The paradox of Italian hosting companies and their expertise

The Italian hosting sector is populated by large and medium-sized companies that have been a point of reference for professionals, businesses, and individuals for years. Yet, a closer look at the technology stack of many of these companies reveals surprising gaps: servers that don't support HTTP/3 (QUIC), no trace of Zstandard compression (ZSTD), the absence of HTTP/2 or Brotli on supposedly cutting-edge services, and a complete lack of modern features like Early Hints. These choices translate into more round-trips , higher perceived latency , and wasted bandwidth , especially on mobile and congested networks. Product KPIs are also affected: higher TTFB times, worsened LCP , less responsive interactions, with a direct impact on conversions and SEO. Often, the problem isn't strictly technical, but organizational: users remain stuck with default dashboards or "safe" configurations for compatibility with outdated CMSs and plugins, postponing the adoption of innovations that would require testing, graduality, and observability.

In a world where Google, Cloudflare, and other international giants are constantly updating their platforms to reduce latency and improve performance, many Italian hosting companies still have infrastructures that are stuck in the past ten years. The paradox is clear: despite their significant size and large customer base, these companies are unable to keep pace with industry evolution. Why? Because innovation requires clear roadmaps , change management , and the ability to measure the benefits of every millisecond saved, while local competition often rewards aggressive price tags and promotions rather than protocol investments. The fear of "breaking something" on legacy environments and the lack of staging environments or canary rollouts push them to procrastinate: HTTP/3 remains in the backlog, Brotli and ZSTD are perceived as "nice to haves," and Early Hints are considered a mere detail. Thus, a defensive posture is consolidated that protects current operations but erodes tomorrow's competitive advantage.

The causes are rooted in the history of hosting in Italy, the entrepreneurial culture that shaped these companies, and a labor market that makes it extremely difficult to retain the most qualified IT talent. Organizations born and raised with finance-driven approaches struggle to accommodate internal technical sponsors , training budgets are often minimal, and turnover reduces continuity in infrastructure choices. The strongest profiles prefer freelance work or international organizations, leaving skills gaps in the very areas that enable qualitative leaps (HTTP/3, Brotli, ZSTD, Early Hints). Without governance that considers these essential ingredients rather than optional extras, adoption remains sporadic and late: a structural limitation that explains why so many companies, despite being commercially solid, are technically underequipped by global standards.

The origins: entrepreneurs before technicians

To understand the current situation, we need to go back in time, between 1995 and 2000. In those pioneering years, the internet in Italy was taking its first steps: dial-up connections, the first business contracts, the emergence of city POPs and exchange points that established Milan as a central hub. In this context, Via Caldera became the symbol of the nascent digital ecosystem, a place where telcos, system integrators, and new providers entered the market with structures and models that were yet to be defined.

Starting a hosting company or provider in that era meant tackling significant investments : data centers, redundant power supplies, air conditioning, expensive racks and servers, high-cost transit connectivity, and still-rare fiber. It wasn't a world for lone geeks or young engineers with a laptop: it required capital, carrier relationships, supply contracts, the ability to negotiate peering and guaranteed minimum bandwidth. In short, it was a naturally favorable environment for entrepreneurs and managers rather than pure technicians.

Many of the companies born in those years survived and evolved, scaling to become businesses with hundreds of employees and thousands of customers . But the DNA remains the same: organizations founded and led by managers and administrators , not by technologists passionate about experimentation. This imprint has impacted processes and priorities: centralized procurement, caution in introducing innovations that pose operational risks, heavy dependence on vendors and their release cycles, and a focus on financial statements rather than technical roadmaps.

As a result, organizational practices have been shaped by finance-driven logic : three-year purchasing plans, rigorous standardization to reduce operating costs, and limited tolerance for error and experimentation in production. In the absence of strong technical leadership, infrastructural innovation has often become an "on-demand" activity, activated only when commercial urgency dictated it, rather than as a distinctive competency cultivated on an ongoing basis.

This approach worked while the market was young and the requirements relatively simple. But it also cemented a corporate culture in which technology was seen as a tool to be managed with caution, rather than a competitive advantage to be leveraged. This is where many conservative choices lie, which, years later, explain why many providers born in that era struggle to quickly align with the most modern technical standards.

The rapid evolution of the web and the cultural delay

Since the mid-2000s, the web has undergone a rapid evolution. Sites that in the 90s attracted just a few thousand monthly visits have transformed into platforms with millions of daily visits , often from mobile devices and with unpredictable peaks. The bar has been raised on everything: response times, availability, security, business continuity, and the ability to handle elastic loads.

