Protocols

VPN Protocols

In the VPN Safe app you pick how you connect. WireGuard for everyday speed, OpenVPN when a network is awkward, Stealth for an encrypted connection on public Wi-Fi.

Each option below is an encrypted tunnel. Pick the one that stays up on the network you are using.

In the app WireGuard · OpenVPN · Stealth Encrypted connection · Public Wi-Fi protection
01 Default

WireGuard

Modern and fast — best for most users. Light on the battery, quick to connect, and the protocol we recommend leaving on.

Your device and the server swap keys, then send encrypted UDP packets. No bulky handshake sitting in the way.

02 OpenVPN

OpenVPN UDP

Fastest OpenVPN — a good all-rounder. Same trusted encryption as TCP, without waiting for every packet to be acknowledged.

Use it when you want OpenVPN rather than WireGuard, and the network in front of you is not dropping UDP.

03 OpenVPN

OpenVPN TCP

More reliable on strict networks. Hotel Wi-Fi, some offices, and a few mobile networks treat UDP badly. TCP gets through more often.

The trade-off is speed. Use this when UDP will not connect, not as your everyday choice.

04 Stealth

Stealth Mode

Keeps an encrypted connection on public Wi-Fi — may be slower. The VPN handshake is wrapped so it looks like ordinary web traffic.

Use this when WireGuard and OpenVPN will not stay connected. You still get a full encrypted tunnel once it is up.

Stealth Mode

How Stealth Mode works

The app wraps OpenVPN TCP inside an HTTP CONNECT proxy so strict networks mostly see ordinary web traffic.

A normal VPN encrypts your data, but firewalls can still spot the protocol. Obfuscation hides that fingerprint so the connection looks like everyday web browsing. How Stealth Mode works

What the network sees TCP · Port 8001 · HTTP CONNECT Not WireGuard · Not OpenVPN UDP
01 App setting

Force OpenVPN TCP

The app locks the protocol to OpenVPN over TCP. UDP is left off — it is too easy for DPI to fingerprint and drop.

02 Plain TCP

Open TCP port 8001

A plain TCP socket is opened to the VPN server on port 8001. Squid is listening there — not the OpenVPN daemon yet.

03 Before TLS

HTTP CONNECT + auth

Sends an HTTP CONNECT request with the account username and password as Basic auth. Still cleartext — encryption has not started.

CONNECT server:port HTTP/1.1
04 HTTP 200

Squid answers 200

Squid returns 200 Connection established and becomes a dumb pipe. From here it just forwards bytes to the OpenVPN daemon.

05 TLS tunnel

OpenVPN TLS inside

OpenVPN runs its normal TLS handshake inside that pipe and builds the encrypted tunnel. The wrapper is finished.

06 Encrypted

Device traffic rides it

Apps on the device send traffic through the tunnel as usual. To the network in front of you it still looks like a web-style TCP session.

  1. 1 CONNECT + Basic auth
  2. 2 Squid returns HTTP 200
  3. 3 OpenVPN TLS inside the pipe
VPN Safe Android app protocol picker showing WireGuard, OpenVPN UDP, OpenVPN TCP, and Stealth Mode

Where you pick one

On Android, open Settings and tap Protocol. The list matches the encrypted options on this page, with a short line under each so you know what it is for.

Leave WireGuard selected unless something is wrong. If a network will not connect, step down the list: OpenVPN UDP, then TCP, then Stealth for public Wi-Fi protection.

The rest of this page is the longer version of those one-liners: what each protocol actually does, and when to use it.

In detail

How each protocol works

The cards above are the short version. Below is when to use each one, and what it actually does.

Default

WireGuard

WireGuard is a modern VPN protocol with a small, audited codebase. Your device and the VPN server each have a key. They use those keys to agree a session, then send encrypted UDP packets back and forth. That is the whole tunnel.

