The fast, private VPN built for streaming and security.

Running VPN servers costs real money — bandwidth, hardware, and maintenance. When a VPN is free, that money comes from somewhere else, and the somewhere else is usually you: browsing data sold to brokers, ads injected into pages, throttled speeds designed to upsell, or in the worst documented cases, your idle connection resold as an exit point for strangers' traffic.

There are honest free tiers (ours included — the apps have a limited free tier so you can test the tunnel quality before paying), but an honest free tier is a demo, not a product. If a service offers unlimited free VPN forever, the product being sold is you. We wrote a longer breakdown in what a safe cheap VPN looks like in 2026.

"Is the VPN fast?" is really four questions: how far is the server, which protocol are you on, how loaded is the node, and how good is its peering. Marketing can't change any of them — physics and provisioning can.

Distance sets your latency floor: light in fiber covers roughly 100 km per millisecond round-trip, so a server 6,000 km away can never answer in under ~60 ms no matter whose logo is on it. Pick the nearest exit that does the job. Protocol is the biggest lever you control: WireGuard routinely delivers 30–60% more throughput than OpenVPN on identical hardware, which is why it's our default. Server load is why "5,000 servers" can still feel slow — an oversold node with a thousand users shares one uplink; our compact fleet is provisioned so dedicated nodes stay comfortably under capacity, and the app shows live load per location. Peering is the invisible one: an exit that hands traffic directly to major carriers beats one that bounces through three transit networks — it's why we build on well-connected facilities rather than the cheapest rack available.

The honest expectation: on a nearby server with WireGuard, most home connections measure within a few percent of their normal speed — often indistinguishable. Test it yourself during the guarantee window with a large real download, not just a speed-test site.

Streaming services decide what you can watch by looking at your IP address. Travel abroad and the catalog you pay for shrinks or disappears; some platforms block foreign IPs outright. Connect to a Secure Paid VPN server back home and you look local again — your shows, your account, your saved progress, exactly as you left them.

Streaming-ready locations are marked in the app, there are no speed caps on any plan, and WireGuard comfortably carries 4K. It works the other way too: connect to our US or UK exits to check catalogs from those markets while you travel. One honest note most VPNs skip: platforms and VPNs play cat-and-mouse, so a specific service can be temporarily blocked on a specific node — when that happens, switching locations usually solves it, and our support answers fast when it doesn't.

Sports are the underrated use case: regional blackouts and country-exclusive broadcast rights mean the match you want is often streaming legally and free somewhere — just not where you're standing. A server in the right country turns "not available in your region" into a working stream, on the subscription you already pay for.

Engineers, not a marketing department. We build and operate the entire stack ourselves — the apps on every platform, the backend, and every exit node in the fleet. Nothing is white-labeled, resold, or rented from a "VPN infrastructure provider."

That matters for two reasons. First, accountability: when we say logging is disabled at the daemon level, that's a configuration we wrote and can stand behind, not a promise relayed from a subcontractor. Second, speed of repair: the people answering support are the people with root on the servers, so problems get fixed in hours, not ticket-escalation weeks. We publish what we know on the blog — real configs, real benchmarks, real production war stories — because showing our work is the only honest way a small provider earns trust against brands with hundred-million-dollar ad budgets.