FROM OUR BLOG

Starlink for Cities: Backup for City Hall, Remote Sites and Water Systems Without a Credit Card

Starlink dish on a pole beside a small water pump station, with a town water tower in the background

A city can buy Starlink without a credit card by going through an authorized reseller like Winegard, which accepts purchase orders, bills on NET 30, 60 or 90 terms, handles tax exemption and ships every kit the next day. Cities use it as a backup line for city hall and dispatch, as primary internet at remote sites like pump stations and parks, and on mobile command vehicles. It can serve as an independent backup path for water systems too, as long as control systems stay off the open internet.

The rest of this post covers how cities actually use it, the water-system security piece that a lot of vendors skip, and how the purchase works when your fiscal year, your council and your purchasing rules all have a say.

Why I wrote this

I sell Starlink to public agencies for Winegard. City buyers are a different crowd from county emergency managers. I hear from IT administrators, water and wastewater staff, public works, police and fire, and finance. They all want the same thing in the end, which is one bill that makes sense and connections that don’t go down at the worst time. But they come at it from very different angles.

A water district IT administrator on the West Coast came to me with a long list of sites that might each need a kit. A city network administrator told me, “We have one starlink subscription currently on pause mode.” A city police department told me, “We do not use Starlink for the Police dept as we are on Fiber here.” All three are reasonable places to start.

Where cities use Starlink

City hall and dispatch backup

This is the most common one. Your primary internet is probably fiber or cable, and it’s probably fine until a backhoe finds it. A Starlink kit on the roof or an outside wall is a second path that shares nothing with the first.

Davis, California is a useful example of how cities think about this. In February 2026 its council voted to stop new contracts with Elon Musk’s companies, but it carved out an exception for Starlink used in emergency operations. The city manager explained why: “It is a backup, but it is an important backup for when their cellular system goes down.” Whatever a council thinks about the company, the backup role tends to survive the debate.

Remote sites: pump stations, lift stations, yards and parks

Plenty of city sites were never worth running fiber to. Lift stations, wells, remote public works yards, park buildings and athletic fields often sit on slow cellular or nothing at all. A Starlink kit with a clear view of the sky gives those sites real internet for cameras, door controllers, building systems and staff.

Counties have done this at scale for parks. San Bernardino County won a NACo award in 2023 for bringing Starlink internet and Wi-Fi calling to its regional parks.

Police, fire and mobile command

Mobile command vehicles, police substations, event staging and temporary operations are natural fits for the Mini kit, which draws 25 to 40 watts and runs on 12 to 48 volt DC. A fire division chief in the Northwest told me his department was weighing Minis on apparatus. If you’re thinking about vehicles, get real usage numbers from your current cellular lines first so you can size the plans.

Water and wastewater: backup paths, done responsibly

This is where I want to be careful, because water systems are critical infrastructure and the federal guidance is clear on both sides of the issue.

The case for a second path. EPA’s Water Sector Guide to Telecommunications During Power Outages tells utilities to “use diverse telecommunication capabilities (e.g., cellular, satellite, landline, radio)” and to “consider deploying redundant telecommunications capabilities.” It recommends a PACE plan, meaning a primary method plus alternate, contingency and emergency methods, each one separate and independent. It also says satellite “can be a great backup for small data needs, such as system monitoring of distributed assets.”

The same guide tells a story every water manager should read. During the 2018 Camp Fire, one California water district lost its SCADA when cellular, internet and phone service all failed, and staff ended up leaving Post-It notes at pumping sites to keep track of the system until a cellular router restored service.

There’s a legal hook as well. Under America’s Water Infrastructure Act, community water systems serving more than 3,300 people have to assess the resilience of their “electronic, computer, or other automated systems,” review that assessment at least every five years, and include resilience strategies in their emergency response plan. A documented second communications path belongs in that conversation.

The case for caution. EPA’s cybersecurity guidance for water systems says to “eliminate OT asset connections to the public Internet unless explicitly required for operations.” A joint EPA and CISA fact sheet from December 2024 goes further: “If possible, disconnect HMIs and all other accessible and unprotected systems from the public-facing internet.”

