CyberGhost VPN vs Proton VPN

CyberGhost costs $51.74 upfront for the first 26 months, equivalent to $1.99 per month, and then renews at $51.74 annually. Its six-month plan costs $41.94 ($6.99/month), while month-to-month service is $12.99. The initial term is both cheaper and slightly longer than Proton’s observed Plus offer.

Proton VPN Plus was observed at $71.76 upfront for 24 months, equivalent to $2.99 per month. Proton’s pricing page can render different promotions and did not expose one durable renewal amount to the research view, so record the next charge displayed in checkout. Proton Unlimited, Duo, and Family cost more because they bundle Mail, Pass, Drive, Calendar, storage, or additional accounts.

Proton Free changes the value equation

Proton Free has unlimited data, no ads, one connection, and app-selected servers in 10 countries: the Netherlands, Japan, Romania, Poland, Norway, Switzerland, Singapore, Mexico, Canada, and the US. Server changes are randomized and subject to a cooldown—starting around 45 seconds, then roughly 10 minutes for later changes. Free users do not get supported streaming, P2P, Secure Core, NetShield, or full country choice.

CyberGhost’s free Chrome and Firefox proxy extensions cover browser traffic only and provide four proxy locations. They are not a free device-wide VPN. Proton therefore wins no-cost value by a huge margin.

CyberGhost offers 45 days for eligible subscriptions of six months or longer and 14 days for monthly plans. Proton provides 30 days for eligible direct paid subscriptions. In both cases, store/payment exceptions can apply and canceling renewal is separate from asking for a refund.

CyberGhost’s third Deloitte ISAE 3000 engagement examined its server network, configuration/change processes, incident response, and token-based Dedicated IP system. Its transparency page reported 117,539 DMCA complaints and nine police requests for the first half of 2026, with the provider stating it had no activity logs to associate with users.

Proton’s public annual reports and open clients go further. Open source is not an automatic security guarantee, but it makes client behavior inspectable. Repeated infrastructure assessment helps test whether server practices match the no-logs policy. Both providers still process limited account, billing, abuse-prevention, authentication, and optional diagnostic information.

Both use strong encryption, private DNS handling, kill-switch protection, and WireGuard. For background on standardized symmetric encryption, the NIST AES glossary provides neutral context.

Proton’s Secure Core sends traffic through provider-controlled entry servers in Switzerland, Iceland, or Sweden before the exit, reducing exposure to a compromised exit location. Stealth disguises VPN traffic on supported platforms, while Smart Protocol automatically searches for a working transport. NetShield blocks known malware, advertising, and tracker domains; it is not a full antivirus or arbitrary file scanner.

CyberGhost’s NoSpy servers reduce external operational exposure but do not create a two-hop connection. Content Blocker and Wi-Fi automation are valuable for routine use. Its automatic kill switch activates after an unexpected drop; intentionally disconnecting restores the normal connection. The lack of a mature dedicated stealth mode makes Proton the stronger security and censorship-resistance choice.

Proton’s live directory listed 20,798 servers in 149 countries and 196 locations. That includes 17,984 Plus servers and 125 Secure Core servers serving 68 exit countries. Most Plus locations offer up to 10Gbps connectivity, and Smart Routing provides some IP locations through hardware physically hosted elsewhere.

CyberGhost’s live directory lists 100 countries, 125 locations, and 21 Dedicated IP locations. Its main English page no longer foregrounds one stable server total, even though some localized or checkout pages still show 9,800+. We avoid turning that inconsistent marketing figure into a fixed comparison number.

Both advertise RAM-only infrastructure and broad 10Gbps capacity. CyberGhost distinguishes directly operated NoSpy hardware and other colocated servers; Proton owns and operates Secure Core entry infrastructure. Proton wins on published scale and geographic breadth, while CyberGhost’s task labeling can be easier to navigate.

CyberGhost makes performance tuning accessible through Best location, server load information, favorites, and streaming/downloading/gaming categories. WireGuard is supported across major systems, and many endpoints use 10Gbps connectivity. NoSpy routes may be excellent for users near Romania but add distance for others.

Proton combines WireGuard with a much larger Plus fleet and VPN Accelerator, which uses routing and transport optimizations to improve long-distance connections. Secure Core adds a second hop and should be chosen for threat reduction, not maximum speed. Free users have unlimited data, but paid users get a much larger pool and highest-speed Plus capacity.

