Daniel sent us this one, and it's the kind of question that only comes from someone who's actually lived it. He describes his pre-fiber life — scheduling YouTube uploads at two in the morning, bonding DSL with a cellular hotspot just to keep a Zoom call alive, watching a one-gigabyte file take hours and then fail midway through. This isn't some rural village. This is a major city in a country whose politicians love to boast about their world-leading fiber rollout.
He's right to be skeptical. The gap between what gets announced at press conferences and what shows up when you actually try to order service at a specific address — that gap is where the real story lives. Daniel frames it around three questions. How do you get reliable metrics instead of political ones? Has anyone independent actually built them? And if you wanted to rank cities on fiber coverage, what numbers would define good, great, or failing?
Which is exactly the right framing, because without that third piece — the actual benchmarks — the first two questions are just complaining. And Daniel's not complaining. He's a guy who developed what he calls "significant and unwanted expertise in connection bonding," which is the most politely furious phrase I've ever heard.
It really is. And the thing is, this isn't just about whether Netflix buffers. Remote medical diagnostics, which Daniel mentions, is the right example to reach for. A single high-resolution mammogram is around two hundred megabytes. A chest CT scan can be over a gigabyte. If you're a radiologist reading these from home, you need symmetric gigabit — not "up to" speeds, not "best effort," but actual reliable throughput. The economic consequences of getting this wrong are real. Cities that treat fiber as infrastructure will attract the remote workforce. Cities that treat it as a luxury will watch that workforce leave.
The question sitting under all three of Daniel's questions is basically: when a politician says "our fiber rollout is among the best in the world," what would it take for you to believe them? And the answer, it turns out, is fascinatingly specific.
It starts with understanding where the failure actually happens. Fiber is genuinely everywhere — there are over one point four million kilometers of submarine cable crisscrossing the ocean floor. The backbone networks that connect cities are almost entirely fiber. The bottleneck isn't the long haul. It's the last few hundred meters. The drop from the curb to the home. That's where the political boasts go to die.
The curb-to-couch gap. Which is a much less impressive thing to cut a ribbon in front of.
A minister can stand next to a fiber cabinet and announce that seventy percent of households are "passed." It sounds great. But what "passed" actually means, in the technical standard used by the FTTH Council Europe, is that a premises is within a hundred and fifty meters of a fiber distribution point. That's it. The fiber is somewhere in the neighborhood. It has not necessarily entered your building. It has almost certainly not been terminated inside your apartment. You cannot order service.
"passed" means the fiber waved at your building from down the street and kept walking.
That's not far off. And this is where Daniel's three questions become the spine of the whole episode. One: how do you get metrics you can actually trust? Two: has anyone independent built them? Three: if you wanted to rank cities, what numbers define good, great, or failing? Those are the right questions in the right order. You can't benchmark without metrics, and you can't build metrics without knowing who's measuring and why.
The stakes here are not subtle. We're not talking about whether your 4K stream stutters. Daniel brought up remote medical diagnostics, and he's right to. A radiologist working from home needs to pull down multi-gigabyte imaging files and interact with them in real time. That requires symmetric throughput — same speed up and down — and low latency. DSL can't do it. Bonded cellular can't do it reliably. So when a city claims it's "fiber-ready" but a radiologist can't actually work from an apartment in that city, the metric is lying. And the economic cost of that lie compounds. Remote workers relocate. Specialists choose better-connected cities. You get a quiet, slow-motion brain drain that never makes the headline but shows up in property values and tax receipts over a decade.
The equity dimension is just as stark. If fiber availability tracks with neighborhood income — which it often does — then you're not just talking about convenience. You're talking about who gets to participate in the digital economy and who gets locked out. Telemedicine, remote education, running a small business from home. These aren't luxuries anymore. They're table stakes for economic participation in twenty twenty-six.
Let's pull apart the industry's favorite metric, because this is where the whole house of cards starts. The FTTH Council Europe defines it precisely — a premises is "passed" if it's within a hundred and fifty meters of a fiber distribution point. That's the technical standard used across the industry. But here's what that actually means on the ground: there's a fiber node somewhere in your neighborhood. Maybe it's on a pole three streets over. Maybe it's in a cabinet next to the park. The fiber has not entered your building. It has not been terminated in your apartment. And here's the kicker — you cannot order service.