Scalability , resilience , and performance have become key issues. New compression algorithms, protocols designed to reduce end-to-end latency, aggressive edge caching, TLS offloading techniques , and advanced load balancing have emerged , as well as observability practices (metrics, tracing, structured logs) essential for understanding where milliseconds are being wasted. In this scenario, many companies founded by "administrative" entrepreneurs have begun to struggle to keep up , because adopting these innovations requires a chain of coherent technical decisions, ongoing investment, and a willingness to experiment in a controlled manner.

The reason is simple: those who made (and continue to make) the decisions don't always have the curiosity or the toolkit to evaluate the costs/benefits of innovations like HTTP/2 (standardized in 2015) or Brotli (introduced by Google in 2013 and later adopted at the browser/CDN level). Without strong technical leadership, the implementation of these technologies is delayed for years , often only after external pressure (enterprise customers, SEO, performance issues) and almost never as part of a proactive roadmap.

Complicating the situation are internal processes that are poorly suited to change: long procurement cycles , dependence on dashboard defaults and vendor releases, and a lack of realistic staging environments and gradual rollouts (canaries, feature flags). With this setup, every protocol or stack upgrade is seen as an operational risk to be avoided, especially with legacy applications and out-of-date CMSs. The result is a defensive posture: it's better not to touch anything, even if that means sticking to HTTP/1.1, gzip , and conservative caching policies, giving up those milliseconds that today make all the difference in UX, SEO, and conversions.

The role of IT employees and the limits of the Italian model

In the absence of technical founders, innovation falls on the shoulders of sysadmins and dedicated devops , often with mandates unbalanced by operational concerns: putting out fires, maintaining on-call support, closing tickets. There's little room for architectural design, performance roadmaps, or controlled experimentation. Without technical sponsorship, any "fundamental" change (new protocols, compression, TLS, edge) becomes extraordinary and therefore rare.

IT professionals are still framed by collective bargaining agreements like metalworkers: rigid frameworks, little distinction between skills, and promotions tied more to seniority than technical impact. An engineering ladder (junior → senior → staff → principal) with consistent responsibilities and compensation is almost universally lacking. The result is a downward leveling : those who study, certify, automate, and scale company metrics earn little more than those who limit themselves to the contractual minimum.

The comparison with the metalworker highlights the anachronism: the former requires expensive machinery and therefore the employer who owns it; the IT specialist since 2005, with a laptop and internet connection , can generate value directly for customers. If the company lacks structured training budgets , time dedicated to continuous improvement, remote/hybrid policies , and paid and sustainable availability, the best choose to become freelancers or work abroad.

The consequences are well known: high turnover , islands of excellence surrounded by routine, config drift between environments, postponed technical decisions, dependence on vendors and dashboard defaults. Know-how becomes personal, not corporate: one exit is enough to lose months of learning. At that point, the question is inevitable: why would a capable technician accept €1.500–2.500 a month in an SME, with constraints and often underestimated on-call work, when as a freelancer they can charge €500–1.000 a day , working by objectives, remotely, and with greater autonomy?

The consequence: a lack of truly competent figures

This imbalance has an inevitable consequence: Italian hosting companies often retain less motivated and less up-to-date staff . Not because there's a lack of intelligent or passionate people, but because truly talented people prefer alternative paths where they can grow, choose tools, and measure the impact of their work. Internally, however, we find teams that oversee basic operations but rarely lead qualitative leaps.

The results are visible in the field: half-implemented stacks , contradictory configurations between environments, innovations ignored or introduced haphazardly. Different versions of the same services coexist in production, inconsistent security policies, and incomplete deployment automation. And when a culture of observability (metrics, structured logs, tracing) and clear SLOs are lacking , problems become intermittent and difficult to diagnose: we chase symptoms, not causes.

It is not uncommon for two very distinct souls to coexist within the same company:

• on one hand the competent “nerd” , who proposes and implements modern solutions, writes runbooks, automates and measures;

• on the other hand, figures who are light years away from the IT world, incapable of managing even basic problems, who fall back on manual “workarounds” and postpone upgrades.

This schizophrenia generates recurring signs:

• Feature intermittently : HTTP/2 active on one cluster and disabled on another; Brotli only on “new” static assets; HTTP/3 deferred “until next quarter.”

• Misaligned configurations : Different cipher suites, HSTS present on some vhosts and absent on others, opposing cache policies between similar sites.

• Fragile operations : infrequent patching, slipping maintenance windows, high MTTR for repetitive incidents.

