Reliable wireless access starts with the building, the devices and the work people need to do. Stratiis designs, installs and manages business Wi-Fi for offices, shared spaces, warehouses and multi-site organisations across Scotland.
What is managed business Wi-Fi?
Managed Wi-Fi is a wireless network designed for your site and then configured, monitored, updated and supported as its users and devices change. It brings together a wireless survey, correctly placed access points, a capable wired network, secure employee and guest access, and clear support ownership. Its goal is dependable coverage and capacity where work happens, not simply a strong signal icon.
Is your business Wi-Fi causing daily frustration?
Slow cloud applications, dropped calls, patchy meeting rooms and unreliable roaming can interrupt work even when the broadband is healthy. The opposite also happens: devices show strong Wi-Fi but internet access is slow because the circuit or firewall is the bottleneck.
We trace the problem from the device through the access point, cabling, switches, firewall and internet service. That prevents a new wireless installation from being used to solve the wrong fault.
Coverage where it matters
Design for desks, meeting rooms, shared areas and operational spaces rather than only corridors.
Capacity for real use
Account for concurrent devices, calls, video and busy periods—not just floor area.
Controlled access
Give employees, visitors and connected equipment the access each group needs.
Visible performance
Monitor faults, usage, licences and equipment health so issues can be investigated.
Coverage and capacity are different Wi-Fi problems
Coverage is whether a device can reliably reach an access point. Capacity is whether the wireless network can serve the number of devices and the traffic they generate. A full signal indicator does not guarantee good performance when airtime is crowded or the wired uplink is slow.
| Symptom | Possible cause | What to check |
|---|---|---|
| Weak or missing signal | Distance, walls, floors or unsuitable access point position. | Measure coverage at the actual work locations and review building materials. |
| Strong signal, slow work | Too many devices, interference, congested channels or a limited uplink. | Check airtime, device density, channels, switches and internet performance. |
| Calls drop while moving | Coverage gaps, roaming behaviour or voice configuration. | Test real devices and calls across the route employees take. |
| Only cloud services are slow | The broadband, firewall, application or provider may be the bottleneck. | Compare wired and wireless results and inspect the full service path. |
Adding another access point without a survey can increase interference and make performance worse. Fix the identified cause first.
How a wireless survey shapes a better design
A survey reviews the building layout, construction materials, interference, user density and the applications that need wireless access. Access points are placed for both signal and capacity. Meeting rooms, multi-floor routes, public spaces, outdoor areas and high shelves may need different treatment.
Placement should follow the design, not simply the nearest existing cable. Where new cabling is required, the route, switch capacity and power must be planned alongside the access points.
Access point placement
We look at where people and devices work, how they move and what can block or reflect signal. Ceiling height, partitions, metal racks and changing stock can all affect coverage.
Structured cabling and PoE
Business access points commonly use Ethernet cabling for data and Power over Ethernet for electricity. The switch, cable and PoE budget must support the chosen equipment. Wireless mesh can help where cabling is impractical, but needs careful backhaul planning.
Separate people and devices by the access they need
Employee Wi-Fi, guest internet access and connected devices should not automatically share the same access to internal systems. Network separation, firewall rules and suitable authentication reduce the risk that a visitor or unmanaged device can reach sensitive resources.
Employee access
Individual or centrally managed authentication can make access easier to revoke when someone leaves. Shared passwords need a clear rotation and device-change process.
Guest Wi-Fi
Provide visitors with a separate route to the internet, controlled bandwidth and access rules. A different network name alone does not prove isolation; the separation should be tested.
Devices and BYOD
Printers, phones, sensors, handhelds and personal devices may need different network policies. Device onboarding should be documented so access remains manageable.
Managed Wi-Fi also needs firmware updates, rogue-access-point awareness and clear ownership of the management platform and licences.
Design around calls, video and cloud work
Voice and video are sensitive to interruption, delay and packet loss. Wireless coverage must be usable in the places people speak and meet, and devices must roam cleanly when staff move. Fixed meeting-room equipment may be more predictable on a wired connection where one is available.
