Today’s glamping and cabin experiences come with smart locks, IoT thermostats, automated lighting, leak and freeze sensors, fire and CO monitors, and occupancy alerts. All of this technology improves comfort, energy efficiency, and guest safety, but only if the network behind it is rock solid. A weak connection can leave cabins unresponsive, offline, or unsafe. With properties scattered across diverse terrain, device failures aren’t just an annoyance—they’re a risk.
Guests expect strong, consistent Wi-Fi—even deep in nature. For operators, it’s mission-critical for POS at satellite kiosks, staff communications, emergency notifications, guest app features, and smart-device connectivity. But outdoor Wi-Fi isn’t indoor Wi-Fi. Coverage must span uneven terrain, resist weather exposure, and support dozens or hundreds of devices connecting at once. Without proper architecture, networks slow, drop, or fail just when guests need them most.
Many campgrounds live at the edge of civilization on purpose. That usually means:
Limited broadband
Shared local infrastructure
Seasonal strain on networks
Weather-related outages
Occasional service drops with no warning
When the internet goes out, operations stop: no check-ins, no reservations, no payments, and no access to smart-cabin systems. LTE failover and redundant connectivity are now non-negotiable.
As campgrounds and glamping sites become more connected, they’re also becoming more appealing targets for attackers. Reservation systems, payment workflows, smart locks, guest Wi-Fi, environmental sensors, and staff devices all create new entry points, especially in remote locations where security tools are often lighter than in traditional hospitality. Without network segmentation, endpoint protection, identity controls, and continuous monitoring, a single compromised device can cascade into outages, data exposure, or safety risks across the entire property.