IPVanish is a subscription VPN client that sends network traffic through a remote server before it reaches the wider Internet. Websites then see the VPN server address instead of the connection’s usual public address, and the path between the device and that server is encrypted. IPVanish does not make a user anonymous inside an account, erase browser cookies, or change information that a person submits to a website. Its job is the network route.
Choose a location
The quickest connection uses a recommended location. A manual choice can target another country or city when a particular service, latency, or route matters. The nearest place is often the sensible starting point because distance adds travel time, but the closest server is not guaranteed to take the best path to every destination.
Server choice can also change what a website permits. Banks, shops, and streaming services may challenge or reject an address shared by many VPN users. Switching locations can solve one access problem while increasing delay elsewhere. IPVanish changes the visible network location; it does not promise that every service will accept that location.
Match the protocol
A VPN protocol controls how the encrypted tunnel is formed. IPVanish supports modern choices in its apps, and automatic selection is suitable when the network behaves normally. A hotel, office, or school network may treat protocols differently. If one connection fails, another can pass through, although it may trade speed for compatibility.
Changing protocols interrupts the current tunnel. Do not treat the moment between disconnection and reconnection as protected traffic. Stop a sensitive transfer first, change the setting, then confirm that the app shows an active VPN address before continuing.
Divide app traffic
Split tunneling lets selected apps bypass IPVanish while other apps remain inside the tunnel. This can keep a local printer reachable or let a service use the ordinary connection. It also creates two simultaneous network paths. An excluded browser, game, or media app exposes the normal public address because its traffic never enters the VPN.
The list therefore needs deliberate maintenance. Adding an app is a routing decision, not merely a performance preference. If that app later handles a private login or a file transfer, it will still follow the bypass rule until the user removes it. Test the public address inside both a tunneled app and an excluded app rather than assuming one result describes the entire computer.
Block a dropped tunnel
The kill switch prevents the ordinary Internet connection from taking over after an unexpected VPN drop. This closes a brief exposure window, but it can also make the computer look as though Wi-Fi or Ethernet has failed. The network may remain blocked until IPVanish reconnects, the kill switch is disabled, or the app exits in the required way.
Auto-connect and the kill switch work best when their purpose is understood together. Auto-connect starts or restores the tunnel under selected conditions. The kill switch refuses unprotected traffic while that tunnel is absent. Before travel or remote work, deliberately disconnect once and confirm that the device behaves as expected.
Check the boundary
IPVanish protects traffic only after the connection is active. A captive-portal sign-in may need the VPN disconnected before the network grants Internet access. Local devices can also disappear if LAN access is restricted. Connect to the Wi-Fi, complete its sign-in page, then start IPVanish and verify the new public address.
DNS results, browser sessions, and account identities still need separate attention. A VPN cannot remove a login cookie or stop a website from recognizing the account used there. Use the server address and connection status as evidence that the tunnel works, not as proof that every other tracking surface has disappeared.
