The most consequential export from the space and technology sector over the past two decades may not be a device at all. It is a business model. The shift from selling products to selling continuous access — pioneered in enterprise software, refined by satellite and cloud infrastructure — has spread into nearly every consumer category, and the household budget is where it finally lands.
Everything-as-a-service, from orbit downward
The logic is genuinely elegant at the infrastructure level. Launch capacity, once the exclusive province of national agencies, is now bought by the kilogram from commercial providers. Ground stations are rented by the minute. Satellite imagery is licensed by the scene rather than by the satellite. Earth observation data that once required owning a spacecraft is now a monthly subscription with an API key.
This restructuring did something real: it lowered the barrier to entry dramatically. A university lab or a small climate startup can now access capabilities that a decade ago required a national budget. Distributing fixed costs across many users is, in this context, a genuine democratisation — and it is one of the reasons the current wave of orbital innovation has moved as fast as it has.
The model comes home
What works cleanly for infrastructure translates less cleanly to consumers. Satellite internet arrives as a monthly plan, which makes sense given the constellation behind it. But the same structure has since been applied to things that are not services in any infrastructural sense: features in a car you own outright, capabilities in a phone you paid for in full, functions in a smart home device sitting on your own shelf.
The technical justification thins as the model moves downstream. Orbital bandwidth genuinely has a marginal cost. A software toggle on hardware you already own does not. What persists through the translation is the revenue predictability, which is the part the market actually valued.
A sustainability problem hiding in a billing problem
There is an environmental dimension worth naming. Access models were often defended on sustainability grounds — shared resources, less duplicated hardware, fewer idle assets — and in cases like tool libraries or shared compute, that argument holds.
But subscription revenue also removes the incentive to build things that last, because durability no longer drives replacement income. And on the consumer side, subscriptions that continue unused represent something specific: servers running, data stored, infrastructure maintained for accounts nobody opens. Unused capacity is not free energy. It is quietly provisioned, quietly powered, and quietly paid for.
What individuals can actually control
The structural questions here belong to regulators and standards bodies, and they are moving slowly. The individual question is narrower and more tractable: which recurring services are you actually using, and which are simply still billing?
Answering it is harder than it should be, which is itself a feature of the design. Charges are distributed across app store accounts, direct card debits and annual plans that surface in months nobody is watching. A dedicated subscription manager exists to close that gap — one dashboard listing every recurring charge, renewal dates on a calendar, alerts before trials convert — because the model’s asymmetry is precisely that providers know exactly what you pay and you generally do not.
Where this is heading
The reasonable expectation is not that access models retreat. For genuine infrastructure — orbital capacity, compute, connectivity — they are the right structure, and they have unlocked real capability. The likelier trajectory is a correction at the consumer end, driven by regulation requiring that cancelling be as simple as subscribing, and by consumers who have learned to distinguish a service with ongoing costs from a paywall placed on hardware they already own.
In the meantime, the practical response is the same one that applies to any complex system: instrument it. Know what is running, know what it costs, and switch off the processes nobody is using. That is sound engineering practice at orbital scale, and it works just as well applied to a phone bill.