there is an issue, UXI automatically triages wired versus wireless and pinpoints the root cause.
- Aruba Central provides per-client health, AP utilisation, and channel interference analytics
- UXI sensors run 20,000+ synthetic tests daily from the user's perspective
- Automated root cause analysis distinguishes wired from wireless issues before investigation begins
Failing APs, channel conflicts, and roaming anomalies caught before your users notice.
Aruba Central AIOps compares your site's performance against similar deployments and generates automated RF optimisation recommendations. A 15% or greater performance improvement is typical from AI-generated optimisations alone. Issues are flagged before they generate user complaints.
Firmware lifecycle, configuration drift, and capacity planning are all managed proactively by Edge7 Networks. When your organisation changes how a space is used, the wireless design is updated to match. One team, one point of contact, from design through to ongoing management.
- AIOps generates specific RF recommendations benchmarked against similar deployments
- Firmware lifecycle managed proactively to avoid performance regressions and security gaps
- Capacity planning updated when your organisation moves floors, opens new sites, or changes space usage
Most MSPs will sell you access points. Almost none will design and manage the wireless network.
Managed WiFi as a dedicated, design-led service barely exists in the Irish and UK managed services market. If you have been looking for a partner to properly own your WiFi and struggling to find one, that is not because you have been looking in the wrong places.
RF design expertise
Predictive site surveys, RF propagation modelling, channel planning. Your wireless network is designed by engineers who specialise in enterprise wireless, not generalists adding APs to a floor plan.
A service, not a hardware sale
Most providers include wireless hardware in a broader infrastructure deal. The design work, RF expertise, and ongoing wireless-specific management are not part of what they offer. With Edge7 Networks, they are the entire point.
Same team as your LAN and WAN
The team managing your WiFi is the same team that can manage your LAN, SD-WAN, and circuits. Your wired and wireless networks designed and managed as one, with shared visibility and coordinated change management.
Same engineers, year after year
The engineers who design your wireless network are the same people who support it. Low team churn means deep knowledge of your environment and faster resolution when things need attention.
Site survey to ongoing management. One team throughout.
Every Edge7 Networks managed WiFi engagement follows the same path: design first, then deploy, then manage. The team that runs the site survey is the same team that deploys the network and the same team that manages it long-term.
Site survey and RF design
Predictive site surveys model AP placement, channel assignments, and power levels based on building materials, floor plans, device density, and application requirements. The design is validated before deployment begins.
Deployment
APs installed, configured, and tested according to the design. SSIDs, VLANs, and security policies set up to match your network architecture. Each area validated against design specifications before sign-off.
Ongoing management
Monitoring, alerting, firmware lifecycle, performance tuning, and capacity planning. When your organisation moves floors, opens a new site, or changes how a space is used, the wireless design is updated to match.
Built on HPE Aruba. WiFi 7 ready. Managed through Aruba Central.
HPE Aruba access points and Aruba Central are the foundation of the managed WiFi service. From WiFi 6E to the latest WiFi 7 access points, the design accounts for the technology your environment needs today and the standard it will need next.
HPE Aruba access points
The Aruba 730 Series delivers tri-band coverage across 2.4, 5, and 6 GHz with up to 9.3 Gbps aggregate throughput. Ultra tri-band filtering eliminates coverage gaps. Dual 5 Gbps ethernet ports for uplink resilience. 4K QAM, 802.11az fine-timing for sub-1-metre location services, and application containers running directly on the AP.
Existing infrastructure
If your estate already has wireless infrastructure from another vendor, Edge7 Networks assesses what you have and recommends the best path forward. That might mean working with your current hardware or planning a phased migration to Aruba. There is no assumption that every engagement starts with a full replacement.
WiFi 7 and Multi-Link Operation (MLO)
WiFi 7 (802.11be) brings Multi-Link Operation to enterprise wireless. Devices transmit across multiple bands simultaneously, with real-time traffic steered to the least congested link without reassociation. 4K QAM and 320 MHz channels deliver significantly higher throughput in high-density environments. WPA3 and Protected Management Frames (802.11w) are mandatory for full WiFi 7 feature access. Existing WiFi 6 and 6E clients connect to WiFi 7 access points and work normally. The upgrade path is backward compatible.
Managed through Aruba Central with AIOps
Aruba Central provides cloud-based management with AI-driven RF optimisation. Automated insights benchmark your site against similar deployments and generate specific RF recommendations. A 15% or greater performance improvement is typical from AI-generated optimisations alone. GenAI-powered search and troubleshooting, Client Insights device fingerprinting, and OpsRamp integration for third-party device visibility.
User Experience Insight (UXI) sensors
UXI sensors are deployed alongside your APs to monitor network and application performance from the end user's perspective. Each sensor runs over 20,000 synthetic tests per day, measuring DHCP response, DNS resolution, 802.1X authentication, captive portal behaviour, and application reachability. When an issue is detected, UXI automatically triages wired versus wireless and pinpoints the root cause. WiFi 7 sensors are available for 802.11be environments.
Let us take a proper look at your WiFi.
If your wireless network has been a recurring headache, Edge7 Networks can assess what you have, design what you need, and manage it from there. Tell us what you are dealing with.