It's less "your home is connected" and more "fiber is somewhere in your zip code and we're counting you.
And the gap between "passed" and "connected" is enormous. In a multi-dwelling building, even if fiber reaches the basement, you still need the landlord's permission to run it up through the risers. You need an electrician to terminate it in each unit. You need the building's wiring to not be a disaster from nineteen eighty-two. Any one of those steps fails, and you're in a fiber black spot in the middle of a city that claims seventy percent coverage.
Daniel's situation is basically the case study here. He's in a major Israeli city. The government says the rollout is among the world's best. But he spent years bonding DSL with cellular just to keep a Zoom call alive. That's not a statistical outlier — that's what the "passed" metric is designed to obscure.
The numbers bear this out. Israel's Ministry of Communications reported seventy-two percent fiber coverage in early twenty twenty-five. That's the official number. But the Israel Internet Association did independent mapping — actually checking which addresses could order service — and found only forty-eight percent. That's a twenty-four point gap. A quarter of all households that politicians claimed were covered simply weren't.
A twenty-four point gap isn't a rounding error. That's a different reality.
Israel isn't unique here. The UK's Ofcom reported eighty percent "gigabit-capable" coverage in twenty twenty-five. But that number includes Virgin Media's hybrid fiber-coax network. That's not fiber-to-the-home. It's fiber to a neighborhood node, then coaxial cable for the last stretch. Different technology, different performance characteristics — especially on upload speeds, which is exactly what Daniel was struggling with. You can't bond coax with cellular the way he was doing with DSL and get anything usable.
"gigabit-capable" is doing the same work as "homes passed" — it's a term that sounds technical but is actually a marketing umbrella stretched over completely different technologies.
And then there's the OECD angle, which introduces a different distortion. The OECD tracks fiber subscriptions per hundred inhabitants. That's a demand-side metric. It tells you how many people have chosen to subscribe, not how many could subscribe if they wanted to. A country can show low subscription numbers because pricing is too high, or because landlords are blocking installation, or simply because consumers haven't gotten around to switching from DSL. None of that means fiber isn't available. But it also doesn't mean it is.
You've got three different ways to lie with the same infrastructure. "Homes passed" overcounts supply. "Gigabit-capable" blurs technologies together. And "subscriptions" measures demand while pretending it measures availability.
Which is why the only metric that actually matters, especially for someone like Daniel who's trying to decide where to live, is address-level availability. Can fiber service be ordered at this specific address, right now, with a known price and a known installation timeline? That's it. That's the whole thing.
Nobody wants to publish that number, because it's always lower.
It's always lower, and it's much harder to collect. The FCC in the US launched its Broadband Data Collection program in twenty twenty-two, requiring providers to submit location-level maps. The early results were a disaster — one provider claimed a hundred percent coverage in a county where independent testing showed thirty percent. By twenty twenty-four, over a million locations had been challenged by local governments, forcing corrections. Ofcom in the UK is moving toward address-level data too, but the lag is significant, and the data quality depends entirely on what operators choose to report.
We're in this strange position where the technology exists to know exactly which addresses have fiber, but the incentives to publish that data honestly are almost nonexistent. The political class wants big numbers. The ISPs want to look competitive without actually spending on the last hundred meters. And the person trying to rent an apartment is left squinting at coverage maps that are essentially works of fiction.
That last hundred meters — or in apartment buildings, the last ten meters from the basement to the unit — is where the next metric battle is going to be fought. Because passing a building is one thing. Getting fiber through a landlord who doesn't want the hassle, through thirty-year-old conduit that's already packed with coax and phone lines, into an apartment where someone can actually plug in a router — that's a completely different engineering and political problem. And nobody's measuring it systematically.
If the standard metrics are broken, who's actually trying to build something better? There are a few honest attempts out there, and they're instructive precisely because of where they succeed and where they fall short.
Let me guess — the ones that succeed are the ones where nobody's trying to win an election.
It's not a perfect correlation, but it's close. Take the FTTH Council Europe. They publish an annual market panorama ranking countries by fiber-to-the-home penetration. It's widely cited, it's methodologically transparent — and it relies entirely on self-reported data from operators. The same operators who have every incentive to make their rollout look further along than it is.
It's the honor system with billions of euros at stake. What could go wrong.