There is no large TLS stack sitting in the middle, which is why it connects in about a second and stays light on phones. It is the default for most people: everyday browsing, commuting, and video on a normal network.

If WireGuard connects, leave it on. Switch only when a network in front of you is dropping UDP. On public Wi-Fi, Stealth Mode keeps the encrypted connection up.

  • Everyday default
  • Fast connect
  • Light on phones
OpenVPN

OpenVPN UDP

OpenVPN has been around for decades and is the protocol most routers, firesticks and third-party apps already speak. It wraps your traffic in TLS, then sends that encrypted stream as UDP packets.

UDP does not wait for every packet to be acknowledged. If one drops, it moves on. That makes OpenVPN UDP the faster of the two OpenVPN options, and a solid all-rounder when you want the classic protocol rather than WireGuard.

Use it if WireGuard is unavailable on the device, you are importing a config, or you simply prefer OpenVPN. If it will not connect, try TCP next — some networks silently discard UDP.

  • Classic OpenVPN
  • Faster than TCP
  • Config-friendly
OpenVPN

OpenVPN TCP

Same OpenVPN encryption, sent over TCP instead of UDP. TCP retries lost packets and looks like a normal reliable stream, which is why it survives hotel Wi-Fi, locked-down offices, and mobile networks that quietly drop UDP.

The cost is speed. Putting a VPN tunnel on top of TCP can stall on a lossy connection, because both layers try to recover the same missing packets. That is why the app labels it “more reliable on strict networks”, not “faster”.

If OpenVPN UDP fails, this is the next stop. On public Wi-Fi, use Stealth Mode so the encrypted connection stays up.

  • Strict networks
  • Hotel / office Wi-Fi
  • Reliable, not fastest
Stealth

Stealth Mode

Stealth Mode is the encrypted option for public Wi-Fi. UDP is easy to recognise. Stealth Mode wraps the handshake so the network in front of you mostly sees ordinary web-style TCP traffic.

The app forces OpenVPN over TCP, then wraps that session. You still get a full encrypted tunnel once it is up. It can be slower than WireGuard or OpenVPN UDP.

  1. The app locks the protocol to OpenVPN over TCP. UDP is too easy for a filter to recognise as a VPN.
  2. It opens a normal TCP connection to the VPN server and sends an HTTP CONNECT request, authenticated with your VPN username and password.
  3. The server accepts that request and turns the connection into a simple pipe through to OpenVPN.
  4. OpenVPN then runs its usual TLS handshake inside that pipe and builds the encrypted tunnel.
  5. After that, all of your device traffic goes through the tunnel as it would on any other protocol.
  • Public Wi-Fi
  • Looks like web traffic
  • Slower trade-off

Which one should you use?

Start at the top of the list and only move down if you have a reason.

Protocol Encrypted VPN? Speed Use it when
WireGuard Yes Fastest Everyday use — the default
OpenVPN UDP Yes Fast You want classic OpenVPN and UDP is allowed
OpenVPN TCP Yes Moderate Hotel, office, or other picky networks
Stealth Mode Yes Slower Public Wi-Fi protection
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Why VPN Safe

Built for everyday privacy

VPN Safe encrypts your connection, replaces your IP, and runs on the devices you already use — phone, laptop, Android TV, and Firestick. WireGuard for speed, OpenVPN when a network is awkward, Stealth for public Wi-Fi protection.

No connection logs. Unlimited bandwidth. One account for the household. A VPN you pay for, so the product is privacy — not your browsing history.

What you get No logs · WireGuard · 6 Devices 57 cities · Unlimited bandwidth · 24/7 support
01 Watch

Streaming that keeps up

Leave the VPN on while you watch. WireGuard keeps the tunnel up on your phone, and the Android TV and Firestick apps cover the big screen with the same encrypted connection.

02 Speed

Fast enough to leave on

WireGuard is the everyday default: light, quick, and stable on phones. Unlimited bandwidth means you are not metering a commute, a film, or a download.

