There have been many posts supposing that a Starlink MVNO is imminent. However having worked on the first and some of the biggest and most global MVNOs and often taken what MNOs call “juggernaut MVNOs” I know how this would go when pitched to the MNO; you have to go back to basics and ask why MVNOS exist? MVNO’s sole purpose, like any wholesale business, is to sell off excess capacity. This is why MNOs would always ask for forecasts (note to would be MVNOs, fail to take these seriously at your peril) and then geoforecasts that are supposed to also gauge where your customers are likely to be, with the one goal: Not having to invest in more masts or network for one single MVNO customer.
Otherwise wholesale does not make sense. I was there when the first MVNOs were conceived, and this topic could easily have been the first six(?) months alone of conversations. Key is the fact that the first MVNOs did not want to be MVNOS, actually they wanted, or asked for a 3G licence. 3G licences were the next big thing, the first fast mobile data and everybody wanted a 3G licence, apparently. Only they didn’t: what they wanted was to be part of mobile progress finally and jump on the mobile bandwagon. They ended up being MVNOs instead of getting 3G licences as 3G licences eventually went for £1Bn each in the UK.
SO fast forward, the “Starlink MVNO” is not about being an MVNO, it’s about being in mobile, or cellular, for inclusivity. Why not MVNO: well because MVNO is all about wholesale. Wholesale is not a new thing, if you go back centuries in UK company registries, or as King Charles III would remind us, just the other day in the UK, wholesale wool, wholesale coal, wholesale stone, etc has been 50% of the company SIC (activity) codes since the dawn of industry. However it’s important to remember that wholesale is generally not a first strategy. Wholesale is all about selling excess capacity. In the first MVNOs this meant off-peak traffic and preferably in places / markets the MNO did not sell in. Of course Competition and anti trust law does not allow this to be enforced, but natural selection will see a business focussed MNO with lots of peak business traffic partner with a consumer brand that attracts traffic also where they do not eat business traffic.
So what has this goto to do with Starlink? Well, think: how good is rural mobile (and broadband) coverage? Not, is the answer. So does that mean there is excess MNO capacity where nobody can even make a call, let alone lots of them?
Yes boys and girls, Starlink’s core users are not, not only, where there is NO excess MNO capacity, or even constrained MNO capacity: they are where there is NO MNO signal, let alone MNO capacity of any kind… So how would a starlink MVNO ever work? The answer is it simply would not. It’s like asking to sell white label corn flakes in places Kellogg’s don’t even make corn flakes, yet, let alone excess capacity.
What would a Starlink MVNO look like in practice?
In practice, a Starlink MVNO would actually be one of two things:
One a regional, or rural or series of regional MNOs. Yes your heard it. or
Two buy an MNO or an MVNO with the ability to have towers
three but an MVNO that already has Small cells as wel have done already
Yes, an MVNO will not build mobile capacity even for it’s best MVNOs, and that is not what a healthy wholesale model is.
The wholesale stack would be unusual
Virtuser were one of the first MVNO consultants / suppliers to build an MVNO / small MNO with MVNO ability and have done so on three continents: but let’s be clear. The MVNO side was just the travel / excess capacity when visiting town side. In all other senses they are MNOs.
So what about an MVNO getting starlink D2D capacity? This is more likely however, let’s get back to capacity: D2D for the foreseeable future has a few Mb bandwidth per beam. That means D2D is really only suited to a townie, on a fishing expedition, sending a “I’m OK, locals not tied me to a post” message. AND for that message to go somewhere preferably not in a D2D beam. Yep D2D bandwidth is like having EDGE. When EDGE was a thing, and websites were kb in size and mobile screen resolution was that of a tamagochi and 5 people had a mobile phone, EDGE was, OK. In 2026-2030 when we have Mb per beam, mobile screens the size of tablets, and more annoying influencers alone than there were total mobile customers when Mb were a measurement of useful internet then….
So it’s all hype? Well, yes. I mean, let’s be clear. D2D is Spot messaging, in your phone for the outdoors. It should make rescuing lost influencers easier, but on a positive note mean many family members will feel safer about their weird family members fishing, shooting, exploring and sleeping under the stars in the great beyond. But even then remember it will be an “I’m ok, going to pack in for evening” as once they are packed in even under a tent, let alone trees or a cabin, then the coverage is gone until the morning when they brave the great outdoors again to, well, do what someone who has slept all night in a place without plumbed in sanitation does the next morning…
The strongest version is probably hybrid, not pure satellite
This is the key strategic point. The most credible Starlink MVNO would be hybrid.
A pure satellite mobile proposition sounds attractive because it suggests borderless coverage and independence from incumbent operators. In reality, most customers do not want purity. They want reliable connectivity, familiar devices, acceptable latency, understandable pricing and support that does not collapse when service moves between networks.
A hybrid MVNO could package national mobile service with satellite resilience, either as fallback or as a dedicated overlay for specific users, assets or events. That creates a better answer to a real customer problem. It also gives the provider room to shape tariffs, service levels and customer support around mixed-access economics rather than forcing satellite into a role where terrestrial mobile is still better.