Contrast that with the European Commission's Digital Economy and Society Index, DESI, which mixes operator data with consumer surveys. That's a step in the right direction, because consumers have no reason to lie about whether they can actually get fiber. But surveys are slow, sample sizes are limited, and the results lag reality by a year or more.
One's fast but untrustworthy, the other's more trustworthy but slow. Neither solves Daniel's actual problem, which is: can I get fiber at this specific apartment before I sign a lease?
Which brings us to the US, where the FCC tried to solve exactly this. In twenty twenty-two they launched the Broadband Data Collection program. Providers now have to submit location-level maps — not census blocks, not zip codes, individual addresses. The early results were, and I'm being generous here, a catastrophe. One provider claimed one hundred percent coverage in a county where independent testing showed thirty percent. That's not an error. That's a fiction.
So seven out of ten addresses that the provider swore were covered simply weren't.
That's what triggered the challenge process built into the BEAD program — Broadband Equity, Access, and Deployment. Local governments, tribal authorities, and nonprofits were given the tools to dispute provider claims with their own evidence. In twenty twenty-four alone, over a million locations were challenged and corrected. A million addresses that had been falsely listed as served.
A million corrections is simultaneously impressive and horrifying. Impressive that the mechanism exists. Horrifying that it needed to.
That's the American way, isn't it? Build a system, watch it fail, then build an elaborate appeals process to fix the failure instead of just designing it right the first time.
The administrative state's favorite hobby.
Now compare that to New Zealand. The government created a Crown-owned company called Chorus to build out the Ultra-Fast Broadband initiative. They set a target of eighty-seven percent of premises connected by twenty twenty-two — and "connected" means actually connected, not "passed," not "nearby." And Chorus publishes a real-time, address-level fiber availability map that anyone can check. You type in an address, it tells you whether fiber is available, what speeds you can get, and who the retail providers are. That's it. No self-reporting games, no challenge processes, no lag.
New Zealand solved the problem by simply deciding to tell the truth.
It shouldn't be revolutionary, but it is. And Singapore took a similar approach even earlier. OpenNet was a government-mandated open-access fiber network. By twenty thirteen it had achieved ninety-five percent coverage, measured by actual connection availability. Not "homes passed." Not "gigabit-capable." Could you order it? Yes or no. Ninety-five percent said yes.
Which brings us to Daniel's third question — the one about actually benchmarking cities. If New Zealand and Singapore are the models, what would a league table actually look like?
I've thought about this, and I think it needs four components. First, the metric has to be percentage of residential addresses where fiber-to-the-home is available for immediate order. Not passed, not subscribed, not "coming soon." Can you place an order today? Second, the data has to be independently audited. Not self-reported. Someone with no financial stake checks a random sample of addresses and verifies.
Far you've described a system where the numbers would immediately drop by twenty points everywhere. I suspect the third component is where it gets even less popular.
Third, cities are benchmarked against a tiered standard. Bronze at fifty percent plus. Silver at seventy percent plus. Gold at eighty-five percent plus. Platinum at ninety-five percent plus. And fourth, and this is the one that would make politicians truly uncomfortable, you include a digital equity sub-score. What's the availability in the lowest-income quartile of neighborhoods versus the highest? If a city is at eighty percent overall but the poor neighborhoods are at twenty percent, that's not a gold-medal city. That's a city with a digital divide it's pretending doesn't exist.
Tel Aviv at forty-eight percent actual availability would be, what, not even bronze?
Not even bronze. And that's the point. The tiered system makes the gap between political rhetoric and reality impossible to fudge. You can't claim to be "among the world's best" when you can't clear the fifty percent bar.
Which leaves the final piece — what do good numbers actually look like? Daniel asked for specifics.
South Korea and Singapore are the ceiling — over ninety-five percent fiber-to-the-home availability. But even they have gaps in rural areas and older multi-dwelling buildings. For a major city in a developed economy, I'd say ninety percent plus address-level availability is excellent. That's platinum territory. Seventy-five to ninety percent is good — most people can get it, but there are pockets of frustration. Fifty to seventy-five percent is adequate, which is a polite way of saying half the city is fine and the other half is bonding DSL with cellular at two in the morning. Below fifty percent is a digital divide crisis, full stop.
Daniel's city, at that forty-eight percent independent number, is in crisis territory while the government is issuing press releases about world-leading infrastructure.
