Coverage is not the same as capacity.

We survey the space before specifying anything — walls, racking, glass, and equipment all shape RF in ways a floor plan will not tell you. Access point placement, channel plan, and power levels come out of measurement, then get validated after installation to confirm the design survived the build.

• Predictive design followed by on-site validation
• Channel and power planning to limit co-channel interference
• High-density design for conference and event spaces
• Warehouse and outdoor coverage including cold storage

Cameras, access control, point-of-sale, corporate devices, building systems, and guests each belong on their own VLAN, with firewall policy between them. It costs nothing at install time and it is the single thing most likely to contain an incident later.

• VLAN segmentation across device classes
• Firewall policy and inter-VLAN rules
• Isolated guest access with captive portal and rate limits
• PCI-conscious separation for payment systems
• 802.1X and RADIUS authentication where warranted

Redundant uplinks with automatic failover, stacked switching, and UPS-backed core equipment. For sites where downtime has a dollar figure, dual-carrier with automatic cutover so a fiber cut is an event nobody notices.

• Dual-WAN with automatic failover
• Stacked and redundant switching
• PoE budget planned with headroom
• UPS-backed core with monitored runtime

For multi-location operations, every site gets the same addressing scheme, the same VLAN numbering, and the same equipment families. A technician who knows one site knows all of them, and a configuration that works in one place can be pushed everywhere.

• Consistent addressing and VLAN scheme per site
• Templated configuration and staged deployment
• Site-to-site VPN and centralized management
• One dashboard across every location