Networks designed from the floor plan to the cloud
We plan cabling, switching, Wi-Fi and wide-area links around how people and systems actually use the site, then test coverage, capacity and failover before handover.
What a network engagement covers
A network project can be one floor or a multi-branch rollout. The scope scales, but the survey, design and test steps stay the same.
A good fit when
- Wi-Fi drops or slows down in meeting rooms, warehouses or crowded areas.
- You are moving into, renovating or opening an office, branch or facility.
- Branches depend on a single internet link and stop working when it fails.
- Nobody has an up-to-date diagram, and changes are made directly on the equipment.
What the work covers
- Site survey: floor plans, pathways, network rooms, power and existing equipment.
- Predictive and on-site Wi-Fi surveys for coverage, capacity and interference.
- Structured cabling and fiber backbone design, with labeling and test certification.
- Switching, routing and VLAN segmentation for staff, guests, cameras, phones and building systems.
- Internet redundancy, and SD-WAN or site-to-site VPN between branches and cloud services.
- Network monitoring, configuration backup and failover testing.
What you receive
- D1Site survey report
- D2Network design with IP addressing and VLAN plan
- D3Cable and fiber test results
- D4Post-installation Wi-Fi validation survey
- D5As-built diagrams, rack elevations and configuration backups
What it depends on
- Current floor plans and access to ceilings, risers and network rooms.
- Internet circuits ordered early; carrier lead times often set the schedule.
- Coordination with the building administrator on cabling routes and working hours.
- A list of devices and applications with special requirements, such as point-of-sale terminals, VoIP phones or scanners.
How a network project runs
STEP 01
Survey
Walk the site, measure the radio environment, and check pathways, rooms and power.
D1Site survey report
STEP 02
Design
Cabling, switching, access point placement, segmentation and wide-area links, with a bill of materials.
D2Network design
STEP 03
Install
Cabling and fiber first, then racks, switches, access points and firewall integration.
D3Cable test certification
STEP 04
Configure and migrate
Staged configuration from templates, then cutover in agreed windows.
D4Configuration records
STEP 05
Validate
A post-installation Wi-Fi survey, throughput checks, and disconnecting each redundant link to prove failover.
D5Validation and failover test report
Design choices that matter
- Capacity, not just coverage
- An access point can show full signal and still struggle when a hundred devices join. We plan for device counts, applications and the paths people walk while connected.
- Wi-Fi standards and spectrum
- Wi-Fi 6 and 6E access points, and the 6 GHz band where regulations allow it, reduce congestion, but only if client devices support them. We check what your devices use before specifying.
- Segmentation
- Separate VLANs and firewall policy for staff, guests, cameras, payment systems and building controls limit how far a problem can spread.
- Redundant paths that are really separate
- Two internet links whose cables share the same route or building entry can fail together. Path diversity is checked, not assumed.
- Manageable operations
- Central management, configuration backups and monitoring alerts mean problems are seen before users call.
Common questions
Do we need a Wi-Fi site survey?
For anything beyond a small office, yes. Walls, glass, metal racks and neighboring networks change coverage in ways floor-plan estimates miss. A survey also sets the baseline the installation is validated against.
What is SD-WAN, and do we need it?
SD-WAN manages several internet or private links as one network, steering traffic by application and failing over automatically. It helps most when you have several branches, cloud applications and more than one link per site.
Can you reuse our existing cabling?
Often, if it tests to the required category and is properly terminated. We test representative runs before deciding, because failing cable causes intermittent faults that look like equipment problems.
How do you avoid disrupting an operating office?
Cabling and pre-configuration happen before cutover, and switchovers are scheduled outside business hours or in phases, with a rollback plan for each step.
Related guides and scenarios
Guides
Network not keeping up?
Tell us about the site and the symptoms. A survey is usually the quickest way to find the cause.