On October 28, 2025, as Hurricane Melissa made landfall in Jamaica as a Category 5 storm, something happened that would have been impossible five years earlier. As terrestrial mobile networks buckled under the storm’s assault — towers toppled, fibre severed, diesel stolen from generators — a different kind of connectivity quietly activated. Satellites orbiting 550 kilometres above the Earth began acting as cell towers in space, routing text messages from stranded Jamaicans directly to standard, unmodified smartphones. No hardware upgrade required. No special app. Just the phone in your pocket, talking to a satellite.

Liberty Caribbean — operating as FLOW, Jamaica’s Liberty Latin America subsidiary — announced a first-of-its-kind partnership with Starlink Direct to Cell, deploying emergency SMS connectivity across affected areas using spectrum approved by Jamaica’s Spectrum Management Authority. It was the first such deployment in Jamaica, and possibly the clearest demonstration the Caribbean has seen of what direct-to-cell technology actually means in practice.

The question for the Caribbean’s telecommunications market is no longer whether satellite-based direct-to-cell connectivity works. Hurricane Melissa answered that. The question is what happens when it stops being an emergency feature and becomes a permanent one — and what that means for a market that has been defined for decades by two dominant players and geography-imposed barriers to competition.

What Direct-to-Cell Actually Is

Direct-to-cell technology does something that sounds simple but is technically extraordinary: it connects standard, unmodified smartphones directly to satellites in low Earth orbit, using the same standard cellular frequencies — 4G LTE, and increasingly 5G — that those phones use to communicate with terrestrial towers. No new handset required. No firmware update. The satellite behaves, from the phone’s perspective, exactly like a cell tower — just one orbiting at 550 kilometres altitude at 27,000 kilometres per hour.

The implications of that “no hardware change” clause are enormous. It means that every 4G-capable smartphone already in circulation — the 14 million devices across Digicel’s Caribbean and Latin American markets, the millions more on FLOW’s network — is already, in principle, a direct-to-cell capable device. The upgrade is in the sky, not in the handset.

The current generation of direct-to-cell technology was pioneered by SpaceX’s Starlink, which launched its first direct-to-cell capable satellites in 2023 and completed its initial direct-to-cell constellation in 2025. As of mid-2026, Starlink operates more than 9,000 satellites in total, of which approximately 600 carry direct-to-cell capability. That number is set to grow dramatically — the company has announced plans to begin launching second-generation direct-to-cell satellites in mid-2027, using Starship’s heavy-lift capacity to deploy the constellation rapidly.

Starlink is not alone. AST SpaceMobile — a NASDAQ-listed company that describes itself as building “the first and only space-based cellular broadband network accessible directly by everyday smartphones” — received FCC authorisation for commercial service in the United States in Q1 2026 and is targeting 45 to 60 satellites in orbit by end of 2026. Its BlueBird satellites carry the largest communications arrays ever deployed in low Earth orbit — up to 2,400 square feet — capable of delivering peak data speeds of up to 120 Mbps directly to standard mobile handsets. And Amazon’s Leo constellation, rebranded from Project Kuiper in November 2025, is building toward 3,236 LEO satellites with commercial service expected across 26 countries by end-2026.

Three separate, well-capitalised, technologically distinct satellite ecosystems are converging on the same market opportunity simultaneously. That has not happened in telecommunications before.

A Market Built on Geography — and Its Vulnerabilities

To understand why direct-to-cell matters so profoundly for the Caribbean, it is necessary to understand the structural characteristics of the region’s telecommunications market — and why those characteristics have persisted for so long.

The Two-Player Duopoly

Jamaica’s fixed broadband market is effectively a two-player contest. FLOW (Liberty Caribbean, a subsidiary of Liberty Latin America) and Digicel have between them dominated Caribbean telecommunications for two decades. Jamaica’s mobile sector — which accounts for 82 per cent of internet connections and the lion’s share of sector revenue — is provided with approximately 90 per cent population coverage by these two operators in 4G LTE alone.

The duopoly is not the result of regulatory capture or anticompetitive behaviour in the conventional sense. It reflects the genuine economics of building cellular infrastructure on small island states separated by ocean. A new entrant wanting to build a terrestrial mobile network in Jamaica faces the same capital requirements as FLOW or Digicel — spectrum licences, tower construction, backhaul infrastructure, and ongoing maintenance — but without the existing customer base to amortise those costs against. The barriers to entry are not regulatory. They are physical.

