Italy Piracy Shield sports piracy crackdown: blocking errors

Italy's Piracy Shield sports piracy crackdown has scaled into a website-blocking system that reaches tens of thousands of destinations, and the most detailed technical measurement of it, published last fall by Piracy Monitor, found the platform blocking 10,918 IPv4 addresses and 18,849 domains as of mid-2025 (Piracy Monitor). The same research counted more than 500 confirmed websites unrelated to streaming caught in those blocks, a number that grew into the thousands as the system kept running (Piracy Monitor). For anyone running an app, a site, or a cloud service reachable from Italy, that's the part worth sitting with: Piracy Shield doesn't only block pirate streams.

Italy's rapidly expanding website-blocking system has produced documented collateral outages, two of which are now public record: a Google Drive and YouTube back-end outage and a separate Cloudflare-linked disruption, both detailed below. There's also a possible evasion path, where a share of blocked domains started resolving to a different type of internet address researchers say may let some operators dodge the block, though the data can't say how many did so on purpose. What nothing in the available reporting establishes is whether any of this has actually reduced live sports piracy. AGCOM has published its own block counts, and they're worth including before drawing that conclusion, but a count of blocks isn't the same as a measured drop in piracy.

Italy's 2023 sports streaming piracy law requires internet providers to block any IP address or domain reported as infringing football broadcasts within 30 minutes of notification, a deadline regulators extended to VPN and DNS providers in 2024 and to live movies and TV series in 2025 (Piracy Monitor). France runs a comparable system: its regulator ARCOM blocked 3,797 domains in 2024, a 146% jump from the year before (Piracy Monitor). RIPE NCC's report is the clearest independent technical measurement available for either country, which is what makes Italy's system worth examining in detail instead of taking either side's word for how well it works.

Why Italy built its 30-minute sports piracy blocking law

Italy's crackdown didn't start from nothing. In late 2024, Italian authorities dismantled an illegal IPTV network with more than 22 million subscribers and upwards of €3 billion in annual revenue (ITIF). The problem isn't unique to Italy, either. Across Europe and the UK, more than 17 million people pay roughly €5 a month for pirate IPTV services, generating over €1 billion in illicit revenue every year (ITIF).

France's ARCOM estimated that sports-sector piracy cost rights holders €290 million in 2023, equal to roughly 15% of legal sports-platform and broadcaster revenue that year. That figure is ARCOM's own estimate for France, not a direct measurement of Italy's losses (Piracy Monitor).

There's a safety angle too, relevant to anyone tempted by one of those cheap pirate IPTV subscriptions. ITIF cites data showing pirate-site users are three times more likely to report malware, and that subscribers who pay by credit card are four times more prone to malware attacks (ITIF).

These figures come from different kinds of sources: a government regulator in ARCOM's case, and a policy research group in ITIF's, each measuring piracy by its own method, so the specific numbers shouldn't be read as cross-verified against each other. Taken together, though, they describe a real, commercial-scale problem. What deserves scrutiny is whether the remedy Italy built treats everyone caught in its path fairly.

How Italy's sports piracy blocking law actually works

Piracy Shield is an automated incident-reporting and ticketing system. It was originally built for Lega Serie A, Italy's top football league, which later donated the platform to AGCOM (Piracy Monitor). When a rights holder files a report, internet providers get 30 minutes to block the listed IP address or fully qualified domain name (FQDN), with little opportunity to independently verify the report before acting (Piracy Monitor).

That speed is exactly what makes shared infrastructure risky. The Google and Cloudflare incidents detailed below both trace back to the same root cause: a block aimed at one piracy-linked address landed on infrastructure other services also depended on.

The law has also expanded since it first passed. An amendment in 2024 lets AGCOM block any IP address or domain used "predominantly," not exclusively, for piracy, without defining what counts as predominant (Piracy Monitor). The same 30-minute deadline now covers VPN and DNS providers, added in 2024, and live movies and TV series, added in 2025. Each expansion widened the range of services and content covered by the same rapid-blocking model.

The Piracy Shield Google Drive and YouTube block

The clearest example of what can go wrong happened in October 2024. A rights holder filed a blocking request against a subdomain of Google's content delivery network, the same infrastructure that supports Google Drive and YouTube's back-end services. AGCOM's system blocked it, and both services went down across Italy for several hours (Piracy Monitor).

The block was lifted several hours later, but because of DNS caching, its effects carried into the next day anyway (Piracy Monitor). That lag matters practically: an outage tied to a block doesn't necessarily clear the moment AGCOM reverses it.

That incident wasn't isolated. Seven months earlier, in March 2024, Piracy Shield blocked Cloudflare IP addresses, disrupting an unrelated telecom company and a volunteer organization that had nothing to do with piracy (Piracy Monitor). Because AGCOM doesn't publicly disclose which IP addresses and domains Piracy Shield has blocked, confirming how often this happens depends on outside researchers reconstructing it after the fact (Piracy Monitor).

