Nous utilisons des cookies pour vous fournir un meilleur service et analyser le trafic. Pour en savoir plus sur les cookies, veuillez consulter notre Déclaration relative aux cookies. En continuant à naviguer sur notre site web, vous acceptez notre utilisation des cookies.

D'accord
Gérer

Paramètres des cookies

Nous utilisons des cookies pour vous fournir un meilleur service et analyser le trafic. Pour en savoir plus sur les cookies, veuillez consulter notre Déclaration sur les cookies.

Essentiel

Notre site web repose sur ces cookies pour assurer son bon fonctionnement.

Fonctionnalité

Ces cookies sont utilisés pour conserver vos préférences, telles que la sélection de la langue.

Statistiques

Les cookies nous permettent d'obtenir des informations sur nos visiteurs et d'améliorer leur navigation.

Publicité

Cookies utilisés pour suivre les conversions des plateformes publicitaires.

La rédaction est traduite en français.

Le cadeau Premium X‑VPN a lieu maintenant sur notre Subreddit!

Le cadeau Premium X‑VPN a lieu maintenant sur notre Subreddit!
Entrez maintenant

OpenVPN

What Is OpenVPN?

OpenVPN is one of the most mainstream VPN protocols, an open-source solution capable of providing and securing internet connections. With its high level of security, reliability, and compatibility to work with a wide range of devices, OpenVPN is now often used by businesses or individuals to create encrypted tunnels and establish secure connections between devices and networks.

How Does OpenVPN Work?

In general, the workflow of OpenVPN is divided into the following steps.

Step 1. Authentication

OpenVPN is able to use different authentication methods, including certificates, shared keys, username/password combinations, etc. to verify the identity of the VPN client to the server and vice versa. This ensures that only authorized users establish a VPN connection.

Step 2. Creating the Tunnel

Once verification is successful, OpenVPN creates a VPN tunnel between the VPN provider's client and server. You can imagine it as a secure passage through which data can be encrypted and transmitted securely.

Step 3. Encrypt the data

The data transmitted through the tunnel will be encrypted using the OpenSSL library, which supports a variety of encryption algorithms to ensure that the data transmitted by the user is not known to third parties, hackers, or even ISPs.

Step 4. Transmitting Data

The data encrypted by OpenVPN will be transmitted through the tunnel to a connected server. The server decrypts the data and routes it to the target website. Since the data passes through the VPN server, the destination can't determine the user's real IP address.

Pros and Cons of OpenVPN

ProsCons
Industry-leading EncryptionSlower Than Other Protocols
Extremely High SecurityDifficult to Configure
Open SourceNot Good Enough for Mobiles
Stable ConnectionsMight Be Blocked
Good Compatibility
Regularly Updated