Wireless & Wi-Fi Solutions
Wireless performance depends on people, devices and the building around them. FBT combines requirements, survey evidence and controlled deployment to create Wi-Fi environments for offices, hospitality, warehouses and other business facilities.
Request a ConsultationTHE OPERATIONAL CHALLENGE
Signal bars do not explain congestion, roaming or application behaviour. A predictive design may change when racks, partitions and furniture are installed, so the finished environment needs validation.
Match access-point placement and capacity to real use. Test representative devices and movement paths, document the installed configuration and make future changes easier to assess.
Explore the full scopeTHE SERVICE CATALOGUE
20 distinct services within wireless & wi-fi solutions. Select the tasks your project needs; scope, ownership and acceptance are agreed before delivery.
Identify user density, device types and application requirements before placing access points. Consider movement, voice and guest access alongside coverage so the design reflects actual business use.
Wireless requirements and acceptance criteria.
Use building information and stated assumptions to develop an initial coverage and capacity design. Treat the prediction as a planning input that must be checked against actual construction and site conditions.
Predictive design and AP placement plan.
Observe the radio environment and physical conditions affecting wireless deployment. Record access limitations and representative measurements so design adjustments are grounded in the actual premises.
Survey findings and design recommendations.
Mount approved access points at coordinated positions with suitable cabling and support. Verify device identity and orientation, preserving access for maintenance and avoiding undocumented moves during fit-out.
AP location register and installation checks.
Deploy the approved wireless control platform and connect supported access points. Document administrative ownership, licensing and configuration so the installed system can be operated consistently.
Controller configuration and onboarding record.
Configure supported cloud-managed wireless equipment within the customer's approved account. Validate connectivity and ownership transfer, keeping subscription responsibility and ongoing support scope explicit.
Cloud management setup and asset assignment.
Review channel assignments and bandwidth settings against the observed radio environment and device requirements. Balance reuse and interference rather than selecting the widest channel everywhere.
Channel plan and tuning record.
Estimate simultaneous device and application demand by area. Use occupancy and traffic assumptions to select an appropriate deployment density, then validate representative usage during acceptance testing.
Capacity model and validation plan.
Configure the agreed guest access experience and isolation requirements. Confirm portal, access-duration and branding needs while documenting the customer's responsibility for acceptable-use and privacy decisions.
Guest network configuration and user journey checks.
Connect business wireless access to approved identity and network services. Coordinate certificates, user access and device compatibility with the customer's administrators before a wider deployment.
Integration record and access test evidence.
Assess coverage, roaming and device requirements for supported wireless voice applications. Test representative handsets and movement paths instead of assuming that a strong signal alone proves call continuity.
Voice readiness findings and roaming observations.
Design for scanners, racks and changing inventory conditions in logistics spaces. Review antenna placement and movement paths with operations so the wireless plan addresses real picking and loading workflows.
Warehouse coverage plan and scanner tests.
Plan guest and operational connectivity across rooms and shared areas. Coordinate service ownership and access constraints with the property team, separating guest experience requirements from back-of-house systems.
Property wireless plan and commissioning record.
Deploy suitable outdoor access points with weather-appropriate mounting and cabling. Review power, environmental conditions and permitted coverage before installation; civil or electrical work is separately coordinated.
Outdoor AP installation and coverage checks.
Plan and install supported building-to-building links where site conditions allow. Confirm path, mounting access and radio requirements before accepting the proposed connection as an alternative to cabling.
Link design and measured acceptance results.
Investigate client movement between access points using representative devices. Review radio configuration and application behaviour together, documenting limitations that may originate in the client equipment.
Roaming test results and tuning actions.
Investigate reported wireless issues across radio, client and network dependencies. Reproduce the affected workflow where possible and distinguish weak coverage from congestion or upstream connectivity problems.
Diagnostic evidence and corrective actions.
Check the deployed wireless environment against agreed design goals after fit-out. Record actual AP positions and relevant measurements so acceptance reflects the completed premises, not only the prediction.
Validation survey and exceptions report.
Move supported access points or configurations to an approved replacement platform. Plan account ownership, licensing and client transition, testing a representative area before broader change.
Migration runbook and transition checks.
Record AP positions, names, network mappings and administrative references. Provide useful support information and explain which site changes may justify a new survey or capacity review.
Wireless as-builts and operating guide.
A CLOSER LOOK
Wireless planning begins with how people and devices use the premises. Review layouts, construction, client types and movement through working areas. Survey findings and business requirements should inform the design rather than relying only on nominal floor coverage or a fixed access-point quantity.
Survey findings, requirement map and a documented basis for the wireless design.
Explore the service catalogueWireless devices still depend on cable routes, switching, power and configuration. Coordinate these interfaces with mounting positions and equipment access before deployment. An approved device schedule connects the radio plan to the physical infrastructure needed to operate it.
Access-point schedule, mounting requirements and verified network dependencies.
Explore the service catalogue
A predictive plan should be checked in the installed environment. Agree representative areas, device types and application workflows with the operator. Record results and any corrective actions so acceptance reflects actual operation, including relevant movement and collaboration scenarios.
Installed validation record and a clearly owned adjustment list.
Explore the service catalogue
Offices, guest properties, classrooms and warehouses do not use wireless connectivity in the same way. Keep occupancy, operating routes, equipment and support ownership explicit. Common management standards can coexist with local designs where physical conditions and workflows differ.
Environment-specific design inputs and a maintainable configuration baseline.
Explore the service catalogueMatch access-point placement and capacity to real use. Test representative devices and movement paths, document the installed configuration and make future changes easier to assess.
Follow the delivery processTECHNICAL SCOPE
Coverage depends on site conditions and client devices. Spectrum permissions, carrier access and specialist mounting are coordinated as applicable.
Delivery approach
Agree the scope, users, premises and acceptance needs.
Document the architecture, device schedules and dependencies.
Confirm materials, access and the resources assigned to the work.
Implement the approved configuration and physical installation.
Test the actual workflows and record exceptions with owners.
Transfer documentation and agree the operating responsibilities.
TECHNICAL HANDOVER
Record AP positions, names, network mappings and administrative references. Provide useful support information and explain which site changes may justify a new survey or capacity review. Wireless as-builts and operating guide.
Start with the requirements and dependencies relevant to this solution.
Deliver the approved tasks with coordinated interfaces and defined acceptance.
Agree the systems, activities and service responsibilities required after handover.
YOUR QUESTIONS
No. A prediction uses plans and assumptions; an onsite survey observes the actual environment. Both may be useful at different project stages.
Device density, applications, construction and radio conditions determine the design. Floor area alone is not a reliable equipment count.
Yes. Rack placement and inventory can change propagation and roaming conditions, so scanner routes should be included in validation.
An approved design can provide separate access experiences and network requirements, with ownership of guest policies clearly assigned.
Roaming, client behaviour, congestion or upstream network conditions may be involved. Voice readiness needs representative movement and application tests.
Suitable equipment, mounting, power and permitted coverage are assessed before an outdoor deployment is confirmed.
No. Client capability, interference and changing site conditions affect performance. Acceptance is based on agreed conditions and measured observations.
Material changes to partitions, racks, occupancy or applications can justify a new survey or a focused capacity review.
CONNECTED CAPABILITIES
FUTURE BRIDGES
From one facility to a coordinated international programme, start with the scope, location and outcome you need.