01. Proton VPN free tier — the most credible free VPN in the market
A genuinely free, ad-free VPN backed by a paid-subscriber funding model.
The Proton VPN free tier is the part of the catalog readers ask about most. Unlike most free VPNs — which monetise through ads, telemetry, throttling or affiliate redirection — the Proton VPN free tier is genuinely free with no advertising, no traditional data caps and no bandwidth throttling on the connection itself. The trade-offs are server-country restrictions (the free tier limits to a smaller server pool, typically United States, Netherlands, Japan and a few others), single-device use rather than multi-device, and no streaming or P2P optimization features.
The funding model is what makes the free tier credible: paid subscribers cross-subsidise the free user base. Proton VPN has been transparent about this since launch, and Proton AG's broader EFF-noted commitment to privacy as a product principle reinforces the posture. Read the dedicated free-tier walkthrough for the practical setup steps and the trade-offs that matter most.
Learn more about the Proton VPN free tier →
02. Download paths — official channels only
Always download from official channels: the Proton website, app stores, F-Droid or signed GitHub releases.
Where you download the Proton VPN client matters more than most installers communicate. Third-party download mirrors and "free VPN" download portals frequently bundle adware, modified clients with telemetry overlays, or outright malware. The official channels — the Proton website, the Apple App Store, the Google Play Store, the Microsoft Store, F-Droid for the Android client, or signed GitHub releases for Linux — verify build provenance through cryptographic signatures.
The Proton VPN download walkthrough on this portal documents each platform's installer flow, the cryptographic signature verification process for users who want to confirm authenticity beyond store-level review, and the specific security flags worth checking on first launch. The dedicated PC, Mac and Linux pages cover platform-specific notes.
Walk the official download paths →
03. Paid plans — when the math works for you
Paid Proton VPN plans pay off for power users; light users do well on the free tier.
Proton VPN paid plans add multi-device support (up to 10 devices on Plus), full server-country selection, P2P-optimized servers, the Secure Core multi-hop architecture, and integration with the broader Proton suite (Mail, Drive, Pass, Calendar) at unified pricing. Multi-year prepayment is the standard discount path; coupon codes appear infrequently. Streaming-service compatibility through Plus tier is documented but not guaranteed against any specific service.
Whether the paid plan pays off depends on use case. Travelers and remote workers in restrictive networks extract clear value. Light-touch shoppers who occasionally connect through public Wi-Fi often find the free tier sufficient. The pricing-comparison page on this portal runs the math against competing services.
Explore the paid plan tiers →
04. Protocols — WireGuard, OpenVPN and Stealth
Protocol choice affects speed, compatibility and detectability.
Proton VPN supports three primary protocols: WireGuard (modern, fast, the default choice for most users), OpenVPN (legacy but battle-tested, slower but compatible with restrictive networks), and Stealth (a Proton-specific protocol designed to evade VPN-blocking firewalls). Protocol selection is largely automatic in the official Proton VPN clients but exposed for advanced users. WireGuard typically delivers the highest throughput; Stealth trades speed for connectivity in the most restrictive networks.
The protocols-overview page on this portal documents each protocol's characteristics, the failure modes that route to the next-best option, and how Proton VPN's protocol selection differs from competing services.
Read the protocols overview →
05. Privacy jurisdiction — why Swiss law matters
Proton VPN sits under Swiss privacy law, outside the Five/Nine/Fourteen Eyes alliances.
Where a VPN provider is legally domiciled shapes everything about its no-logs claims. Proton AG operates under Swiss federal data protection law, which sits outside the Five Eyes, Nine Eyes and Fourteen Eyes intelligence-sharing alliances. Swiss courts have, in published cases, declined to compel logging of Proton services where mandatory data retention is not legally enforceable. The privacy-jurisdiction page on this portal documents the legal architecture in detail.
Jurisdiction is not a magic shield. Swiss law allows judicial cooperation in serious criminal cases and Switzerland is not a privacy nation-state outside other legal frameworks. The portal treats jurisdiction as a structural input rather than as a guarantee.
Read the jurisdiction breakdown →
06. Use cases that actually fit a VPN tool
VPNs solve specific privacy and connectivity problems; they are not a general-purpose security panacea.
The legitimate use cases for an online VPN cluster around four patterns. Public Wi-Fi network protection, where coffee shop and airport networks introduce trivially-exploited intermediate observation. Privacy from ISP-level traffic analysis, where the internet service provider can otherwise see browsing destinations even when content is HTTPS-encrypted. Cross-border travel, where geographic IP routing affects access to services that travelers paid for at home. And censorship circumvention in restrictive regimes, where Stealth protocol routing enables access to information sources that would otherwise be unreachable.
The portal treats VPN use as a privacy and connectivity tool, not as anonymity or unlawful-activity infrastructure.
Read the use-case overview →
07. What the secure VPN connection does — and does not — protect
A VPN protects traffic metadata between you and the VPN server. It does not protect endpoint security.
A common misconception about a secure VPN connection: that it makes the user anonymous, immune to malware, or invisible to all observers. None of that is true. A secure VPN connection encrypts traffic between the user device and the VPN provider's server. Beyond that point, traffic uses standard HTTPS to the destination. The VPN protects against ISP-level observation, public Wi-Fi sniffing and IP-based tracking. It does not protect against malware, phishing, browser fingerprinting, account compromise or operating-system-level surveillance.
Pair a VPN with HTTPS, two-factor authentication, password hygiene and operating-system updates for layered protection. The secure-vpn-connection page documents the threat-model boundaries in detail.
Understand the threat-model boundaries →