Proton VPN vs. Surfshark: Open Proof or More Reach?
- One Café Connection Looks Almost Identical
- Ten Connections and Unlimited Connections Aren't App Coverage
- A Router Covers Devices; It Also Flattens Their Rules
- Secure Core and Dynamic MultiHop Add Different Second Hops
- Stealth and NoBorders Help at the Gate
- Split Tunneling Fixes the Bank by Moving the Bank
- The Privacy Policies No Longer Say the Same Thing
- The Wider Toolkits Collect Different Commitments
- Reviews Become a Reproduction List
- Choose Proof or Reach—Then Test It
Proton VPN gives one paid account ten active connections and a trail of public technical evidence. Surfshark removes the connection count and adds tools across a busy household. Ten slots. No ceiling. Two very different versions of “more.”
The feature list won't choose for you. Proton's advantage is inspectability and purpose-built privacy routes. Surfshark's is broad device coverage and a larger consumer-security bundle. Both can protect the same laptop. Only one may fit the mess waiting behind it.
One Café Connection Looks Almost Identical
Nina opens a laptop on café Wi-Fi and connects to a nearby server. With either provider, covered traffic enters an encrypted tunnel. The café sees a connection to Proton or Surfshark, plus timing and volume, but not the individual destinations carried inside it.
The selected provider receives the tunnel and forwards the requests. Websites see its shared exit IP address instead of the café's public IP. HTTPS still protects secure browser sessions beyond the VPN server.
Swap one provider for the other and those observer roles barely move. The differences begin when Nina connects a household, turns on a second hop, excludes a bank, or asks what the provider retains.
Test the basic routes first. Use the same device, nearby location, network, and time window. Open the sites you rely on, join a call, download a real file, then run DNS and IP leak tests. A faster dashboard number can't reveal a broken work app.
Ten Connections and Unlimited Connections Aren't App Coverage
Proton VPN Plus currently allows up to ten simultaneous connections. Surfshark's VPN plans allow unlimited simultaneous devices for household use. That difference matters if Nina has two adults, three children, phones, laptops, tablets, televisions, and a forgotten media box all trying to connect at once.
It doesn't mean Surfshark runs equally well everywhere. Proton and Surfshark both cover common desktop, mobile, television, browser, and router paths, but the controls differ by platform. Both support WireGuard, OpenVPN, and kill switches on appropriate apps. Proton's browser extension counts as a connection. Surfshark's Dynamic MultiHop, Bypasser, CleanWeb, and other named tools don't all appear on every device.
Proton's NetShield and Surfshark's CleanWeb block selected advertising, tracker, phishing, and malware domains on supported apps. They're useful filters, not replacements for updates, strong authentication, or careful downloads.
Make a device list before choosing. Record the operating system, whether it needs a native app, whether it travels, and which exceptions it needs. Ten can be enough for one careful user. Unlimited can become an unmanaged pile of old installs and shared credentials.
Remove retired devices and protect the account either way. A VPN subscription shouldn't become the password everyone sends through family chat.
A Router Covers Devices; It Also Flattens Their Rules
A router can cover a console, television, or appliance without a useful native client. The GL.iNet Flint 2 can run compatible WireGuard or OpenVPN profiles and separate parts of a home network through policy routing.
- Pairs Wi-Fi 6 and dual 2.5-gigabit ports with enough capacity for a device-heavy household
- Runs WireGuard and OpenVPN directly on the router so compatible devices can share one VPN policy
- Supports AdGuard Home and OpenWrt customization, with an initial firmware update recommended
With either provider, Nina's television sends traffic to the router; the router builds the VPN tunnel; the ISP sees that tunnel; the VPN forwards the request; the streaming service sees the exit IP. A device that bypasses the router follows the ordinary ISP route instead.
Check current provider profile support, firmware, DNS behavior, fail-closed rules, and measured encrypted throughput before buying. Router encryption can become the bottleneck. App-only features don't appear in third-party firmware because the box has a VPN logo in its settings.
The router also changes the connection arithmetic. Proton says a router uses one connection while covering attached devices. Surfshark doesn't need that workaround for its account limit, but a router can still centralize policy. Centralized isn't automatically better: one badly chosen rule can move the whole television network.
Secure Core and Dynamic MultiHop Add Different Second Hops
Proton's Secure Core sends traffic through a hardened entry server in Switzerland, Iceland, or Sweden before the exit. Proton owns and provisions those entry systems. The design reduces dependence on an exit server and its surrounding network.
Surfshark's Dynamic MultiHop lets Nina choose entry and exit countries on supported apps. That offers route flexibility; it isn't the same provider-owned hardened-entry design.
Turn on Secure Core and the café sees Nina's encrypted connection to Proton's entry; Proton carries it through the entry and exit; the destination sees the exit IP. Turn on Dynamic MultiHop and the café sees the connection to Surfshark's entry; Surfshark carries it through the chosen exit; the destination sees that exit IP.
Both add distance and can add latency. Neither hides Nina after she signs into an account, erases browser cookies, or repairs a compromised laptop. Use a second hop because your threat model needs it, not because two map pins look twice as private.
