The countries that seem furthest behind are about to run the fastest.
It sounds counterintuitive. Developed nations have spent decades building out digital infrastructure: data centers, broadband networks, enterprise software ecosystems. Countries across Latin America, Africa, and Southeast Asia scrambled to catch up the whole time.
That gap, long treated as a disadvantage, may turn out to be one of the greatest strategic assets in the history of technology adoption. There is simply nothing to upend.
Haroldo Jacobovicz has operated in markets where connectivity was unreliable, devices were unaffordable, and infrastructure was years behind demand. That context sharpens the thinking in ways that boardrooms in San Francisco or London rarely produce.
“The markets that had everything handed to them are carrying the weight of those old decisions,” he says. “And it’s not a small weight. You’re talking about billions spent on systems that made sense twenty years ago and now can’t easily be unwound. We didn’t build the same legacy infrastructure, which means we’re not having the same arguments about whether to let go of it. We can just move. That’s not a consolation prize. That’s a head start.”
The Millstone Around the Neck of Legacy Tech
Developed nations are weighed down by what they built.
The United States and much of Western Europe made enormous investments in on-premise infrastructure throughout the 1990s and 2000s. Data centers were constructed to house physical servers. Enterprises locked into licensing agreements for software that was never designed to scale the way modern workloads demand. Entire IT departments were organized around maintaining these systems rather than reimagining them.
Transitioning away from that infrastructure is expensive, politically difficult inside large organizations, and slow. The organizations that once led the charge in the sustainable computing revolution are now the ones most burdened by it.
Emerging markets, having largely skipped that phase, never accumulated the same debt. Mobile-first adoption in countries like Brazil demonstrated this dynamic clearly: whole populations leapt straight to smartphones, bypassing the costly fixed-line phase entirely. The legacy never formed. The transition cost never materialized.
“Leapfrogging happens when the old path is too expensive to walk, so people find a completely different route”, Jacobovicz says. “Necessity does something that strategy rarely manages on its own. It forces genuine creativity. The markets that couldn’t afford to do it the established way had to figure out another way entirely. That’s not a workaround. In a lot of cases, it turned out to be the better answer.”
Virtualization Is the Shortcut Nobody Expected
The most interesting route that emerging markets are finding runs through virtualization.
Cloud virtualization technology makes it possible to dramatically extend the useful life of existing hardware by shifting the computing load to remote infrastructure. A device that would otherwise be considered obsolete can perform at near-modern speeds. The implications for markets where hardware replacement costs are prohibitive are profound, especially in the context of the sustainable computing revolution.
Arlequim Technologies was built around exactly this premise. The model boosts the performance of existing equipment, making it compatible with state-of-the-art standards, without requiring anyone to buy new devices. The social case and the commercial case are the same case.
“We’re not in the business of selling hardware,” Haroldo Jacobovicz says. “We’re in the business of removing the reasons why people can’t access what they need. And when you frame it that way, the problem looks very different. It’s not really a technology problem, it’s a barriers problem. The technology to solve it already exists. What we’re doing is making sure it reaches the people who need it most, not just the people who can already afford the newest thing on the market.”
Access to virtualization tools means a student in a low-income area of Brazil can tap into the same quality of computing resources as a professional in a well-resourced urban office. The affordability barrier falls. So does the participation gap.
Pricing Out the Problem
Hardware cost has always been the wall between people and digital inclusion.
In developed markets, the assumption is that users will simply upgrade. Devices get replaced on short cycles, and the ecosystem—software, support, and security—is designed around that expectation. For much of the world, that model is a non-starter. Purchasing new equipment every few years is not a realistic option for millions of individuals, small businesses, or public institutions operating on tight budgets, making the sustainable computing revolution increasingly necessary.
Analysis of 230 laptops found that the average carbon footprint during production alone is 331kg CO2 equivalent, with manufacturing accounting for 75–85% of a device’s entire lifetime emissions. Three new laptops produce roughly a ton of CO2 before a single file has been opened.
The drive in developed markets to replace devices on short upgrade cycles compounds this cost across billions of units annually. Virtualization sidesteps the problem entirely, extending device lifespans structurally reduces the volume of hardware that needs to be produced in the first place.
“The goal has always been to give the largest number of people access to the best of what digital life can offer, at a cost that actually makes sense for them,” Haroldo Jacobovicz says. “That sounds simple, but it cuts against a lot of assumptions the industry has built itself around. There’s an enormous market out there that nobody designed for. Technology should work for everyone, not just those who can afford to keep replacing what they have.”
Emerging markets, priced out of the conventional upgrade model, are now positioned to adopt virtualization at a scale that developed nations, comfortable with their existing habits, have little immediate pressure to match in the sustainable computing revolution.
The Grain Goes Both Ways
The convergence of accessibility and scale is the story that often gets missed.
Technology transitions in developed markets tend to be driven by feature upgrades, positioning, and marketing cycles. Adoption happens incrementally, within systems that are already functioning well enough. There is rarely urgency. There is rarely a forcing function.
In emerging markets, urgency is the default condition. Infrastructure scarcity, cost sensitivity, and the scale of unmet demand all point in the same direction. Companies that solve the accessibility problem automatically build at a scale that developed market players are only beginning to consider.
That dynamic is what Haroldo Jacobovicz argues positions countries like Brazil not simply to catch up, but to move ahead. When the correct approach is also the necessary one, adoption accelerates. The technology spreads because it makes immediate, tangible sense to the people using it, not because a marketing campaign or a product refresh demanded it.
Find a Home-Based Business to Start-Up >>> Hundreds of Business Listings.