For enterprise and public sector accounts, this could be sold as business continuity. For field operations, it becomes workforce safety and operational uptime. For transport and logistics, it is route persistence. For consumer or prosumer niches, it could be sold as premium off-grid coverage, but only if the device and price experience are good enough.
Then there is borders… really do we need to discuss borders, and walls?
Yep, one thing most posts don’t cover is the complexity of D2D and why MVNOs may never be able to handle it. In big countries like the US it may be easier but even then, let’s go with Europe as an example:
While you prepre your “Moose wind soup overated, locals have not tied me to a pole” messsage the sats are over iceland. When you pres send, thet are over wherever you are in Moose land. By the time the message arrives that sat is over probably a conflict zone…. this is not meshtastic is it?
What would a Starlink MVNO look like commercially?
Commercially, it would need to avoid one of the oldest MVNO traps: buying expensive wholesale inputs and trying to disguise them with clever branding.
Satellite capacity is not terrestrial wholesale data in a different wrapper. The cost base, contention characteristics, terminal assumptions and regulatory constraints are different. If a provider tried to launch a mass retail unlimited plan on top of premium satellite economics, the model would become fragile very quickly.
So the better route is value-priced, not volume-priced. In other words, charge for the consequence of coverage, not only for gigabytes. This works best where the customer is buying risk reduction, continuity, compliance, safety or operational reach. Those segments can support higher ARPU and lower subscriber counts, which suits an access layer that will not initially behave like commodity national mobile broadband.
That also changes acquisition strategy. A Starlink MVNO would probably rely less on broad consumer distribution and more on direct enterprise sales, channel partners, systems integrators and specialist vertical bundles. The product might be bundled with fleet systems, IoT platforms, lone worker applications, industrial routers or managed field service contracts.
Regulation, spectrum and market access are not side issues
A lot of commentary on satellite mobility skips past the awkward bit: market access is political, regulatory and local.
Even if Starlink can technically support a service, an MVNO still needs lawful market entry, numbering arrangements, emergency calling treatment, lawful intercept compliance, consumer protection alignment and, in some markets, host operator cooperation tied to spectrum use. Direct-to-mobile-phone models are especially exposed to regulatory detail because they blur familiar category boundaries.
That makes country-by-country rollout more realistic than any grand global launch narrative. A Starlink MVNO might look elegant in a strategy deck, yet in execution it could become a patchwork of bilateral arrangements, local product variants and constrained service definitions. Serious operators will model that early rather than treating regulation as post-launch admin.
Devices will decide the pace more than branding
There is another reason the first successful model is unlikely to be broad retail. Device readiness usually decides whether an access innovation becomes a product or remains a pilot.
If the service requires separate hardware, the sales motion becomes slower and more enterprise-led. If it works with standard handsets, the opportunity broadens sharply, but so do customer expectations. Users will expect activation, authentication, voice behaviour, battery life and support journeys to feel normal. That is hard to deliver when the underlying network logic is still evolving.
eSIM helps, particularly for multi-profile and travel-related use cases, but eSIM alone does not solve access orchestration. The real challenge is service policy, customer communications and support design. If a user does not understand when they are on terrestrial mobile, when they are on satellite and what that means for speed or price, dissatisfaction arrives fast.
The likely winners are not the obvious ones
The market may assume the winner would be a giant consumer brand. It may not. The better-positioned players could be specialist MVNOs, enterprise connectivity providers, managed IoT operators or vertical solution companies that already own a hard-to-serve customer base.
Why? Because they do not need to explain the value of remote coverage from scratch. Their customers already experience the pain. They also tend to have stronger tolerance for blended connectivity models, hardware dependencies and non-standard pricing structures.
This is where the MVNO Blog view is fairly simple: distribution advantage and customer ownership matter more than novelty. A Starlink MVNO only becomes commercially meaningful when it is attached to a segment with a clear willingness to pay and an operating model that can support multi-network complexity.
So what would a Starlink MVNO look like?
It would likely be a hybrid access provider built around resilience, reach and specialist service design rather than a conventional retail SIM business. It would use terrestrial mobile as the default where possible, satellite as a high-value extension where necessary, and an MVNE-grade orchestration layer to make those transitions commercially manageable.
It would probably launch in enterprise, public sector, transport, maritime, industrial IoT or premium remote-connectivity niches before it ever tries to become a broad consumer proposition. Its pricing would reflect outcome value, not commodity data logic. Its product team would spend as much time on policy control, support journeys and device compatibility as on marketing.
Most importantly, it would not win because it uses Starlink. It would win if it solves a coverage problem that terrestrial MVNOs, on their own, still handle badly.
That is the useful test for anyone evaluating the opportunity. Not whether the concept sounds futuristic, but whether the service creates genuine customer ownership in a part of the market where coverage still carries real commercial weight.