• Hero culture : everything depends on one or two "key" people; in their absence, times are extended and quality declines.

For the end customer, this translates into fluctuating service : one month everything is fine, the next, gross inefficiencies emerge—latency spikes, decreasing time-to-first-byte, backend saturation during marketing campaigns, caching anomalies that invalidate crucial pages. The perception is of a provider that doesn't truly control its stack, but is simply subjected to it . And when the user experience falters, hidden costs follow: increased tickets, loss of trust, declines in conversions and SEO. Without stable and widespread expertise, any improvement remains episodic; without technical continuity , quality doesn't scale.

Missed Technologies: HTTP/2, Brotli, QUIC, Early Hints

To make the analysis more concrete, it is worth mentioning some of the “missed” technologies and the consequences of not adopting them.

• HTTP/2 — Standard since 2015: it introduces multiplexing (multiple requests on the same connection), HPACK to compress headers, and more efficient priority management. This means fewer roundtrips, pages that start rendering sooner, and less congested TCP queues. Where does it get stuck? Often, ALPN is n't configured, load balancers still terminate HTTP/1.1 , or cipher suites block h2 over TLS. It's the "minimum requirement" for 2025.

• Brotli — A compression algorithm for text assets (HTML/CSS/JS/JSON) that's more efficient than gzip: typically 15–25% fewer bytes than gzip for the same quality. It can be used in two ways: pre-compression of static assets (.br at build time) and dynamic compression for generated responses. This is often avoided due to concerns about CPU load, but intermediate profiles (levels 4–6) and caching can help with this without penalizing the user. Not enabling it means larger pages and longer download times, especially on mobile devices.

• HTTP/3 (QUIC) — Protocol over UDP with faster handshake , connection migration (switching networks without losing the session), and no head-of-line blocking at the transport layer. It has a particularly strong impact on unstable networks: it reduces perceived first-hop latency and improves resilience on 4G/5G and crowded Wi-Fi networks. Requires edge/balancer support and well-configured Alt-Svc announcements . Without h3, you'll lose precious milliseconds right where it counts: mobile and remote geographies.

• Zstandard (ZSTD) — Modern algorithm with excellent compromise compression to CPU ratio. Even when not used as Content-Encoding browser side (non-uniform support), remains strategic for backhaul origin↔CDN, microservices, logs and backups (DB dumps, snapshots, artifacts). Adopting it reduces bandwidth and storage, speeds up internal pipelines and data replication; ignoring it means increased costs and time for everything that isn't "web-facing."

• Early Hints (103) — The server/edge sends a pre-emptive 103 Early Hints with Link: rel=preload for critical assets (above-the-fold CSS, fonts, essential JS) while the app prepares the 200 response. The browser immediately starts fetching and LCP often goes down 50-200msIt's important to coordinate your application, CDN/edge, and correct headers; not doing so leaves clients stuck in the pits during TTFB.

These shortcomings aren't just details: they're lost competitive advantages in speed, UX, and SEO . In practice, they mean more bytes transferred, more handshakes, a layout that stabilizes later, fewer conversions, and poorer engagement—with hidden support and infrastructure costs that rise over time.

Turnover, demotivation and fluctuating quality

The problem is exacerbated by high turnover . Companies that don't financially (and professionally) recognize their best technicians cyclically lose key resources: a competent sysadmin stays for 6–12 months , then moves on to larger companies or a consultancy. Thus, knowledge remains personal, not corporate : when that person leaves, the context, scripts, operational "tricks," and tuning criteria also go away.

Without a stable foundation, hosting doesn't develop a lasting technical culture . It's all about the present: someone introduces an advanced solution, and those who arrive later don't understand it, disable it "out of caution," or let it degrade. The lack of updated runbooks , minimal documentation , and shared SLOs leads to entropy: divergent environments, patchy patchwork, and improvised incident response procedures.

Typical signs of this drift:

• Continuous config drift between clusters and data centers; inconsistent versions and policies.

• Hero culture : Two people know everything; if they're missing, things explode.

• DORA metrics worsening: long lead times, high change failure rate, growing MTTR .

• Recurring incidents (“Groundhog Day”): same bugs, same workarounds, no effective postmortem.

• Organizational debt : ticket backlog, feature release freezes, updates postponed “until later.”

For the customer, this instability translates into fluctuating quality : brilliant performance one month, inexplicable crashes the next; caching behavior changes, latency fluctuations, rollouts stalled during peak periods. The perception is of a provider that endures the infrastructure rather than governs it, with a hidden cost of wasted time, eroded trust, and missed opportunities. Without continuity and widespread ownership , quality doesn't scale, and any progress remains episodic.

