A network isn't a line item. It's the farm, the clinic, and the classroom.

In a county where farming is the economy, the stake isn't getting online — it's what it costs.

Agriculture is Okanogan's economic engine: $363.7 million in products sold across 1,011 farms, and 81% of it is tree fruit — the apples, cherries, and pears the county is built on (USDA 2022 Census of Agriculture). These are mostly small and mid-size family operations running on thin margins. Let's be straight about the real question: it isn't whether a farm can get internet — satellite will be there. It's how much that connection costs, and whether a small grower has any affordable option but to rent it from a monopoly.

A connection is now a real operating cost — not a luxury, and not precision agriculture. Most Okanogan growers aren't running GPS-guided, sensor-driven rigs, and we won't pretend they are. But the everyday paperwork has moved online: USDA delivers its farm programs through farmers.gov, the Farm Service Agency increasingly has growers file online — disaster and price-support payments, crop insurance, conservation, H-2A labor filings — alongside food-safety records, buyer and packing-house dealings, and banking. So a reliable connection is something even the smallest operation now has to pay for, one way or another.

Here's where that cost lands. Take away the affordable local wireless option and a small farm's realistic alternative is a monopoly satellite plan — residential Starlink runs about $120/month against the ~$50–75 a local wireless plan runs (business- or farm-grade satellite, several times more). For a large operation that's a rounding error. For a marginal family farm — the kind that makes up most of the county's 1,011 — paying on the order of $600–900 a year more, every year, comes straight off a bottom line that's already tight in a bad year. The public network doesn't keep these farms online; satellite would do that. What it does is keep that line item small — and for a thin-margin grower, that difference is the whole point.

One honest line we won't cross: the best independent study of a flagship municipal network found no measurable job-creation effect, so we don't claim the network "creates jobs." What the evidence does support is plainer and harder to dispute — independent, peer-reviewed work links rural broadband to a ~1.8-point rise in a county's employment rate and to higher incomes and more local businesses in non-metro counties. Broadband is the floor the modern rural economy stands on, and a locally-owned, at-cost network keeps more of every dollar circulating here rather than wired to an out-of-state headquarters.

Sources: USDA NASS 2022 Census of Agriculture, Okanogan County profile; USDA farmers.gov (online delivery of FSA programs); H-2A filing via the U.S. DOL Foreign Labor Application Gateway. Rural-broadband economic effects: Atasoy, ILR Review (2013); Whitacre, Gallardo & Strover, Annals of Regional Science (2014); Molnar, Savage & Sicker, Applied Economics (2019). The municipal-network job-creation null result: Telecommunications Policy (2021).

A kid can't do homework on a signal that isn't there.

The "homework gap" is real, it's measured, and it falls hardest on rural, low-income students — which is to say, on Okanogan. The county's own 2023 plan names it: the "homework efficiency gap and competitive academic divide."

The gold-standard study — Michigan State's Quello Center, 3,258 students — found that kids with no home internet, or who depend on a cell phone for access, sit half a grade point below their connected peers and score about 7 SAT percentiles lower through a measurable digital-skills deficit. Crucially, a slow connection puts a student in that same disadvantaged tier as no connection at all — which is exactly the point of the upgrade. Okanogan spreads across eight school districts (several serving the reservation), its educational attainment already lags the state (84.9% high-school, 21.2% bachelor's vs. WA's 91.9% / 37.3%), and most of its digital-equity help runs through schools, libraries, and the Wenatchee Valley College Omak campus — anchors whose reach is limited by the very rurality the network exists to bridge.

Sources: Pew Research Center, homework-gap surveys (2018, 2020, 2021); Quello Center, Michigan State University, "Broadband and Student Performance Gaps" (2020); Okanogan County–CCT Broadband & Digital Equity Action Plan (2023); NCES district records.

Every dollar on out-of-state satellite leaves the county. The local network keeps it circulating.

A dollar paid to a local provider stays here — payroll, crews, offices, local taxes — and recirculates. A dollar paid to satellite exports the entire amount the moment it's billed. Across the rural majority, that's a permanent, growing hole in the local economy.

And it reaches every ratepayer, not just wireless customers: a utility spreads its fixed costs across its whole customer base, so if the local economy weakens — providers fold, employees leave, businesses contract — those same costs fall on fewer people. Neutral government models (BEA regional multipliers, USDA rural-economy data) confirm local spending generates additional local activity; an out-of-state satellite bill generates none. The money-leaving math →

Sources: residential satellite cost $660–$1,560/yr per home (case.php); BEA RIMS II regional multipliers; USDA ERS rural-wealth research; Hudson Institute (rural broadband — only ~⅓ of impact stays rural). Multiplier magnitudes are illustrative; the principle — local payroll stays, satellite exports — is the defensible core.

This is how a public asset gets privatized — not by a vote to sell it, but by neglect.

Public networks rarely die by a clean sale. They die by disinvestment: stop maintaining it, let the gear age out, and the decay manufactures the conclusion that “we have no choice but to let it go.” A pause is step one — and the rural majority is handed to one out-of-state operator anyway.

Once a public network is gone, it doesn't come back on command: customers lock into a satellite they've already bought, the local providers fold, and rebuilding would take another federal windfall the District is already walking away from. The public utility was created to own this kind of infrastructure for the community — letting it lapse hands the county to exactly the distant, investor-owned model it exists to be an alternative to. Is the District even allowed to take this risk? →  ·  Answering the critics →

Sources: iProvo build/sale — ILSR / Salt Lake Tribune; rebuild cost — Okanogan PUD ReConnect award (~$40K/home, fiber-cost.php); the “disinvestment → privatization” pattern — APPA; Governing; American Prospect.