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Tagged: privacy

13 posts

How to choose a VPN in 2026: an honest buyer's guide

Most VPN listicles are paid placement. This guide is not. What actually matters: jurisdiction, audits, protocols, kill switch design, and red flags.

·15 min read

Free VPNs: how they actually make money, and why that's the problem

Free VPNs sell the data they promised to protect, inject ads, rent out your bandwidth, and in documented cases turn client devices into botnets. Here's the receipt.

·6 min read

How DNS leaks quietly expose your location, even with a VPN running

DNS leaks happen when domain lookups bypass your VPN tunnel and reach your ISP. Smart Multi-Homed Resolution, IPv6, and WebRTC all open side channels. Here's what leaks and how to plug each one.

·6 min read

How to choose a VPN in 2026: a buyer's guide that isn't a sales pitch

What to look for, what to ignore, and the red flags that should kill a purchase. Jurisdiction, logging, kill switch type, protocol support, audits, pricing transparency.

·6 min read

WebRTC leaks, explained: how your browser hands over your real IP

WebRTC is a browser API for peer-to-peer connections. Pages can use it to fetch your real public IP even with a VPN running. Here's why, how to test, and how to disable it per browser.

·7 min read

What a VPN kill switch actually does (and why most are useless)

Most VPN kill switches live in the app and react after a drop has already leaked traffic. A real kill switch fires before the handshake completes, at the kernel level. Here's the difference.

·6 min read

What your ISP can actually see without a VPN (and what they do with it)

Every DNS query, every domain via SNI, every connection's timing and volume. Here's what your ISP knows, what they sell to whom, and how a VPN changes the picture.

·7 min read

How to bypass internet censorship in 2026: protocols that actually work

OpenVPN is fingerprinted in 30 seconds. WireGuard is blocked in Russia, China, and Iran. Here are the protocols that still work in 2026, ranked by effectiveness against state-level DPI.

·18 min read

What is deep packet inspection and how VPNs defeat it

DPI systems inspect your traffic payloads, not just headers. Russia's TSPU detects OpenVPN in 30 seconds. Here's how DPI works, which protocols it catches, and which ones survive.

·13 min read

XRay core explained: the engine behind censorship-resistant VPNs

XRay is the proxy platform that powers VLESS, Reality, and most modern censorship circumvention tools. It's not a protocol. It's the engine that runs them.

·9 min read

How VLESS Reality makes VPN traffic invisible to censors

VLESS Reality performs a real TLS handshake with sites like microsoft.com, forwarding their actual certificate. To any DPI system, your VPN traffic is indistinguishable from normal HTTPS browsing.

·12 min read

What is VLESS? A protocol built for censorship resistance

VLESS is a lightweight proxy protocol from the XRay ecosystem that delegates encryption to TLS, eliminating double-encryption overhead. Here's how it works and why it matters for VPN users in censored countries.

·10 min read

Why VLESS Reality beats WireGuard in censored countries

WireGuard is fast, but it's trivially detectable by DPI. VLESS with Reality makes your VPN traffic indistinguishable from visiting microsoft.com. Here's how it works and why it matters.

·4 min read
Posts tagged "privacy" | Fexyn VPN