The gap with companies founded by technicians

Not all businesses are like this, however. There's a substantial difference between hosting companies founded and managed by technicians and those run by administrative entrepreneurs . The former treat infrastructure as a competitive advantage ; the latter as a cost center to be contained.

In technically-led environments:

• it is studied and experimented regularly (internal radar tech, RFC, canary tests and feature flags);

• technologies are introduced when they are stable and measurable (latency SLO, error budget, RUM and synthetic tests);

• there are runbooks , blameless postmortems, and shared standards on TLS, caching, CDN, CI/CD;

• procurement is lean and geared towards reducing latency and increasing reliability, not just CAPEX;

• People growth is part of the plan: mentorship, training, certifications , technical career ladder.

In “administrative” companies:

• the roadmap is sales/finance-driven , with long purchasing cycles and dependence on vendor defaults;

• uptime is measured , slowness is rarely measured (no performance budget, little observability);

• Upgrades are extraordinary and feared, therefore postponed ; innovation is reactive, not proactive;

• documentation is poor, standards are inconsistent across environments, quality depends on individual “heroes”;

• training and research are seen as a cost, not as a margin lever.

This cultural difference determines everything: customer satisfaction (fewer tickets, better resolutions), response time to problems (lower MTTR, incidents that do not recur), and above all the ability to innovate : those led by a strong technical axis bring HTTP/3, Brotli, Early Hints, ZSTD and everything else needed to remain competitive into production sooner—and with less risk.

The customer and the conscious choice

Given all this, what should a customer looking for a reliable hosting company in Italy do? Start with the people. Consider who you're dealing with, not just what's on the price list.

• Talk to a technician, not just the sales person. Request a call with someone who works on the stack: if they can clearly explain why HTTP/3, Brotli, ZSTD, or Early Hints improve LCP/TTFB, you're on the right track. If you get generic or scripted responses, expect standardized and outdated service.

• Ask testable questions.

  1. “Do you support HTTP/2 and HTTP/3 end-to-end, even behind load balancers/CDNs? Do you have ALPN and TLS 1.3 everywhere?”

  2. "Do you use Brotli dynamically and pre-compress assets? Do you have a strategy for ZSTD for backhaul, backups, and artifacts?"

  3. “Implemented Early Hints (103) with Link: rel=preload on critical assets?”

  4. “What latency SLOs do you measure (p95 TTFB/LCP)? Do you publish status pages and postmortems?”

  5. “How do you release: canary/blue-green , one-click rollback, realistic staging?”

• Ask for proof, not promises. A test environment or pilot migration of a real site, with before-and-after measurements (RUM or synthetic), is worth more than any brochure. Look at the numbers: p95 TTFB, LCP, INP, build time, and cache purge time.

• Evaluate the culture, not just the technology. Green signals: updated runbooks and documentation, transparent changelog, incidents managed with blameless postmortems , public technical roadmap. Red signals: "If it works, don't touch it," rare and extraordinary upgrades, dependence on dashboard defaults, a "hero" who knows everything and the rest of the team navigating by sight.

• Look at the alignment of incentives and quality. Are there SLAs with penalties for performance (not just uptime)? Are there capacity plans for peaks (sales, campaigns, TV)? Is there a technical manager with ownership measured by real-world experience metrics?

The difference lies not in price lists or glossy brochures, but in the technical passion and operational discipline of those who drive the company forward. If you find an enthusiastic, knowledgeable technician on the phone, capable of explaining choices and trade-offs, it's very likely that there's a sophisticated infrastructure behind it. If you get answered by yet another unmotivated employee spouting clichés, prepare yourself for a service that's inertia-driven.

Conclusion

The paradox is clear: many Italian hosting companies are commercially solid but technically backward . The roots are historical and cultural: entrepreneurs before technicians, contracts that don't value skills, a market that pushes the best into freelance work or abroad. The result is conservative stacks, late upgrades, and performance that doesn't hold up to international comparisons.

The good news is that there are different companies, led by engineers with vision and discipline: they adopt HTTP/3, Brotli, ZSTD, and Early Hints early; they measure TTFB, LCP, and INP; they invest in CI/CD, observability, and clear SLOs. Here, infrastructure choices aren't optional, but a competitive foundation.

The real difference isn't the company's size, but the technical culture that guides it. For the customer, this translates into a simple rule: choose someone who can explain and demonstrate , with numbers and evidence, the reasons for their decisions. Always choose a hosting provider where there's an enthusiastic technician behind the phone, not an employee waiting for retirement.