The Hurricane Variable

The physical vulnerability of Caribbean telecom infrastructure is not a theoretical risk. It is a documented, recurring, economically material event. After the 2017 Atlantic hurricane season, approximately half of mobile network operators in the Caribbean were directly impacted by storms. Some operators experienced more than 95 per cent damage to infrastructure.

Hurricane Melissa’s 2025 impact on Jamaica was the most recent and most vivid illustration of this vulnerability. Connectivity collapsed within hours of landfall. The Jamaica Observer reported in March 2026 that telecommunications providers were still rebuilding networks months after the storm, with operators warning that policy bottlenecks were slowing the roll-out of more resilient infrastructure. Digicel’s CEO reported that thieves had stolen 1,300 gallons of diesel from 10 generators during the storm, directly exacerbating outages. FLOW reported damaged cables in the lead-up to landfall.

The lesson of Melissa is not simply that terrestrial networks are fragile in hurricanes. It is that any connectivity architecture that depends entirely on physical infrastructure located at ground level in a hurricane zone is structurally vulnerable — regardless of how much capital has been invested in it. The redundancy that FLOW’s Starlink partnership provided was not a technology novelty. It was a lifeline.

Who Is Building the Sky-Based Network

T-Mobile and the Commercial Template

The most instructive commercial precedent for Caribbean operators is the T-Mobile and Starlink partnership that produced T-Satellite, launched commercially in July 2025. T-Satellite allows all T-Mobile customers with compatible phones to send texts and images via Starlink satellites — at no additional charge on eligible plans — while roaming in areas without terrestrial coverage, including remote regions of Canada and New Zealand.

The model is instructive because of what it reveals about the commercial architecture of direct-to-cell: the satellite operator does not displace the mobile carrier. It partners with them. T-Mobile retains the customer relationship, the billing relationship, and the brand. Starlink provides the space-based infrastructure. Revenue is shared. The carrier’s network gains coverage it could never cost-effectively build with towers. Starlink gains revenue and spectrum access without having to manage retail customers.

That partnership template is already being replicated globally. Airtel Africa signed a DTC partnership with Starlink in December 2025, targeting rollout across all 14 of its African markets from 2026. MasOrange struck a Starlink direct-to-cell deal in Europe. The model is industrialising rapidly.

Will Direct-to-Cell Break the Caribbean Duopoly?

The disruption argument runs as follows: direct-to-cell technology eliminates the single most significant barrier to entry in Caribbean telecoms — the requirement to build physical tower infrastructure. A new entrant that can offer mobile connectivity via satellite partnership, without constructing a single tower, could theoretically enter the Jamaican or wider Caribbean market at a fraction of the capital cost of a terrestrial operator.

The counter-argument is equally important: direct-to-cell, in its current form, is a complement to terrestrial networks, not a replacement. The technology works by using the spectrum licensed to existing mobile operators. A satellite passing over Jamaica cannot simply begin offering mobile service — it needs a licensed spectrum partner on the ground. The current generation of DTC satellites operates within the LTE frequency bands held by carriers like FLOW and Digicel. Without a carrier agreement, a satellite cannot legally transmit on those frequencies.

This creates a structural reality that favours incumbents in the short term: the satellites need the spectrum holders, and the spectrum holders are FLOW and Digicel.

The Spectrum Question Is the Competition Question

The competitive calculus changes materially if — and it is a significant if — satellite operators secure their own spectrum licences in Caribbean jurisdictions. Starlink’s US$17 billion acquisition of EchoStar’s spectrum in November 2025 is precisely this kind of move: buying licensed spectrum to underpin independent DTC service, not dependent on carrier partnerships. Once a satellite operator holds spectrum in a given market, the carrier partnership model becomes one option among several — not the only viable one.

Jamaica’s Spectrum Management Authority approved the spectrum usage that enabled the Hurricane Melissa FLOW-Starlink deployment on an emergency basis. The policy question for Jamaican and Caribbean regulators is whether to extend that spectrum access to satellite operators on a permanent, commercial basis — and on what terms. That regulatory decision is more consequential for Caribbean telecom competition than any technology announcement from Silicon Valley.

The New Entrant Opportunity: Hybrid Models

The most plausible competitive disruption in the near term does not come from a pure satellite player entering Caribbean telecoms. It comes from a new type of hybrid operator — one that builds a customer-facing brand and digital service layer, while using satellite infrastructure for coverage and terrestrial infrastructure (via wholesale access or partnership) for capacity in dense urban areas.