Neither service is universally faster. Device CPU, ISP, Wi-Fi, protocol, server distance, congestion, peering, and time of day can reverse any single result. Compare multiple nearby endpoints at the same times and measure download, upload, latency, jitter, and packet loss. We score the round as a tie rather than publish a fragile percentage.

CyberGhost organizes endpoints around streaming services and countries, allowing users to select a task rather than guess among cities. Native Android TV and Fire TV apps cover many living-room setups, while a compatible router or protected computer hotspot can extend the VPN to unsupported devices.

Proton Plus supports major streaming platforms and has native Android TV and tvOS 17+ Apple TV apps; the Android TV package can be sideloaded on Fire TV. Proton Free is not the supported streaming tier. Secure Core is not recommended for video because the extra hop can reduce quality, and not every exit is optimized for streaming.

No VPN can permanently guarantee a catalog. Platforms update blocks, account regions differ, and app/device behavior changes. Test full playback during the refund window and follow applicable terms. Compare more options in our best VPNs for streaming guide.

CyberGhost edge

Service labels and 45 days to test eligible long plans.

Proton edge

Huge Plus network and modern native television apps.

CyberGhost’s gaming-labeled servers simplify route selection, and WireGuard keeps protocol overhead low. That is enough for many PC players. Proton goes further: paid plans offer Moderate NAT across Windows, macOS, Android, iOS, and Linux to improve peer connectivity, matchmaking, voice chat, or other direct-connection workflows.

Proton warns that Moderate NAT slightly reduces resistance to correlation because it disables some mapping randomization. It also cannot operate alongside port forwarding. Use strict NAT by default and enable Moderate NAT only when a specific game or voice application has connectivity trouble.

Both services hide the residential IP from direct peers, reducing one route for IP-targeted harassment or DDoS attempts. Neither can stop attacks against a game company’s servers, repair weak Wi-Fi, or guarantee a lower ping. Proton wins on control; CyberGhost wins on simplicity. Our gaming VPN guide covers console and latency considerations.

Proton Plus labels P2P endpoints and offers NAT-PMP port forwarding through its paid Windows, macOS, and Linux GUI apps, Linux CLI, and compatible manual WireGuard/OpenVPN configurations. The assigned port normally changes after reconnecting, so the torrent application’s listening port must be updated. macOS support was early access when checked.

CyberGhost labels download/P2P servers and can use Windows Smart Rules to connect automatically when a torrent client opens. However, CyberGhost explicitly blocks ordinary inbound port forwarding. A Dedicated IP does not change that. Downloads still work through outbound connections, but seeding and small swarms may be less efficient.

Port forwarding opens a controlled path to the listening application, so keep it updated, bind the client to the VPN interface, and share only intended legal material. Proton wins for both documentation and capability. It is also our stronger pick in the top VPNs for torrenting comparison.

CyberGhost allows seven simultaneous connections; Proton Plus allows 10, while Proton Free allows one. Both cover Windows, macOS, Linux, Android, iOS, Android TV, Fire TV paths, Apple TV or compatible alternatives, browser access, and routers—but app depth differs.

On most Proton platforms, split tunneling cannot operate simultaneously with the kill switch; Windows is the exception. Proton’s macOS feature is experimental and cannot reliably exclude Safari/WebKit traffic. CyberGhost’s Smart Rules are excellent on Windows but do not carry over consistently to macOS or iOS. Proton wins the round on device count, client transparency, Linux maturity, and broader routing coverage.

Proton Stealth hides VPN traffic on Windows, macOS, Android, iOS/iPadOS, Android TV, and through the Linux Proton Protocols beta. Smart Protocol automatically tests suitable transports. Alternative routing and a no-payment free tier add useful fallback options when access is blocked or a subscription cannot be purchased.

CyberGhost provides broad country coverage, Wi-Fi automation, OpenVPN flexibility, random-port settings on some apps, and a longer refund period, but it lacks an equally mature dedicated stealth protocol. Install both the app and backup setup information before entering a restrictive country. Neither provider can guarantee operation against every national firewall, and local VPN law varies.

Both services maintain large support libraries. CyberGhost offers 24/7 live chat and a more immediate commercial-support experience, earning it the support sub-round. Proton’s documentation is more detailed for advanced network features but response pathways can depend on plan and issue.

A VPN protects traffic to its server; it cannot make a phishing page legitimate or secure an infected device. The FTC’s public Wi-Fi guidance explains why HTTPS, updates, multifactor authentication, and scam awareness remain essential. See our best VPN for travel guide for preparation advice.