Hosted Voice and Wi-Fi calling
Test calls on the real phones and handsets, including movement between rooms. A healthy wireless signal still depends on switches, firewall configuration and the internet service.
Meetings and video
Check busy meeting rooms, screen sharing and multiple simultaneous calls. Prioritisation and sufficient uplink capacity matter as much as access point placement.
Multi-site access
Centrally managed settings can give employees a familiar network across offices, while each building receives its own survey, capacity and security design.
Wi-Fi for offices, warehouses and shared spaces
An office design must account for desks, dense meeting rooms, visitors and movement between floors. Warehouses add racking, stock, high ceilings, vehicles and handheld-device roaming. Outdoor or temporary spaces need equipment, mounting, cabling and power suited to the conditions.
Housing associations and charities may need secure staff access alongside guest or community services. Professional-services and accountancy firms may place particular weight on video calls, client data and predictable meeting-room performance. Each site needs a design based on its actual use.
Which Wi-Fi standard and frequency band do you need?
Newer wireless platforms can improve efficiency and capacity, but the result depends on client devices and site design. The 2.4 GHz, 5 GHz and 6 GHz bands differ in reach, available spectrum and device compatibility. Not every device supports every band, and changing the access points alone cannot fix poor cabling or an undersized internet connection.
Choose hardware after assessing density, applications, coverage and supported devices. A well-positioned, correctly configured network usually matters more than the newest label on the box.
Monitoring, updates and the hardware lifecycle
Managed Wi-Fi should give support teams useful visibility into access point health, connected devices, usage, repeated disconnections and changing capacity. Monitoring helps identify patterns, but it needs someone to review alerts and resolve problems.
Maintain the platform
Firmware, security settings and configuration should be reviewed as the network changes. Cloud-managed systems may need recurring licences; confirm costs, renewal ownership and what happens if a licence expires.
Plan replacement
Access points and switches should be reviewed against vendor support, security updates, device growth and application needs. A planned lifecycle avoids relying on unsupported hardware until it fails.
What happens when the internet or power fails?
Wi-Fi and internet access are different services. Access points may keep broadcasting during a broadband outage, while cloud applications still stop working. A backup internet route can help, provided the router and network are configured to use it and essential applications have been tested.
A power cut can disable access points, PoE switches, firewalls and the internet equipment. Critical sites should decide which parts need UPS protection and for how long.
Explore Business Broadband and Business Leased Lines when reviewing the connection behind the wireless network.
What should you ask a managed Wi-Fi provider?
Ask how they will survey the site, calculate coverage and capacity, and test calls, roaming and the places people actually work. Confirm the access point and switch specifications, cabling and PoE work, employee and guest separation, licences, monitoring and who owns support.
A clear proposal separates installation from recurring licence and management costs. It should say what is included when layouts, employee numbers or devices change, and how the provider handles updates and replacement.
How Stratiis delivers managed business Wi-Fi
We begin with the work the network must support, then review the current wireless service, wired network and internet path. The final design is tested in the real spaces and supported as the organisation changes.
Discover
Understand sites, users, devices, calls, visitors and current problems.
Survey
Measure coverage, interference, building constraints and capacity needs.
Design
Plan access points, cabling, PoE, network separation and management.
Install
Configure hardware, employee and guest access, security and monitoring.
Test
Check real devices, calls, roaming and performance where work happens.
Support
Monitor, update, troubleshoot and review capacity and lifecycle.
Managed Wi-Fi FAQs
Clear answers to common questions about business wireless networks.
What is managed Wi-Fi?
Managed Wi-Fi is a business wireless network that is designed, configured, monitored and supported over time. It includes the access points, wired network, security settings and ongoing changes needed for the people and devices using it.
What is the difference between Wi-Fi and broadband?
Wi-Fi connects a device wirelessly to your local network. Broadband or a leased line connects that network to the internet. Strong Wi-Fi cannot repair a failed internet circuit, and a fast circuit cannot remove a Wi-Fi dead zone.
Why is our Wi-Fi slow?
