Plain answers from the team that runs SleekDart's servers. Every number is measured on our own network or cited to a primary source.
The fastest VPN keeps you near your line speed on the networks you use. What decides VPN speed, our own measurements, and a 5-minute test you can run.
What makes a VPN fast, why it gets slow, and how to measure it.
A slow VPN is usually one of nine things: distance, a busy server, an old protocol, blocked UDP, Wi-Fi, MTU and more. How to find yours in minutes, and fix it.
WireGuard, OpenVPN, IKEv2 and VLESS + REALITY compared on speed, latency, encryption and blocking, and which protocol is fastest on which network.
A VPN adds latency in three places: distance, handshakes and the protocol. How much ping a VPN adds, what Zoom and Teams need, and how to keep it low.
VLESS + REALITY, stealth and post-quantum encryption, explained plainly.
VLESS + REALITY is an Xray-core protocol that looks like a visit to a real website, so it's fast and hard to block. How it works, and how to use it.
A stealth VPN disguises VPN traffic as ordinary HTTPS so restrictive networks can't spot and block it. Obfuscation methods compared, and when you need one.
A post-quantum VPN uses ML-KEM so traffic recorded today can't be decrypted by future quantum computers. How it works, who has it, and who needs it.
Setups and fixes for the networks you actually work on.
Hotel, café, school and guest Wi-Fi block VPNs by port, by UDP or by fingerprint. How to tell which one you're hitting, and the fixes that actually work.
Remote workers need a VPN that keeps calls smooth, works on café and hotel Wi-Fi, and keeps their speed. A practical checklist, and how to test before paying.
A subscription link loads every server into your VPN app and keeps them updated. Step-by-step setup for Happ, Hiddify, V2Box, Streisand and v2rayNG.