Stealth and NoBorders Help at the Gate
Proton's Stealth protocol disguises VPN traffic on networks that identify or block ordinary tunnels. Surfshark's NoBorders detects restrictions and offers server routes intended to work through them. The mechanisms and platform menus differ, but the decision starts in the same place: does the normal connection fail?
If WireGuard works, use the working route. If it doesn't, change one protocol or restriction setting, reconnect, and repeat the same task. Don't swap server, protocol, DNS filter, and multihop at once; you'll never know which change opened the door.
Neither feature grants permission to bypass workplace policy or local law. Obfuscation can make traffic harder to classify. It can't make volume, timing, destination accounts, or the device disappear.
Split Tunneling Fixes the Bank by Moving the Bank
Suppose Nina's bank rejects a shared VPN address. Proton exposes split tunneling on supported apps. Surfshark calls its split-tunnel feature Bypasser and now documents app or website exclusions across several platforms.
Nina excludes the banking browser. The device sends that browser directly while other covered apps remain in the tunnel. The café and ISP see the direct bank connection plus the separate encrypted VPN connection. The VPN handles only covered traffic. The bank sees Nina's ordinary public IP; the other destinations see the VPN exit.
The bank works because Nina removed it from the protected route.
Name every exception and record why it exists. Retest after app and operating-system updates. If a printer only needs a local subnet, don't exclude a whole browser from the internet merely to reach it.
Platform interactions matter. Kill-switch and split-tunnel combinations can differ, so test the specific app after sleep, Wi-Fi changes, and a forced server switch.
The Privacy Policies No Longer Say the Same Thing
Proton announced its fifth consecutive annual no-logs infrastructure audit in 2026 and publishes its client code. The stated audit scope covers browsing, DNS, destination, traffic, and user-identifiable connection metadata.
Surfshark's 2025 Deloitte assurance examined server types, deployment, configuration, procedures, and compliance with the policy at the assessed point. Its current privacy policy, updated August 27, 2026, makes an important distinction: it says Surfshark doesn't retain browsing activity, but VPN servers temporarily keep a user ID and/or source IP plus server-connection timestamps and delete them within 15 minutes after a session ends.
That's not the same as a permanent browsing log. It also isn't “nothing.” Read an audit beside the policy it examined and note the dates. A report can't freeze a later policy.
Proton is operated by Proton AG in Switzerland and says the Proton Foundation is its primary shareholder. Surfshark B.V. is based in the Netherlands and sits under the holding structure formed with Nord Security while continuing to operate separately. Jurisdiction and ownership identify who deserves scrutiny; they don't settle the result alone.
The Wider Toolkits Collect Different Commitments
Proton connects VPN with separate Mail, Drive, Calendar, and Pass services under one account. Surfshark sells a broader security lineup that can include Antivirus, Alert, Search, Alternative ID, and other services depending on plan.
Those aren't free checkmarks. Each product has its own inputs, permissions, retention, and failure modes. Surfshark's current policy, for example, describes separate data handling for Alert, Alternative ID, antivirus, and scam-protection features. Proton's other products have their own data rules too.
Proton supports direct U2F/FIDO2 security-key sign-in. Surfshark's current account guide documents email or authenticator-app codes instead, not direct hardware-key enrollment. A YubiKey is directly useful for Proton and other compatible accounts; it shouldn't be sold as the same control for both VPN logins.
- Connects through USB-C or NFC, covering many newer computers and compatible phones
- Adds a phishing-resistant physical check to passkeys and supported multi-factor logins
- Works without a battery, code display, or wireless pairing process
Check USB-C, NFC, browser, and provider support before buying. Enroll a spare key or prove recovery before carrying the primary one. The key won't encrypt traffic, and neither VPN can make a weak recovery channel strong.
Reviews Become a Reproduction List
The comparison uses the 20 newest detailed English-language Trustpilot reviews visible for each service on September 2, 2026, excluding rating-only entries. These are self-selected snapshots, not representative surveys.
Recent Proton VPN reviews praise straightforward setup, the interface, and privacy controls, while critical reports mention slow or dropped connections, rejected VPN addresses, app trouble, and delayed support.
Recent Surfshark reviews praise setup, broad device use, and responsive support. Critical reports mention connection drops, Windows startup trouble, and confusing television-app changes.
Try those failure cases on your hardware. Customer sentiment can't verify a no-logs system, and an audit can't tell you whether Nina's exact television app will behave.
Choose Proof or Reach—Then Test It
Choose Proton VPN if open-source clients, recurring public no-logs reviews, Secure Core, Stealth, and a ten-connection limit fit your devices and threat model.
Choose Surfshark if unlimited household connections, configurable MultiHop, Bypasser, rotating IP, NoBorders, and the wider optional toolkit solve problems you'll actually test. Read its updated retention language rather than relying on an old “no logs” summary.
Download from the official Proton VPN page or official Surfshark page. Start with the plain tunnel. Break it. Add one feature. Break it again.
Proton makes its evidence easier to inspect. Surfshark makes more devices easier to cover. The winner is the promise your own network can prove.