A working network at a site that has none.

Concept image. A photo of our own work will replace it.

How we solve it

1. Collect the factsSite plan or sketch, photos, how long the deployment lasts, who needs access, what the network has to carry (video, voice, cloud apps, guest use) and what power is available.
2. Look for the blockersLine of sight between points, signal strength by carrier, sky view for satellite, mounting options, and any access or safety restrictions.
3. Write the scopeA short plan with recommended equipment, placement priorities, a power budget, and a list of anything still unknown.
4. Plan the round tripPre-flight configuration, pack list, setup order, acceptance checks and a labeled teardown, so the second deployment is faster than the first.

Concept image. A photo of our own work will replace it.

How we solve it

1. Size the loadWe list every device the site must power and connect, total the PoE budget, and choose hardware with headroom.
2. Build the core into a hard caseA watertight transport case holds a rack-mount gateway and controller (we plan to use UniFi gear such as a Dream Machine SE), a PoE switch and a rack PDU. There are mounts for access points inside and a mount on the lid for a Starlink dish.
3. Put every connection on the wallWaterproof bulkhead connectors on the case wall carry Cat5e/6, power and, where needed, fiber, so you connect cables without opening the case. Each port is labeled with what it serves (WAN, AP 1, CAM 2), and the same names appear on the setup card.
4. Configure and burn inSeparate networks (VLANs), security rules and remote-management access are set up in our shop, then the case runs under load before it ships.
5. Hand off a setup cardA one-page port map and checklist so a non-network technician can deploy it and confirm it works.

Worth knowing: a closed case may be weather-resistant, but open lids, cable entries, connectors and attached devices each need their own protection when in use. We design around how it will actually be used. The kit is a planned build; the picture is a concept image.

How we solve it

1. Map where people workWe plan around where people and devices are, not around the floor plan. Capacity matters as much as coverage.
2. Place access pointsIndoor or outdoor APs are positioned and powered over PoE, with mounts suited to poles, trailers or temporary structures.
3. Separate the trafficStaff, guests and equipment get their own SSIDs and VLANs, with authentication appropriate to each.
4. Test in the busy spotsWalk-test and speed-test the areas with the most devices, then leave a coverage record.

Photo: Tony Webster · CC BY-SA

How we solve it

1. See what is actually availableFiber, cable, fixed wireless, cellular signal by carrier, and satellite sky view, checked at the site and not from a coverage map.
2. Match the link to the needVideo uploads, VoIP and remote desktops each need different bandwidth and latency. We size to the real use.
3. Configure primary and backupAutomatic failover and failback between uplinks, with antennas placed for the best signal and documented settings.
4. Test and write the recovery stepsWe pull the primary link on purpose to prove the backup works, then document what to do if both fail.

Worth knowing: cellular and satellite speeds vary with location, congestion and weather. We report measured results at your site, not advertised speeds.

How we solve it

1. Check the pathLine of sight, mounting height, clearance and nearby interference, before any hardware is bought.
2. Choose radios with headroomWe select links that carry the expected traffic comfortably, not at their limit.
3. Mount, align and measureAlignment is verified with real throughput tests and signal readings recorded.
4. Monitor the linkAlerts for signal drops so a degraded link is caught before it fails.

Worth knowing: trees, terrain, heavy rain and interference all affect wireless links. Where reliability is critical, fiber is still the better answer, and we’ll say so.

How we solve it

1. Decide what each camera must seeIdentifying a person or a license plate needs a different view than general awareness. That drives placement and resolution.
2. Plan mounting, power and dataPoles, trailers or buildings, PoE cable runs, and local power or battery backup where needed.
3. Set up recording and accessRetention length, motion alerts and authorized user access, with camera traffic kept apart from guest Wi-Fi.
4. Check day and nightWe verify image quality in daylight and at night on site, and adjust angles and exposure.

How we solve it

1. Total the real loadEvery device and the PoE budget, measured and not guessed.
2. Size the runtimeBattery backup is matched to the outage you need to ride through, with generator start-up behavior in mind.
3. Protect and distributeSurge protection and clean power distribution with labeled circuits.
4. Plan the recoveryWhat shuts down, in what order, and how it comes back on its own.

How we solve it

1. Define the zonesWho and what needs to talk to what, written down before any rule is created.
2. Build the separationVLANs and firewall rules that enforce it, with management access locked down.
3. Test the boundariesWe check that allowed traffic works and blocked traffic is really blocked. Labels alone prove nothing.

How we solve it

1. Decide what to watchUplinks, switches, access points, cameras and power status that matter to the job, chosen with you.
2. Set alerts that mean somethingThresholds tuned so a dropped uplink or a dead camera reaches a person, and routine noise does not.
3. Support the people on siteA clear way to report problems, remote troubleshooting first, and a technician dispatched when a visit is actually needed.
4. Cover the event or seasonSupport hours matched to the deployment, from setup through teardown, with written shift handoffs on longer jobs.
5. Report and improveA short summary of outages, changes and recommendations at the end of the deployment or on a regular schedule.

Worth knowing: coverage hours, response targets and exclusions are written into your proposal. We don’t make unsupported 24/7 promises.