Satellite broadband and Hawaii’s last-mile problem
August 25, 2026



Why Satellite Broadband Could Finally Connect Hawaii to the Digital Mainland (and What It Won’t Fix)

Hurricane Lala knocked out power across rural Maui last week. No grid, no fibre, no cell towers worth trusting. Residents who’d paid for a Starlink dish climbed onto rooftops to get a clean line of sight to the sky. Everyone else drove to the nearest hill and hoped for one bar of signal, according to a Maui Now report from rural residents enduring the outage. It’s not the first time. The 2023 wildfires did the same thing to Lahaina’s communications grid, and emergency satellite links became the only way out for a while.


Goldman Sachs published a report this month calling this moment the start of a ‘Second Space Age’, a phrase that sounds like marketing copy until you look at what’s actually being launched. AST SpaceMobile is deploying a direct-to-device broadband constellation designed to talk straight to ordinary smartphones, no dish required. Deployment has slowed. A Blue Origin New Glenn explosion in late May pushed timelines back, and the company’s satellites are going up slower than investors hoped. But the direction is set. Hawaii, scattered across the Pacific with some of the worst last-mile infrastructure economics in the country, is exactly the kind of place this technology is built for.

What Direct-to-Device Actually Changes for Island Users

Think about what fibre rollout looks like on an island chain. Openreach can trench cable across the English countryside because the ground is contiguous and the customer density justifies it. Hawaii doesn’t have that luxury. Laying undersea cable to Molokai or the remote valleys of the Big Island costs a fortune per household served, and providers have historically just skipped it. That’s the textbook last-mile problem, and it’s why islands like Kauai ended up partnering directly with satellite providers instead of waiting for terrestrial buildout. The Hawaii DCCA’s Kauai Hi-Wifi Starlink Program is a real, state-backed example of exactly that shortcut in action.

What changes with AST SpaceMobile and the broader constellation wave isn’t just backup coverage during a hurricane. It’s baseline reliability for everyday transactions. Streaming a show without buffering. Paying a bill. Logging into a banking app from a beach house forty minutes past the nearest cell tower. For residents who’ve spent years working around patchy DSL, that shift from “maybe it works” to “it just works” changes what people are willing to do online at all. With no land-based casinos permitted anywhere in the state, plenty of residents already look elsewhere for that kind of entertainment, and better connectivity means the casinos available in Hawaii that operate legally online become a far more reliable option than they were even two years ago.

Gambling involves risk, and Hawaii residents weighing offshore platforms should treat that risk the same way they’d treat any other bet: never wager more than you can afford to lose.

That’s a narrow slice of a much bigger picture, though. The real story is what satellite broadband does and doesn’t solve for a state this geographically fragmented.

The Bandwidth Ceiling Nobody Talks About

Here’s the part investors gloss over. Direct-to-device satellite service isn’t fibre. It’s not even quite cable. AST SpaceMobile’s early specs point to speeds that work fine for texting, voice, and modest data use. Streaming 4K video to an entire household simultaneously is a different problem entirely, and it’s one that low-orbit constellations haven’t fully cracked yet.

Compare that to what Openreach is rolling out in the UK right now. XGS-PON fibre technology delivers symmetrical gigabit speeds to homes that are, frankly, easier and cheaper to wire than a lava field on the Big Island. Hawaii will likely end up with a hybrid model for years: satellite as the resilient fallback and rural bridge, fibre and cable for dense urban cores like Honolulu, and 5G filling gaps in between. Nobody is getting all-fibre coverage across the archipelago anytime soon. The economics just don’t support it.

There’s also the latency question. Geostationary satellite internet has always been sluggish, a half-second round trip that made video calls and competitive gaming miserable. Low Earth orbit constellations like Starlink and the AST SpaceMobile network fix most of that. Ping times in the 20 to 40 millisecond range are achievable now, which is close enough to cable that most consumer applications won’t notice the difference. That’s the genuine breakthrough here, not the marketing language about a “Second Space Age.”

Regulation Hasn’t Caught Up, and It Won’t Anytime Soon

Better bandwidth doesn’t rewrite state law. Hawaii remains one of only two US states with a total ban on commercial gambling, a policy position that’s held firm since statehood regardless of what’s happening with broadband infrastructure or federal deregulation elsewhere. The FCC’s recent move to lift ownership caps on media companies shows how fast federal policy can shift when the political will exists. Hawaii’s gambling ban shows the opposite: some state-level restrictions just don’t move, no matter what’s trending nationally.

That mismatch is worth sitting with for a second. A resident on Molokai might soon have satellite-grade connectivity rivaling a fibre connection in downtown Honolulu. They still can’t walk into a land-based casino, because none exist and none are coming. Infrastructure and law are solving two completely different problems, and conflating them is a mistake plenty of commentators make when they talk about connectivity as some kind of universal unlock.

The same logic applies to sports betting integration creeping into streaming platforms nationally. ESPN’s new DTC app is reportedly being built with betting and commerce features baked in from day one. That works fine in the 38 states with legal sports betting. It does nothing for a Hawaii subscriber, because the underlying legal framework simply isn’t there. Connectivity closes the access gap. It has zero effect on the regulatory gap.

What This Means for Operators and Infrastructure Players

For satellite operators, Hawaii is a useful proof point rather than a huge revenue opportunity on its own. Roughly 1.4 million residents spread across eight main islands isn’t the kind of subscriber base that moves a constellation’s unit economics on its own. But it’s exactly the sort of geography analysts point to when arguing that direct-to-device technology has a real total addressable market beyond emergency backup. If it works reliably in Hawaii’s mixed terrain of dense urban centers and remote valleys, it’ll work in plenty of other underserved regions globally.

For telecoms and streaming companies watching this space, the lesson is narrower and more practical. Don’t assume better pipes automatically translate into new revenue lines everywhere. Regulatory patchwork still dictates what services can actually be monetised in any given market, gambling being the clearest example but far from the only one.

Frequently Asked Questions

Does satellite broadband actually work better than fibre in Hawaii? Not better, different. Fibre still wins on raw speed and consistency where it exists. Satellite wins on reach, covering remote valleys and outer islands that fibre will likely never economically justify wiring, and on resilience when ground infrastructure fails during storms.

Why did AST SpaceMobile’s rollout slow down this year? A Blue Origin New Glenn rocket explosion in late May 2026 disrupted planned launches, pushing back satellite deployment schedules. The company has continued building out its constellation, but the timeline for full direct-to-device coverage has stretched further than early projections suggested.

Is Hawaii likely to legalise any form of gambling because of better connectivity? No. Connectivity improvements affect internet access and reliability, not state gambling law. Hawaii’s ban predates modern broadband entirely and has survived multiple legislative attempts to change it. Better bandwidth doesn’t touch the legal question at all.

What happened to internet access during Hurricane Lala? Rural Maui lost power, cell service, and internet simultaneously. Some residents relied on Starlink dishes for connectivity during the outage, echoing what happened during the 2023 wildfires, when satellite links became one of the only ways to stay in contact with the outside world.

Will 5G make satellite broadband unnecessary in Hawaii? Unlikely on its own. 5G still needs ground towers and backhaul infrastructure, which face the same last-mile economics that have slowed fibre rollout. Satellite and 5G will most likely operate as complementary layers rather than one replacing the other.

The bigger question for Hawaii isn’t whether satellites will eventually blanket the islands in reliable coverage. That part looks inevitable given the pace of launches and the money behind companies like AST SpaceMobile. It’s whether policymakers treat connectivity and regulation as the separate tracks they actually are, instead of assuming one automatically fixes the other.