Network Infrastructure

Network infrastructure is the layer most businesses only notice when it stops working — and by then, the cost of the outage is usually many times what a proper design would have cost in the first place. It encompasses the switches that connect your desks, the firewalls that separate you from the internet, the wireless access points blanketing your Summerlin office in signal, the structured cabling behind the walls, and increasingly the SD-WAN or ZTNA overlay tying multiple locations and remote workers into one logical network.

Inoconn plans and builds networks for Las Vegas businesses from single-suite offices in Henderson to multi-floor construction and manufacturing sites in North Las Vegas. Every engagement starts with the same discipline used in enterprise environments: a physical site survey, a predictive Wi-Fi model, a documented logical topology, and a written bill of materials with model numbers, part numbers, and cable counts. Nothing gets quoted from a guess.

This service is designed for organizations at three inflection points. First, a new office build-out or move — the moment cabling is the cheapest it will ever be, and the moment nine out of ten Wi-Fi complaints are locked in for the next five years by a bad AP placement decision. Second, a network that has outgrown its original design — the flat /24 that worked at 12 employees is now 65 users, three VLANs of shadow IT, and a firewall running at 90% CPU. Third, a multi-site organization that needs consistent policy, unified visibility, and a real WAN strategy across locations that today are managed one router at a time.

We are hardware-neutral by principle but standardize per environment. For most Las Vegas SMB deployments the shortlist is Fortinet, Cisco Meraki, Ubiquiti UniFi, and Aruba Instant On — each chosen for a specific fit, not because of a rebate. Once the design is signed off, the same team that engineered it installs it, documents it, and monitors it. There is no throw-it-over-the-wall handoff between a cabling crew and a support team.

The primary problems we solve are chronic Wi-Fi dead zones and packet loss, undocumented networks that no one dares touch, flat unsegmented networks where a compromised laptop reaches the ERP database, cross-site VPNs that drop under load, and networks built without capacity headroom that fall over the day a new video app or line-of-business system is rolled out. Each one is a specific design pattern, and each has a specific remediation.