03 Identity

An IP you choose

Websites and advertisers see the server address you picked, not the one your ISP assigned. 57 cities across 39 countries — choose one for privacy on public Wi-Fi or while you travel.

04 Privacy

RAM only

Our VPN servers run entirely in RAM — nothing is written to disk. A reboot wipes the slate clean, so there is nowhere for connection data to linger.

05 Simple

Connect in one tap

Install the app, sign in, hit Auto (Fastest). No hunting through a server list every time you leave the house — unless you want to pick a city yourself.

06 Privacy

No logs policy

We do not keep connection logs. Your traffic is encrypted before it leaves the device, and what you do online is not sitting in our files.

Locations

57 cities. Pick the one that fits.

Our network spans 39 countries, so you can choose a nearby city for a short, fast encrypted connection. Same login on every device; the map is just how you choose where your traffic exits.

Hover a pin to see the city name. Every location below is live and ready on your account.

Coverage
57 cities
39 countries
Hover a pin for the city
VPN Safe data centers around the world
  • Australia
    Sydney Australia
  • Belgium
    Brussels Belgium
  • Belgium
    Malinois Belgium
  • Brazil
    Sao Paulo Brazil
  • Bulgaria
    Sofia Bulgaria
  • Canada
    Vancouver Canada
  • Canada
    Toronto Canada
  • Canada
    Beauharnois Canada
  • Canada
    Quebec Canada
  • Colombia
    Bogota Colombia
  • Cyprus
    Limassol Cyprus
  • Czech Republic
    Prague Czech Republic
  • Denmark
    Copenhagen Denmark
  • Estonia
    Tallinn Estonia
  • Finland
    Helsinki Finland
  • France
    Paris France
  • France
    Roubaix France
  • Germany
    Frankfurt Germany
  • Germany
    Nuremberg Germany
  • Germany
    Falkenstein Germany
  • Germany
    Falkenberg Germany
  • Greece
    Athens Greece
  • India
    Mumbai India
  • Ireland
    Dublin Ireland
  • Israel
    Tel Aviv Israel
  • Italy
    Milan Italy
  • Italy
    Arezzo Italy
  • Japan
    Tokyo Japan
  • Netherlands
    Amsterdam Netherlands
  • Netherlands
    Dronten Netherlands
  • Nigeria
    Lagos Nigeria
  • Norway
    Oslo Norway
  • Poland
    Gdansk Poland
  • Poland
    Warsaw Poland
  • Portugal
    Lisbon Portugal
  • Romania
    Bucharest Romania
  • Russia
    Moscow Russia
  • Saudi Arabia
    Riyadh Saudi Arabia
  • Singapore
    Singapore Singapore
  • South Africa
    Johannesburg South Africa
  • South Korea
    Seoul South Korea
  • Spain
    Madrid Spain
  • Sweden
    Stockholm Sweden
  • Switzerland
    Geneva Switzerland
  • Switzerland
    Zurich Switzerland
  • Thailand
    Bangkok Thailand
  • Turkey
    Istanbul Turkey
  • Ukraine
    Kharkiv Ukraine
  • United Arab Emirates
    Dubai United Arab Emirates
  • United Kingdom
    London United Kingdom
  • United Kingdom
    Manchester United Kingdom
  • United States
    Los Angeles United States
  • United States
    Texas United States
  • United States
    Miami United States
  • United States
    Ashburn United States
  • United States
    New York United States
  • United States
    Secaucus United States
Blog

From the VPN Safe blog

Straight talk on hotel Wi-Fi, torrents, free VPN risks, and the privacy laws that keep changing — written for people who actually use a VPN day to day.

Three recent posts are below. The full archive — public Wi-Fi, P2P safety, account privacy, and more — lives on the VPN Safe blog.

On the blog Privacy · Streaming · Security Guides · VPN News · Privacy
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