So here’s how I’d put the two together. Starlink can be a good independent path for a site’s monitoring traffic, staff access and cameras. It should never be a way to put your HMI or PLCs on the open internet. Your control traffic belongs behind your firewall, inside a VPN or a properly designed DMZ, with multifactor authentication, the same as it would be on any other internet connection. If your SCADA integrator hasn’t been part of the conversation, bring them in before you plug anything in.

One more honest note. EPA’s telecom guide says geostationary and medium-orbit satellite services are “typically preferred” for the most hardened setups, because low-orbit systems like Starlink carry different risks in extreme scenarios. For most cities the practical question is simpler: is a second independent path better than none? Usually, yes.

Sizing data

Starlink’s Local Priority business plans, as listed in November 2026, run $55 a month for 50 GB, $155 for 500 GB, $280 for 1 TB and $530 for 2 TB. Starlink describes the 50 GB tier as “best for back up connectivity.” Once you use your priority data, the line keeps working at up to 1 Mbps down and 0.5 Mbps up.

Size each site for what it actually does. A city hall backup that only carries traffic during an outage can live on a small plan. A remote yard running cameras all day needs more. If you have kits at several sites, your account manager can look at pooling data across them, which often makes more sense than buying a big plan for every site.

For your IT team: business plans include a public IPv4 address, assigned dynamically by DHCP, and Starlink supports IPv6 by default.

Keeping costs down

Business and Enterprise customers can pause Starlink service lines. That covers seasonal park buildings, pools, event sites and temporary operations. Starlink’s support pages note that data blocks bought before pausing don’t roll over, and a demand surcharge may apply when you reactivate in some areas.

If you already have Starlink kits on consumer accounts scattered across departments, we can move them onto one managed account so they land on one invoice and one dashboard, without swapping hardware.

Buying it: budget years, purchasing rules and paperwork

Most of what slows city purchases down isn’t the technology. It’s timing and paperwork.

Budget timing. That West Coast water district had to stop and wait. In the IT administrator’s words, “I was told I need to wait for budget year since it was technically over budget for this year.” When the new budget year opened, they came back, moved their existing kits over and added new ones. They also asked a smart question: could the PO cover 11 months instead of 12, “since by the time we are able to transfer services, it will be a month in.” Yes. Build the PO around your real start date and your fiscal year end, not a round number.

Purchasing thresholds. Every state and charter sets its own rules, so check yours, but two examples show how much they vary. In Texas, the municipal competitive bidding threshold rose from $50,000 to $100,000 on September 1, 2025. In North Carolina, formal bidding applies to equipment purchases of $90,000 or more. If you’re spending federal grant money, the federal micro-purchase threshold rose to $15,000 and the simplified acquisition threshold to $350,000 on October 1, 2025. Council approval limits depend on your own charter or ordinance. Tell us your thresholds up front and we’ll build a quote that fits your process.

Cooperative contracts. If your city prefers to buy through a cooperative contract, ask us before you start and we’ll give you a straight answer on whether we fit the one you use.

The paperwork itself. We send our W-9 with the quote. Send your sales tax exemption certificate once and every invoice goes out tax exempt. If you pay by ACH and need a form filled out, send it over. If your city uses a vendor registration portal, point us to it. And if your quote has aged past its validity date by the time the PO is ready, which happens more than you’d think, ask us for a refreshed one before you cut the PO.

What “managed” gets a city

One account manager who picks up the phone. One dashboard showing every kit across every department, whether it’s online and how much data it’s using. One monthly invoice with your PO number on it, on NET 30, 60 or 90 terms, paid by ACH, wire or check with no autopay. Next-day shipping when public works needs a kit at a new site.

A fire division chief told me he liked the dashboard idea, “but not if the cost is going to go up significantly.” That’s the right instinct. Ask us to break out every line of the quote so you know exactly what you’re paying for.

Want a quote for your city?

Email me at sales.starlink@winegard.com with your city name, the sites you want online and whether each one is a backup or a primary connection. I’ll put together a quote your purchasing office can approve, built around your budget year.

Winegard is the only Starlink reseller authorized for both residential and commercial products. Winegard has built antennas in Burlington, Iowa since 1954.

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