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It’s 4:45pm, and the only line into your courthouse just went down. No backup carrier, no second provider, nothing. Court records are frozen. The DMV counter can’t process a title transfer. A caseworker two counties away can’t pull up the case file she needs before a home visit. That’s not a hypothetical for a lot of Oregon counties. It happens more often than anyone would like.
County governments in Oregon don’t run out of one office. They run out of courthouses in Baker City, permitting counters in Bend, election sites that pop up for a few weeks and disappear, and field staff who spend more time in a truck than at a desk. For years, county IT planning followed a simple model: run a wire to the building, and connectivity is solved. That model is running out of road.
The gap shows up hardest in rural Oregon, where many communities have exactly one wireline provider serving a courthouse, DMV branch, or health and human services office. When that single connection drops, so does everything riding on it: benefit payments, permit processing, criminal records, court dockets. In a Portland-metro office, an outage is an inconvenience. In a county where the nearest backup provider is ninety minutes away, it’s a full stop.
Field operations face a parallel problem. Caseworkers meeting families in remote parts of a county, road crews clearing a mountain pass, inspectors at a rural job site—all depend on a signal that used to be an afterthought. Temporary operations like election sites or a county fair only compound it: you can’t justify running fiber to a location that’s active for two weeks a year.
This is where the connectivity conversation for county leaders needs to shift from “do we have broadband” to “do we have layered broadband.” Fixed wireless can backstop a courthouse’s single wired connection, automatically picking up traffic if the primary line fails. Mobile 5G extends that same reliable connection to vehicles and field devices, no fiber trench required, and it’s increasingly the more practical option for the remote and low-density areas that make up much of rural Oregon’s geography. Satellite connectivity closes much of the remaining gap, in the stretches of high desert, forest, or coastline where neither cable nor cell towers reach at all. T-Mobile, through its partnership with SpaceX, is now integrating satellite directly into standard mobile service, and is already included in the price for some premier plans; so a device can move from cell coverage to satellite coverage, providing text and select satellite-ready apps on a compatible device in most outdoor areas in the U.S. where you can see the sky—without a county ever standing up separate equipment for it.
None of this requires ripping out what already works. It starts with two questions every county should be asking right now: where in our facilities do we have exactly one path to connectivity, and what happens the day that path fails? And where in the field—from a job site outside Pendleton to a caseworker’s route through the Coast Range—are our employees working with no reliable signal at all? For counties stretching from dense urban cores to some of the most remote terrain in the state, the answers to both determine whether services stay online when it matters most.
Rural coverage isn’t an add-on to a county’s connectivity plan. It’s the baseline. A county that can keep its courthouse online, its field staff connected, and its most remote communities reachable isn’t just avoiding outages; it’s making sure that no resident, whether they live off a highway exit in Portland or forty miles down a gravel road, gets a different standard of government service because of where they happen to live. That’s worth building toward, one connectivity gap at a time.