The cause may be interference, too many devices on one access point, poor placement, an overloaded switch or firewall, or the internet service. Testing each part of the path identifies the bottleneck.
Why is the signal strong but performance poor?
Signal strength shows that a device can hear an access point, not how much usable capacity is available. Contention, interference, an unsuitable band or a slow wired uplink can still reduce performance.
How many access points does an office need?
There is no reliable number based only on floor area. Walls, floors, user density, application demand and device types affect the design. A survey determines placement and capacity.
Can we just add another access point?
Sometimes, but an unplanned access point can increase interference or connect to an inadequate switch. Check the existing design and cause of poor performance before adding hardware.
What is a Wi-Fi survey?
It is an assessment of coverage, interference, building materials, user demand and access point locations. It may include a site visit, signal measurements and testing of the current wireless network.
Do access points need network cabling?
Business access points are commonly connected by Ethernet cabling for dependable capacity and power. Wireless mesh may help where cabling is impractical, but it must be designed around the available backhaul.
What is Power over Ethernet?
Power over Ethernet, or PoE, supplies electrical power and data through a network cable to an access point. The switch and cabling must support the required power level.
Do we need a separate guest network?
Usually, if visitors need internet access. Guest traffic should be isolated from internal systems and given appropriate bandwidth and access rules.
Can guests access our internal network?
They should not be able to when the guest service is correctly separated and controlled. Test that separation rather than assuming a different network name provides it.
Should employees share one Wi-Fi password?
Individual or centrally managed authentication gives clearer control than one shared password. The right method depends on your devices, identity system and support capacity.
What happens when an employee leaves?
With individual access, their account can be disabled. If a shared password was used, it may need changing across all devices. This should be part of the leaver process.
Can several offices use the same Wi-Fi name?
Yes. A consistent network name and centrally managed settings can make access familiar, but each site still needs its own coverage and capacity design.
Can Wi-Fi support Microsoft Teams and business calls?
Yes, if coverage, capacity, roaming and the wired and internet connections are suitable. Test real calls and meetings in the places employees actually use them.
Should meeting-room systems use Wi-Fi?
Fixed video and conferencing equipment is often more predictable on a wired connection where one is available. Wireless can still support participants’ laptops and mobile devices.
Can you provide Wi-Fi for a warehouse?
Yes. Warehouses need a survey that considers racks, stock, moving equipment, ceilings and handheld-device roaming. Designs for an office rarely transfer directly.
Can you provide outdoor Wi-Fi?
Outdoor coverage can be designed with suitable access points, mounting, cabling, weather protection and power. The use case and site conditions determine the equipment.
Can Wi-Fi continue during a broadband outage?
The local wireless network may remain visible, but internet applications will fail unless a backup internet route is available. Local systems may continue depending on their design.
Will Wi-Fi work during a power cut?
Only while its required access points, PoE switches, router and other network equipment have power. A UPS or other backup power can be part of the continuity plan.
Do managed access points require licences?
Some cloud-managed platforms use recurring licences for management, support or features. Check renewal costs, what stops working when a licence expires and who owns the account.
How long should access points last?
Useful life depends on performance needs, vendor support, security updates and device growth. Review them as part of a planned hardware lifecycle rather than waiting for failure.
Is Wi-Fi 6 or a newer platform necessary?
It depends on device compatibility, density and application demand. A newer standard will not fix poor placement, cabling or internet capacity, so the design should come first.
How much does managed business Wi-Fi cost?
Cost depends on survey work, access points, cabling, PoE switches, licences, installation, monitoring and ongoing support. A quote should separate upfront and recurring charges.
Can Stratiis support the internet and network too?
Stratiis can assess and, within the agreed service scope, support the Wi-Fi alongside business broadband or leased lines, switching, firewall and multi-site networking.
Give your team Wi-Fi that supports the work they do
Stratiis can review your current wireless network, identify its bottlenecks and recommend a secure, supported design for your sites.
Book a Managed Wi-Fi ReviewExplore Multi-Site Connectivity
Call 0141 348 7960 or email sales@stratiis.com.
