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VPN adoption rates by country: trends and statistics

VPN adoption rates featured image
Deimantė Karaciejūtė
Oct 21, 2025 Updated: 24 March 2026 11 min read
Key takeaways:

VPN adoption in G7 countries

  • The United States (global position – 21). VPN adoption peaked at 19.75% in 2022 and bottomed at 14.99% in 2021; it was 18.36% in 2024 and 16.20% in 2025. Download volume dropped just below India, with 63.4 million installs in 2024 and 54.1 million in 2025.
  • The United Kingdom (global position – 7). The UK went up by 1 position at the start of 2026. Adoption climbed from 21.70% in 2022 to a high of 27.48% in 2025 – a continued rise from 24.08% in 2024.. The lowest year was 2021, with 15.80% adoption rate. Downloads reached 16.6 million in 2024 and 18.3 million in 2025.
  • Canada (global position – 18). After dipping to 12.24% in 2021, adoption rose steadily to a 17.18% peak in 2024; 2025 saw a dip to 16.68%. Downloads totaled 6.8 million in 2024 and 6.4 million in 2025.
  • Germany (global position – 15). Germany went up by 2 places since the middle of 2025. Adoption increased from 6.94% in 2020 to a 21.36% peak in 2024; 2025 saw a drop to 17.93%. Downloads hit 18.1 million in 2024 and 14 million in 2025.
  • France (global position – 10). France saw the biggest increase in VPN adoption rates, going up by 12 positions. Adoption moved from 8.16% in 2020 to a 20.71% high in 2025 a 4% increase since 2024. Downloads were 11.1 million in 2024 and 13.1 million in 2025.
  • Italy (global position – 61). While still quite low globally, Italy also increased its VPN download rates, going up by 12 positions. Adoption peaked at 7.48% in 2023, began to drop to 7.04% in 2024, and now stands at 6.60% in 2025. Downloads reached 4.2 million in 2024 and 3.7 million in 2025.
  • Japan (global position – 81). While it did go up by 3 positions, adoption has stayed low, peaking at 4.63% in 2020; it measured 4.32% in 2024 and 4.08% in 2025. Downloads were 5.3 million in 2024 and 4.5 million in 2025.
Highest national VPN adoption rates in 2025

Top 10 countries for VPN adoption rates

  1. UAE – 71.04% average adoption rate from 2020 to 2025 (85.50% adoption in 2025)
  2. Qatar – 58.5% average adoption rate from 2020 to 2025 (58.47% adoption in 2025)
  3. Oman – 33.9% average adoption rate from 2020 to 2025 (54.06% adoption in 2025)
  4. Singapore – 41.66% average adoption rate from 2020 to 2025 (48.09% adoption in 2025)
  5. Nauru – 35.4% average adoption rate from 2020 to 2025 (33.01% adoption in 2025)
  6. Saudi Arabia – 30.6% average adoption rate from 2020 to 2025 (30% adoption in 2025)
  7. The United Kingdom (UK) – 21.63% average adoption rate from 2020 to 2025 (27.48% adoption in 2025)
  8. The Netherlands – 35.27% average adoption rate from 2020 to 2025 (26.13% adoption in 2025)
  9. Jordan – 18.18% average adoption rate from 2020 to 2025 (21.01% adoption in 2025
  10. France – 14.37% average adoption rate from 2020 to 2025 (20.71% adoption in 2025)

The Persian Gulf nations are in the lead – but why?

  • The regulatory environment in this region involves extensive internet governance, which includes content filtering and access restriction. State authorities implement policies to block digital content categorized as politically sensitive, critical of government policy, or non-compliant with local socio-cultural norms. Commonly restricted content categories include, but are not limited to, gambling, adult material, and select political and human rights-related websites. Reports also indicate the use of advanced technologies for monitoring online communications and activities.
  • A significant factor motivating VPN use is the widespread restriction of voice over internet protocol (VoIP) services, such as those used by WhatsApp, Skype, and FaceTime. This policy is often analyzed as a measure to support the business models of state-owned telecommunications companies. For both national citizens and the substantial expatriate populations, VPNs serve as a technical method to enable communication with international contacts. Furthermore, VPNs are utilized to circumvent geo-blocking protocols, thereby allowing users to access media and streaming content from international libraries.
  • The legal status of VPNs varies across the region and can be highly restrictive for individual users. While the use of VPNs for corporate and institutional purposes is often allowed, regulations governing personal use for circumventing internet policies are frequently ambiguous or prohibitive. For example, legislation in the UAE imposes penalties, such as substantial fines or incarceration, for the use of a VPN in the commission of an act that is considered illegal under national law. Similar legal restrictions and penalties on non-compliant VPN usage are in place in other jurisdictions, including Oman and Saudi Arabia.

