No single VPN can promise anonymity and convenience in equal measure, and the two services privacy advocates cite most often in 2026 prove it by design rather than accident. Mullvad VPN and ProtonVPN have both earned reputations as trustworthy, audited, and genuinely privacy-oriented - yet they arrive at that reputation through almost opposite engineering and business decisions. One strips away every piece of identifying information it can; the other builds a sprawling, feature-rich network that requires at least an email address to use.
Two Philosophies of Trust
Mullvad's approach is architectural rather than promotional. Signing up generates a random 16-digit account number - no email, no name, no username. Payment can be made with a credit card, but also with Bitcoin, Monero, gift cards, or cash mailed to the company's office in Gothenburg, Sweden. The result is a system in which Mullvad cannot hand over identifying data under legal compulsion, because none exists to hand over. That is a meaningfully stronger guarantee than a "no-logs" policy, which depends on trusting a company's word. Mullvad's model depends on trusting a system that was never built to collect the data in the first place.
ProtonVPN, run by the Swiss company Proton AG, takes a more conventional route: an email address at signup, a tiered account system, and a public audit trail that includes five consecutive annual independent audits by Securitum and a SOC 2 Type II attestation. Proton's sister service, Proton Mail, disclosed a user's IP address under a Swiss court order in a widely reported 2021 case - a reminder that an email-linked account, even one built around strong encryption, is not the same as an architecture with no identity to disclose. ProtonVPN itself was not implicated in that disclosure, but the episode illustrates the structural difference between the two companies' threat models.
Speed, Scale, and the Protocol Shift
Mullvad made a consequential technical decision on January 15, 2026, dropping OpenVPN entirely to become a WireGuard-only service. That cut its server count from roughly 700 to 582 across 50 countries, as servers used mainly for OpenVPN connections were retired. The company frames this as a trade: a leaner, more auditable network in exchange for reduced protocol flexibility. WireGuard is faster and more resilient on unstable connections than OpenVPN, but its absence as a fallback option could matter for users in heavily censored environments where WireGuard traffic is more easily fingerprinted and blocked.
ProtonVPN, by contrast, now operates more than 20,000 servers across over 140 countries - up from roughly 15,800 servers in 126 countries as of late 2025 - and offers OpenVPN, IKEv2, and its own Stealth protocol designed specifically to evade censorship. Independent speed testing through 2025 and 2026 found ProtonVPN averaging a 16 percent speed loss from baseline, against 24 percent for Mullvad, making ProtonVPN the faster everyday choice for most North American and Western European users. Mullvad holds a narrow latency edge on some UK routes, but ProtonVPN wins consistently on US, Australian, and Japanese connections.
Price, Free Tiers, and Who Each Service Fits
Mullvad's pricing has not changed since 2009: a flat €5 per month, with no annual discount and no commitment required. ProtonVPN's Plus plan runs roughly $10 monthly, $60 annually, or $108 over two years, with promotional pricing shifting throughout the year - making it cheaper than Mullvad at long-term rates despite a higher list price. ProtonVPN also offers a genuinely free tier with unlimited bandwidth, a rare feature among free VPNs, though limited to one connection and a handful of server locations.
The decision ultimately comes down to threat model. Anyone concerned with government surveillance, metadata correlation, or simply wanting to exist outside any billing record should lean toward Mullvad. Anyone who needs broad server coverage, consistent streaming access, or a free option with no bandwidth cap will find ProtonVPN the more practical tool. Neither is a universal answer - each is a precise instrument built for a different kind of risk.