That's not unique to Israel. Most cities in most countries would fail a properly audited address-level metric. The question is whether anyone has the political courage to find out.
If you're listening to this and you're in Daniel's position — or you might be soon — there are three things you can actually do. The first one's the simplest. When someone tells you a fiber number, ask what they're measuring. Ask for address-level availability. Ask if that means fiber-to-the-home or hybrid coax. Ask about availability, not uptake. If they can't give you address-level data, the number is almost certainly inflated. That's not cynicism. That's pattern recognition.
The beautiful thing about that question is it takes about five seconds to ask and about five months for a communications ministry to answer honestly.
Second, before you rent or buy, verify. The FCC's broadband map exists. Ofcom's coverage checker exists. In Israel, the Internet Association built something called the Sivity map — independent, address-level, not based on operator claims. Daniel can type in an address in Jerusalem and see whether fiber is actually orderable. Most people don't know these tools exist. They sign a lease, discover they're in a black spot, and then spend two years bonding DSL with cellular at two in the morning.
Which is exactly what happened to Daniel. The tool existed. He just didn't know to look for it. And that's a failure of public communication, not infrastructure.
Third, and this is the one that requires some civic energy — advocate for your city to adopt an audited, transparent fiber metric. New Zealand's model is the obvious template. The FTTH Council Europe has a Gigabit City certification that at least establishes a standard. The goal isn't to win an award. It's to turn fiber availability into a public utility metric, like water pressure or electricity reliability. Something the city has to report accurately because residents make decisions based on it.
The broader point underneath all three of these is that fiber isn't a luxury. It's infrastructure. Cities that understand this will attract remote workers, digital health professionals, small businesses that operate globally. Cities that don't will watch those people leave for places where the internet just works. You won't see a headline about it. You'll just see property values drift and tax bases shrink over a decade.
Daniel called it "significant and unwanted expertise." That's the phrase that sticks with me. Nobody should have to become an expert in connection bonding just to do their job from home. The expertise should belong to the city planners and the regulators. The rest of us should just be able to plug in a router and get to work.
As the bandwidth demands keep climbing — AI model weights moving around, cloud rendering, the kind of telemedicine that needs a hundred megabits symmetric just to function — does the gap between political metrics and reality actually widen? Or do the politicians just find new words for the same old fudge?
I think it widens, and I think the next frontier is already visible. Everyone talks about the last hundred meters from the curb to the home. But in apartment buildings, which is most of urban Israel and most of urban everywhere, the real problem is the last ten meters. The fiber reaches the basement. And then it stops. Because the landlord doesn't want the disruption. Or the building's riser conduit is packed with forty-year-old coax and there's no room. Or the homeowners' association can't agree on anything, ever, about anything.
The last ten meters. Where the entire digital economy collides with a building superintendent who doesn't want dust in the stairwell.
Nobody's measuring that systematically. Nobody's publishing "percentage of multi-dwelling units where fiber is actually terminated inside the apartment." That's where the next metric battle will be fought. Because passing a building is easy. Getting through the building is where the political will evaporates and the real infrastructure work begins.
Which means the gap we've been talking about — between what's announced and what's real — might actually get worse before it gets better. The easy fiber is already done. What's left is the hard stuff. The buildings with difficult landlords, the neighborhoods where the ROI looks worse on a spreadsheet, the addresses where installation costs three times the average.
That's where the equity dimension bites hardest. The people stuck in those buildings aren't randomly distributed. They correlate with income, with rent versus ownership, with everything that already determines who gets to participate and who gets left behind.
If this episode has left you with a weird prompt about infrastructure, about metrics, about the gap between data and reality — or if you've developed your own significant and unwanted expertise in something and you want us to dig into it — send it to prompts at my weird prompts dot com. We read everything.
Now: Hilbert's daily fun fact.
Hilbert: In early Renaissance Patagonia, Mapuche farmers cultivating a heritage wheat called triticum aestivum var. velutinum measured their yields in almudes per fanega — roughly one almud of seed produced eight almudes of grain, meaning a single hectare's harvest could be expressed as just under three point seven modern bushels per acre.
...right.
This has been My Weird Prompts. I'm Corn.
I'm Herman Poppleberry. If you want more episodes like this one, leave us a review wherever you listen. It actually helps.
We'll be back next week.