Such an operator would carry none of the legacy infrastructure overhead of FLOW or Digicel. Its network resilience in hurricane conditions would be fundamentally superior. Its geographic reach — particularly in rural and coastal areas that terrestrial operators under-serve due to low population density — would exceed anything a tower-based model can deliver cost-effectively. And its capital requirements at launch would be dramatically lower than a conventional mobile entrant.

Policy Will Determine the Pace of Change

The technical capability for direct-to-cell connectivity is advancing faster than the regulatory frameworks that govern it. Jamaica’s emergency deployment during Hurricane Melissa required approval from the Spectrum Management Authority — a process that, in an emergency, moved quickly. The same process in a commercial context, under peacetime regulatory conditions, will be more deliberate.

Caribbean regulators face a genuinely difficult set of trade-offs. Opening spectrum access to satellite operators on permanent commercial terms could catalyse competition, improve rural connectivity, and build network resilience — outcomes that align with stated policy goals across the region. It could also destabilise the economics of FLOW and Digicel, which are the primary investors in terrestrial network infrastructure and represent significant economic footprints in their operating markets.

Digicel, recovering from financial restructuring under CEO Marcelo Cataldo and still rebuilding from the Melissa damage, is in a more vulnerable position than at any point in its two-decade Caribbean history. A regulatory framework that simultaneously facilitates satellite competition while the company is managing storm recovery and debt restructuring could present a genuine existential risk. Policymakers who want more competition — and almost all of them say they do — will need to sequence that competition carefully.

What This Means for the Region

For Consumers

In the near term, the most tangible benefit of direct-to-cell for Caribbean consumers is not cheaper mobile plans. It is connectivity that survives the storm. The ability to send a text message, access emergency services, or check on family members in the immediate aftermath of a hurricane is not a quality-of-life improvement — it is a public safety outcome. The deployment during Melissa demonstrated this clearly, and Caribbean governments should be actively exploring how to institutionalise satellite-based emergency connectivity as a policy requirement, not an optional extra.

In the medium term, as satellite coverage densifies and data services come online, consumers in rural and coastal areas that terrestrial operators have historically under-served will gain meaningful connectivity options for the first time. That has implications for economic development, education, healthcare delivery, and financial inclusion that extend well beyond the telecom sector.

For Incumbents

FLOW’s Hurricane Melissa deployment was the right strategic move — and its leadership clearly understood that. By partnering with Starlink rather than resisting it, Liberty Caribbean positioned itself as a resilient, forward-looking operator rather than a fragile tower business. The question for both FLOW and Digicel is whether they embed satellite connectivity as permanent infrastructure redundancy — or whether they treat the Melissa deployment as a one-time emergency measure and revert to a purely terrestrial model.

The economics strongly favour the former. A mobile operator that can guarantee connectivity through a Category 5 hurricane has a product that a purely terrestrial competitor cannot match — and in a market where hurricanes are not exceptional events but calendar certainties, that is a meaningful commercial differentiator.

For New Entrants

The satellite DTC ecosystem is actively building the partnership infrastructure that a new Caribbean mobile entrant would need. AST SpaceMobile has signed agreements with over a dozen mobile operators globally and is actively seeking new partners. Amazon Leo is targeting equatorial coverage — which includes the Caribbean — by 2027. Starlink’s carrier partnership model is proven and replicable.

A well-capitalised new entrant that secured spectrum access — either through regulatory licensing or a roaming agreement with an existing holder — and built a customer-facing brand around satellite-backed connectivity and digital-first service delivery could enter the Caribbean market in a way that was structurally impossible before 2025. The Melissa deployment was the proof of concept. The constellation build-out is the infrastructure. The regulatory framework is the key.

• Emergency resilience: Satellite DTC survives storms that flatten terrestrial networks — a Caribbean-specific value proposition with no terrestrial equivalent.
• Rural coverage economics: Satellite coverage of low-density coastal and rural areas costs the same as coverage of Kingston — fundamentally changing the economics of universal service obligations.
• Barrier to entry reduction: A new operator using satellite DTC partnerships as its primary coverage layer can launch without a tower build-out programme spanning years and hundreds of millions in capital.
• Competition catalyst: If regional regulators support open spectrum access for satellite operators, the two-player duopoly faces its first genuine structural challenge since Digicel entered Caribbean markets two decades ago.