2026–2027 Outlook: IT Infrastructure for SMBs in Latin America and Southern Europe

None of these five forces is new on its own — satellite connectivity has existed for years, AI has been on everyone's lips for a while, NIS2 already has its own guide on this site. What changed is that all five are now acting on the same SMB at the same time, and none of them can be solved by buying a single product. It's a shift in how infrastructure gets designed, not in which box gets purchased.

• Satellite connectivity that stopped being an emergency patch and became primary infrastructure at remote sites.
• Operational AI and agents that are starting to make decisions about the network, not just generate reports.
• Regulatory pressure — NIS2, data protection — that is no longer just a European headquarters topic.
• Distributed work that stopped being a pandemic exception and became permanent architecture.
• Energy cost that started to weigh on design decisions that used to be purely technical.

For years, satellite connectivity was plan B: the backup link that kicked in when fiber or 4G failed, with high latency and a cost that only made sense at truly isolated sites. That changed. Low-earth-orbit satellite constellations brought latency down to levels that support video calls and real-time applications, and the installation crew went from a civil-engineering project to an antenna mounted in a day.

What we're seeing on the ground is that satellite connectivity stopped being the backup's backup and became the primary link at sites that previously had no alternative at all — oil wells, ranches, vessels, rural health centers. And at sites that do have fiber or other land-based options, more and more operations use it as an active second link in an automatic failover scheme, not as an antenna sitting in a warehouse for the day the fiber goes down.

For a long time, 'AI in infrastructure' meant a dashboard with nicer charts. What we're starting to see in the field is different: agents that don't just alert on a network anomaly, but execute the first line of response — restarting a service, isolating a compromised device, escalating automatically once a pattern crosses a known threshold. The difference between monitoring and operating.

This isn't lab-only science fiction: it's the same automation logic we already use for backups, connectivity failover and proactive alerting, extended to finer-grained decisions. The SMB that designs its infrastructure today thinking only 'a human will see it on a dashboard' is building on an architecture that will soon fall short of one designed from the start for an agent to operate on it safely — with human oversight in the right place: approving, not manually executing every step.

We already wrote a full guide on NIS2 because the topic deserves it, so we won't repeat the technical detail here. What's worth saying in this report is how the conversation changed on the ground: two years ago, NIS2 was something European companies with an EU headquarters asked about. Today it's Latin American SMBs asking, because they sell to a European client, or sit in a supply chain that is in scope.

The pattern that keeps repeating is always the same: it isn't the law pushing the change, it's the client. A security questionnaire that arrives alongside a contract, a new clause that wasn't there before, a vendor audit that didn't used to exist. Data protection — beyond NIS2 specifically — follows the same logic: more and more contracts, in more and more countries, demand evidence of risk management that used to be optional.

Remote work stopped being the exception of 2020 and became, in most of the operations we see, a structural condition: technical staff operating a remote site without being physically there, admin teams split between office and home, vendors who need one-time access to a system without keeping a permanent key.

What changes with this isn't just 'allow VPN' — it's redesigning access control from scratch: who gets in, to what, for how long, with what level of authentication. Operations that keep treating remote access as a one-off exception — a VPN that gets turned on 'for whoever needs it' — are the ones that end up with an attack surface nobody audits, because nobody designed it on purpose.

• Access segmented by role, not a flat VPN that opens the entire internal network.
• MFA as the baseline, not an option reserved for 'critical systems.'
• Vendor access with automatic expiration, not permanent for convenience's sake.

Until recently, energy cost was a line item in the operations budget, not a technical design variable. That changed in the operations we see across Argentina, Chile and Italy: the power draw of racks, UPS units, cooling systems and network gear started entering the conversation from the first project sketch, not as a later adjustment.

This shows up especially at remote sites that depend on their own generation — solar, diesel generator, or a mix — where every watt a switch or access point draws carries a generation-infrastructure cost attached, not just a utility-bill cost. Choosing equipment for energy efficiency, not just technical spec, became part of the selection criteria, not a secondary detail.

At sites connected to the public grid, the driver is different but the conclusion is the same: design to consolidate equipment, cut unnecessary redundancy, and size UPS and cooling with operating cost in mind, not just technical capacity.