Privacy priorities in Southeast Asia and Europe

  • VPN usage in Singapore is associated with a multifaceted set of drivers. While some state-level internet content regulation exists, the primary motivations appear to be related to data privacy and security. The existence of data retention laws, coupled with public awareness of potential digital monitoring, correlates with user efforts to encrypt internet traffic. Additionally, circumventing geo-restrictions to access international media services is a common application for VPNs in the country.
  • In the Netherlands and the UK, high VPN adoption is frequently linked to legislative frameworks concerning government surveillance and data retention. In the UK, the Investigatory Powers Act of 2016 mandates that Internet Service Providers (ISPs) retain user browsing data for a specified period and establishes protocols for government access to this information. In the Netherlands, a national data retention law was judicially annulled, and public debate around digital surveillance has played a visible and sustained role in shaping the legal and political environment concerning surveillance. Consequently, a primary application of VPNs in these nations is most likely to enhance user privacy and inhibit the collection of browsing/personal data by state agencies or commercial ISPs. VPN adoption rates in the UK are also projected to increase due to the Online Safety Act, which makes private internet use more difficult to achieve.
  • In France, relatively high VPN use occurs alongside expansive surveillance and data‑retention powers that have repeatedly clashed with EU privacy safeguards. This pattern is often linked to a strong security and intelligence culture, reinforced by France’s history of state involvement in counter‑terrorism and public order. The widespread deployment of monitoring tools by state agencies and obligations on providers to retain and supply technical data likely normalize VPNs within businesses and among technically aware users. For individuals, VPN adoption is increasingly driven by a desire to shield browsing data from state and ISP collection, and by concern that new content‑regulation and age‑verification rules could erode private, anonymous access to online services.

The case of Nauru: small country, big numbers

  • The government of Nauru has implemented internet content filtering policies. Official statements have confirmed the blocking of websites with specific content, such as pornography, citing justifications related to child protection and alignment with national values. Such actions establish a framework for state-level control over accessible online material.
  • The information landscape in Nauru is characterized by significant state influence over media. Reports indicate that primary media outlets are state-owned, which affects editorial independence and can foster an environment of self-censorship. Furthermore, access for foreign journalists has historically been constrained through measures such as high visa application fees. This regulatory environment limits the availability of independent domestic and international reporting, potentially motivating citizens to use tools like VPNs to access a wider range of uncensored information sources.
  • Beyond bypassing content restrictions, other factors likely contribute to VPN use in Nauru. These include accessing geo-restricted global content and services not otherwise available, such as streaming services. Additionally, VPNs may be utilized to enhance the security and privacy of online communications, a common practice in environments with a centralized internet infrastructure and known governmental oversight.
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YoY breakdown of VPN adoption rates

Country202020212022202320242025
The UAE70.02%49.80%63.94%73.48%83.52%85.50%
Qatar56.51%47.65%61.82%63.42%63.48%58.47%
Oman22.24%17.82%37.45%33.54%38.44%54.06%
Singapore24.35%32.18%48.17%46.96%50.26%48.09%
Nauru8.12%17.73%55.05%48.69%50.14%33.01%
Saudi Arabia28.14%23.50%31.78%33.59%36.82%19.75%
The United Kingdom17.65%15.80%21.70%23.16%24.08%27.48%
The Netherlands14.18%16.45%28.37%27.46%28.52%26.13%
Jordan6.06%4.36%11.24%40.44%25.98%21.01%
France8.16%9.58%15.03%16.15%16.64%20.71%
Year202020212022202320242025
Downloads284,591,457295,722,780487,049,573404,248,986464,021,602412,465,748
Year202020212022202320242025
VPN adoption rates (%)6.956.8410.0610.9012.3512.04

Countries with the most severe decline in 2025

Country20242025Change
Myanmar29.19%9.83%–19.36 %pt
Nauru50.14%33.01%–17.13 %pt
Russia23.06%10.78%–12.28 %pt
Luxembourg21.03%11.61%–9.42 %pt
Belarus18.80%9.95%–8.85 %pt

Northern and Western Europe are growing

  • Norway, Denmark, France, UK
  • The Baltic states are increasing steadily
  • Czech Republic saw a jump in VPN usage too

Final takeaways: why, where, and what does it mean

Research information and limitations

  • Population statistics for Kosovo are sourced from the Kosovo Agency of Statistics, as a separate entry for the country is not available on Worldometers.info. This is likely due to Kosovo's contested international status since 2008 and its lack of full UN membership, as Worldometers primarily relies on UN and EU data. For transparency, it should be noted that it is unclear whether Kosovo's population is included in Serbia's population count on the platform. To avoid making an unsubstantiated adjustment, Kosovo's population figures were not subtracted from Serbia's, acknowledging a potential margin of error.
  • The dataset is exclusively composed of download statistics from the Google Play Store and Apple App Store. This scope inherently excludes other significant distribution channels, such as desktop-based software installations, side-loaded Android application packages (APKs), and direct downloads from provider websites.
  • The primary metric is the number of download events, which may not directly equate to the number of unique users. A single user may contribute multiple downloads through device changes, reinstallations, or updates, potentially inflating adoption estimates. As such, the data reflects the volume of download activity rather than the size of the active user base.
  • Geographic data is based on the user's app store region setting, which may not correspond to their physical location. This discrepancy is particularly noteworthy in regions with internet restrictions (for example, China, Russia, and Iran), where users may register their accounts in foreign countries to circumvent censorship and access VPN services.
  • The analysis identifies temporal and geographic trends but does not formally model the causal factors driving them. While external events like policy shifts, censorship incidents, or geopolitical crises are likely to correlate with fluctuations in VPN downloads, their specific impact is not isolated or quantified within the study's framework.
  • Adoption rates are derived by normalizing downloads against the total population of each country. This method does not control country-specific variables that influence technology adoption, such as internet penetration rates, smartphone ownership, or demographic distributions. Therefore, direct comparisons of per capita adoption rates between countries with different technological infrastructures should be made with caution.
  • The study's sample is limited to 50 pre-selected VPN providers. This introduces a potential selection bias, as the dataset does not account for downloads from smaller, niche, or region-specific providers that constitute a portion of the overall market.
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