ButeraNet Solutions

UniFi network design and deployment, Honolulu

Networks you own, on a platform with no per‑device license.

I survey the building, design the network, configure it on the bench, cut it over midweek, and hand you documentation your own team can work from. The hardware is yours. The console is yours. So is the paperwork.

Internet circuitone measured uplink, upload is the real constraintL1Gateway and controllerrouting, firewall, VLANs, the console itselfL2Core switchthe layer everything else depends onL3Edge switchesone per closet, powered, uplinked deliberatelyL4Access pointsplaced from measurement, not from a templateL5Single link hereis the whole building
Five layers, designed in order. Most of the failures I get called about live at layer three, where one uplink quietly carries an entire building.

The pricing model, plainly

What renting a network actually costs

Several enterprise platforms charge an annual subscription per switch and per access point for the right to manage hardware you already bought. Let the renewal lapse and the console degrades or locks. The equipment keeps drawing power in your closet and you lose the ability to change a password on it.

UniFi charges no recurring per-device license for switching, wireless, routing, cameras or door access. Buy the gear once and manage it for as long as it runs. That is a property of the platform, and it is most of the reason I standardized on it.

Over five yearsSubscription platformThis platform
HardwarePurchasedPurchased
Right to manage itAnnual fee, per deviceIncluded, no expiry
If an invoice is lateConsole degrades or locksNothing changes
Camera recordingOften per camera, per monthLocal storage you own
Who holds the consoleOften the vendor or their resellerYou. I hold a delegated account

Comparison is of licensing models, not of vendors. Some subscription platforms are excellent, and for a client with a large internal IT team the tradeoff can go the other way. I will tell you when that is the case.

Measured, one Oahu campus

Numbers from a real survey, reported without naming the site

257competing wireless networks within range of one campus
68%peak airtime utilization on 2.4 GHz before redesign
7networks defined in the console, all sharing one flat /24
11days an access point sat dead because of a paperwork gap
BEFOREOne flat subneta thermostat can reach the finance PCMEASURED, ONE OAHU CAMPUS7networks defined in the console1physical subnets actually in use257competing networks within range68%peak airtime on 2.4 GHzAFTERGateway enforces the boundaryrouting between roles becomes a decisionStaffGuestAVCamerasBuildingMgmt
Defining a network in the console is configuration. Actually separating traffic is a cutover with a rollback plan.

Why this matters more than a speed test

A congested 2.4 GHz band cannot be fixed with a better access point, because the interference is coming from outside the building. It gets fixed by moving clients to 5 and 6 GHz, narrowing channel width, and placing radios where measurement says they belong.

A console showing seven networks looks segmented. If every device still sits on one physical subnet, a thermostat can still reach the finance workstation. The console was telling the truth about its configuration and nothing about the wiring.

Read how these were found →

Scope

How the work is bounded

Every engagement is quoted as a fixed scope at a fixed price, phased so you can see what you are buying before the next phase starts. There is no monthly tier to grow into and no agreement that renews itself while nobody is watching.

01

Assess and advise

A survey of what you have, what is failing, and why. You get the findings in writing whether or not you hire me. This often concludes that you do not need the thing you were about to buy.

02

Design only

Full design package, addressing plan, channel and power plan, and a bill of materials. Your team or your existing contractor builds it. I stay reachable through the build.

03

Design and deploy

I design it, stage it, configure it, cut it over and document it. One engineer from the first walkthrough to final validation, so nothing is dropped in a handoff between people.

04

Support, optional

Monitoring, firmware lifecycle and configuration changes on what I built, scoped by sites, hours and severity. You keep the hardware and the documentation whether or not you take it.

Sectors

Sanctuaries, gyms, classrooms, baseyards

Most network design assumes a floor of desks with predictable density and a ceiling you can drill. A campus with a hard-ceilinged auditorium, a reflective gym, concrete between classrooms and cameras out at the property line behaves nothing like that, and the difference shows up during the first week of use.

  • Houses of worship five distinct coverage problems under one roof and a deadline every Sunday
  • Schools and education device density that arrives all at once, filtering obligations, and a refresh window the length of a summer
  • Nonprofits capital funding available, recurring software budget unavailable, which is the exact shape this platform fits
  • Public agencies documented segmentation and an audit trail, procured on a calendar that belongs to someone else
Even grid from a floor planSanctuaryLobbyGymClassroomsParking7 radios, 2 rooms shortPlaced from a site surveySanctuaryLobbyGymClassroomsParking7 radios, every room verified
Left, an even grid from a floor plan. Right, placement derived from a site survey of the same building. The count changes, and so does which rooms actually work.

Delivery

One engineer, start to finish

The person who walks your building is the person who writes the design, racks the switches, runs the cutover and trains your staff. No account manager, no tier-one queue, and nobody arriving with a printed plan they did not write.

Seventeen years in submarine networks. ISSM and cyber inspector for a squadron of fast-attack submarines. Same discipline, smaller buildings.

  1. Walk the building

    Every room, including the ones nobody mentions until the second visit, and the outdoor runs between them.

  2. Survey, then specify

    Radio placement comes from measurement. A floor plan and a rule of thumb produce the diagram on the left, above.

  3. Design and quote

    Written design, diagrams, addressing, channel plan and a bill of materials with the supplier and date on every line.

  4. Stage on the bench

    Switches and radios are configured and burned in before anything is carried into your building.

  5. Cut over midweek

    New infrastructure runs in parallel where the building allows it, with a written rollback. Licensed contractors perform any cabling, conduit or mounting.

  6. Hand over

    As-builts, a credential register in a vault you control, and training until your team can do the ordinary things without calling me.

Latest field note

Sunday at 78 percent

Nine timed reads of one campus's upload line across two services, against a measured 45 Mbps ceiling. The peak came at the service close, not at peak attendance, and it left less headroom than one additional full-HD stream.

010203040Mbps up45Measured upload ceiling, 45 MbpsEmpty building, two days earlier: 9.8 Mbps11.208:3625%14.009:0831%14.410:2032%16.311:0036%16.911:2038%22.111:5049%35.3 Mbps, 78%as the second service closes12:0578%11.912:3526%Time, HST. Lower row is percent of the 45 Mbps ceiling. Each point is the graph maximum for its five minute bucket.
Upload against the ceiling, two services, one Oahu campus. Each point is the five minute maximum from the gateway graph.

Send me what you are running today

A photo of the closet and a description of what is failing is enough to start. The first conversation and the on-site assessment are free, and the findings are yours in writing either way.