In Argentina, where the DITAP team has most of its operating history, the most consistent pattern we see is in oil & gas: operations in areas where land-based connectivity is expensive, slow to deploy, or simply doesn't exist, and where satellite connectivity went from exception to starting point of the network design, not the contingency plan.

In hospitality, the change shows up in guest expectations: a few years ago, slow WiFi got a verbal complaint at the front desk. Today it gets a public review, and the review weighs on the next booking. That pushed hotels that used to treat the network as a maintenance expense to start treating it as part of the product experience — with the same seriousness as room cleaning or breakfast quality.

In Chile, geography rules: operations in areas with difficult access, long distances between sites, and weather conditions that don't forgive a poorly done install. That's where the satellite-connectivity maturity we mentioned earlier shows up the most — not as a technology curiosity, but as the difference between an operating site and an isolated one.

In healthcare, the pattern we see is operational continuity taken to the extreme: a rural health center can't afford hours of connectivity downtime, because a patient record, a teleconsultation, or an emergency communication depends on it. Infrastructure there isn't an IT topic — it's a continuity-of-care topic, and that's how we treat it when we design it.

In Italy, where DITAP has a direct presence, the dominant driver is regulatory: NIS2 isn't a hypothesis, it's a conversation already happening at the tables where we sit. The difference versus Latin America isn't the technology itself — it's how fast an Italian SMB needs to be able to show risk-management evidence when a client or business partner asks for it.

That pushes decisions other contexts still postpone: documenting processes that used to be tacit, formalizing network segmentation that 'worked but wasn't written down anywhere,' and treating managed security not as an extra cost but as the entry requirement to keep selling to certain clients.

• Security process documentation as a commercial requirement, not just a technical one.
• Vendor audits that didn't used to exist and are now routine.
• Infrastructure decisions made with the supply chain in mind, not just the operation itself.

If your operation is a single site — an office, a hotel, a plant — the priority for the next 12 months isn't scaling infrastructure you don't need yet. It's closing the basic gaps that today create the highest risk for the least effort: redundant connectivity, backup that's verified — not just configured — and managed security that doesn't depend on one person remembering to apply a patch.

The most common mistake we see at single-site operations is investing in advanced features before solving the basics: a managed firewall and a 3-2-1 backup scheme do more for your real resilience than any operational-AI tool you don't yet have the foundation to use.

If you operate several branches, hotels or sites, the problem usually isn't a lack of infrastructure — it's a lack of standard. Every new site inherits the technical decisions of whoever opened it, and the typical result is an operation with uneven quality and fragmented visibility: nobody at headquarters can confidently answer 'what firewall do we have at branch three' without calling someone.

The priority for the next 12 months is standardization with centralized monitoring: the same technical criteria at every site, visible from a single pane of glass, with redundant connectivity at each location so no site depends on a single link.

If your operation is opening new sites at a fast pace, the risk isn't technical in the classic sense — it's accumulated technical debt. Every rushed opening without a prior standard is a decision someone will have to undo in two years, at the cost of doing it on an operation that's already in production.

The priority here is investing in a repeatable site-opening playbook — network, security, connectivity and monitoring defined before the first new site of the year opens — and in a cloud architecture that scales with the operation without forcing a redesign every time a site gets added.

Everything described in this report — mature satellite connectivity, regulatory pressure, distributed work, energy cost — converges on one point: the infrastructure designed today has to be operable, in part, by AI agents tomorrow. Not as a marketing promise, but as an architectural requirement: documented, segmented networks with clear APIs, instead of tribal configurations only the person who built them understands.

At DITAP we design AI-native infrastructure from the first diagram: that means monitoring with structured data an agent can read, automation with explicit limits and permissions, and documentation that doesn't live only inside a technician's head. It's the same discipline we apply to NIS2 or to a 3-2-1 backup — never sell what we don't do, and build what we do so it lasts more than one hardware cycle.

If you recognized your operation in any of the five forces in this report, the natural next step is a 45-minute technical conversation where we review your current infrastructure against this same framework — no generic diagnosis, just concrete findings for your operation.