Even inside AGCOM, the criticism has been pointed. In late 2024, commissioner Elisa Giomi said publicly that platform errors stem from "the functioning of the platform itself," not from bad reports filed by rights holders, and warned that AGCOM risks "unintentionally limiting freedom of expression" (Piracy Monitor). Early last year, the Computer & Communications Industry Association raised similar concerns in a letter to European Commission officials, arguing the platform has "no mechanism for recourse" and flagging a potential conflict of interest because the system was built by a company affiliated with Lega Serie A, one of the few entities authorized to file blocking reports (Piracy Monitor). The available reporting records those objections but doesn't establish how, or whether, they were resolved.

The report also said at least one ISP left the Italian market because it couldn't afford to meet AGCOM's technical requirements for participating in the system (Piracy Monitor).

Does the evidence show Italy's sports piracy crackdown is working?

Four separate questions tend to get blurred together when people argue about whether blocking "works." Does a block stop access to the listed destination? Do blocked viewers shift to another pirate source instead? Do they shift to legal services? And is the collateral damage, the Google and Cloudflare incidents included, an acceptable cost of chasing speed? The evidence for each is uneven, and some of it cuts in AGCOM's favor.

Does blocking stop access to the listed site?

AGCOM's own figures are the closest thing to direct evidence of reach. Covering just three months of operation between February and May 2024, the regulator's annual report said Piracy Shield responded to more than 1,000 takedown requests for live sports programming and disabled 18,879 FQDNs and 4,006 IP addresses tied to illegal live-sports broadcasts (Piracy Monitor). That's a real number of disabled destinations, but it measures activity, not outcome: it doesn't say whether those sources stayed down, came back under a new address, or whether viewers found them anyway.

General blocking research backs up the idea that blocks can work at scale, just not for Italy's live-sports system specifically. MUSO's analysis of more than 3,000 domains blocked under World Intellectual Property Organization orders between late 2014 and early 2023 found that over 57% saw little or no traffic afterward, and a separate 2024 study by Reis et al. found that DNS-based blocking cut BitTorrent download traffic by at least 16% (ITIF). Both studies evaluate blocking broadly, not Piracy Shield, and neither looks at live sports, which may behave differently since the value of a stream is concentrated around a single event rather than spread out like a downloadable file.

Do viewers move to another pirate source?

This is where the Piracy Shield-specific evidence leans toward a workaround, not suppression. RIPE NCC researchers found the platform filters only IPv4 addresses and FQDNs, with no sign it filters IPv6 traffic despite IPv6 support being available (Piracy Monitor). They also found that 1,568 blocked domains, 23.6% of the total, started resolving to IPv6 addresses after being blocked, a pattern the researchers said suggests a possibility that some operators are using it to evade the block, though it doesn't prove that outcome for every domain in that group (Piracy Monitor).

Do they switch to legal services?

Whether viewers are actually moving to paid subscriptions is thin and contested. A CDN executive in Italy pointed to roughly flat year-over-year traffic to DAZN's site as evidence that Piracy Shield had "little effect" one way or the other, though the same source notes a €4 price increase during that comparison period (Piracy Monitor). France offers a similar caution. ARCOM reports illicit consumption fell from 26% to 24% since 2020 and credits part of that decline, in its own assessment, to the growth of legal streaming options, while separately acknowledging that rising VPN use makes a share of ongoing infringement impossible to observe or count (Piracy Monitor). Even where blocking volume is high, the trend underneath it stays uncertain.

What is the cost of false positives?

This is the question Italy's own evidence answers most directly, and not in the crackdown's favor. A June 2025 measurement, published in a report last fall, confirmed more than 500 unrelated websites caught at minimum, a number that grew into the thousands over time, on top of the separately documented Google and Cloudflare incidents (Piracy Monitor). Because AGCOM doesn't publish its blocklist, there's no public denominator, no total count of blocks, to weigh against that documented false-positive evidence. Calling it an "error rate" would overstate what's measurable here.

Lay these four questions side by side and a pattern emerges, rather than a verdict. AGCOM can point to real numbers for volume: thousands of FQDNs and IP addresses disabled in just a few months. What's missing is anything connecting that volume to less live-sports piracy specifically, while the collateral blocking and the IPv6 resolution pattern are both documented and traceable to named incidents. The gap is between a system that clearly does something and a system that's been shown to do what it was built for.

What to do if a service goes dark during a match

None of this is a reason to go looking for a workaround. If a cloud service, app, or site used in Italy becomes unreachable during a live sporting event, check that provider's own status page and the internet provider's public notices first, rather than assuming a device problem or resetting a router. If access returns for other people before it does for you, treat that as consistent with DNS caching rather than confirmed proof of it, and give it time once those other sources show the outage is resolving.

Three safeguards the available reporting doesn't document clearly would change how defensible this model is: a transparent blocklist from AGCOM, a documented process for correcting mistaken blocks, and an independent study measuring Piracy Shield's actual effect on live-sports piracy rather than one company's traffic comparison. Until those exist, the practical move is the same one that applies to any dynamic blocking system, in Italy or anywhere else it gets copied: check the provider's status page and the ISP's notices first, and don't assume a block, or a device problem, without something to confirm it.