You can pay for a shared commercial VPN, or you can spend a couple of dollars a month on your own server and get a dedicated IP that isn't on anyone else's blocklist. This used to be a weekend project. Now it's one command on the server and one pasted link in the client.
Why your own server
Shared VPN services are convenient, but they carry a cost beyond the subscription. You share an IP address with thousands of other people — so you inherit their blocks and hit overloaded nodes. And you trust your connection history to whoever owns the server.
Your own server closes that gap:
- A dedicated IP that isn't on shared blocklists.
- No throttling from your neighbors — the bandwidth is yours.
- Full control: you decide who connects and under what rules.
- Cheap. The most basic plan at any host is enough — usually $2–4 a month. Even arm64 works.
To be upfront: technically this is Shadowsocks — a proxy, not a full OS-level VPN tunnel. But for what people actually spin it up for — getting past DPI and geoblocks — that's exactly right, and it's faster than many "real" VPNs.
The server, in one command
Setting up Shadowsocks by hand means building a binary, writing a systemd unit, configuring the firewall, and managing keys and permissions. We built ss-easy to make all of that one command: the server side should be as simple as the client.
ss-easy is ours too. One command installs shadowsocks-rust, prints a ready ss:// link and QR code, and gives you a menu (TUI) plus a CLI to manage users — no Linux expertise required.
What you need: any VPS running Debian/Ubuntu (or CentOS/Rocky/Alma), amd64 or arm64, and root access. Then the command:
sudo bash -c "$(curl -fsSL https://raw.githubusercontent.com/wild99/ss-easy/v1.0.7/install.sh)"It downloads the installer, verifies it against a SHA256 checksum, installs the dependencies and shadowsocks-rust itself, asks for a name for the first user (a label like home or work-de so you can tell servers apart in your client) — and prints the ss:// link with a QR code. The always-current command lives in the repository README.
The defaults are grown-up: the binary is checksum-verified, BBR is enabled, the proxy runs not as root, and the firewall opens only the port it needs and never touches your SSH. The cipher is the modern 2022-blake3-aes-256-gcm. Need a hands-off automated install? There's a silent mode (--silent) with a random port and secret.
Connect with VibePN
The server is up and you have the ss:// link. Now the client.
Open VibePN, paste the ss:// link (or scan the QR), and click Connect. That's it. VibePN runs on Windows, macOS, and Linux.
One note on the cipher: the default 2022-blake3-aes-256-gcm is SIP022 and needs a reasonably recent client. VibePN supports it out of the box. If you're connecting something older, create a user with the classic fallback:
sudo ss-easy user add bob --method chacha20-ietf-poly1305Managing it, safely
From here everything lives in the TUI menu (sudo ss-easy) or the CLI. Add a friend with sudo ss-easy user add alice: each user gets their own port, key, and ss:// link with QR. Remove one with sudo ss-easy user del alice, and its port closes. Wipe it all with sudo ss-easy uninstall: it removes the service, config, binary, and the firewall rules it added — but never your SSH rule.
On security, plainly: the code is open and readable — review it before running, or install via git clone. The shadowsocks-rust binary is pinned to a known release and verified against SHA256. The proxy never runs as root — only under a dedicated unprivileged user. Secrets are generated from a cryptographic source and are never written to logs.
The whole path
Start to finish: rent a VPS → run one command → paste the ss:// link into VibePN → online. Five minutes, a couple of dollars a month, full control.
We build both the client (VibePN) and the server side (ss-easy) specifically to make this path simpler — and we plan to keep working in that direction.
ss-easy source: github.com/wild99/ss-easy (MIT, with an attribution requirement). Download VibePN: vibepn.app.