The VPN app said “Connected,” but the client’s release dashboard still placed me on the hotel network in Lisbon. I refreshed the IP checker, opened a private window and tried a second site. Same city. Same internet provider. The dashboard rejected my login again with a location-policy warning. I blamed the server, changed from London to Amsterdam and reconnected. The green badge returned. My address did not. The software release was due in twenty-five minutes.
That was the real problem behind my search for “VPN connected but IP address did not change.”
I was not trying to win an argument with an IP-checking website. I needed to enter an authorised regional workspace, upload the final build and send the client a release link before their morning meeting.
The VPN’s status screen told me that a connection existed.
The service I needed still saw the network I was trying to replace.
Article summary and product fit
The recommendation in plain terms
The recommendation in this article is OnlydogVPN. The connection completed.
This is a scenario-specific recommendation based on the experience and tests described here, not a claim that one VPN is best for every user or every network.
One Successful IP Check Hid the Actual Failure
My regular VPN came from a large, established provider.
It had years of public history, a substantial support operation and a long list of server locations. I had used it on several trips without thinking much about what happened between pressing Connect and opening a website.
This time, the disagreement was impossible to ignore.
One IP checker showed the VPN region. Another still displayed the hotel provider. The client dashboard continued treating me as though the VPN were off.
At first, I assumed the browser had cached the old location. I cleared its data, opened another browser and restarted the VPN.
Nothing changed.Then I checked IPv4 and IPv6 separately.The VPN had replaced my IPv4 address. The hotel’s IPv6 address was still visible.
That matters because modern networks often give a device both types of address. A site can use the path the VPN changed—or the one it left behind. IPv6 adoption is now widespread enough that checking only IPv4 can create a false sense that the entire connection has moved. Research into commercial VPN use has also documented cases where a user’s native IPv6 address remained exposed while IPv4 traffic followed the tunnel.
The practical lesson was much shorter than the technical explanation:
Changing one address was not enough when the client portal could still see the other one.
More Servers Repeated the Same Incomplete Result
The established provider gave me several ways to respond.
I changed the server again. Then I changed the protocol. I disconnected, restarted the app and selected a third country.
Each attempt produced a new VPN IPv4 address.The IPv6 check still returned the hotel network.The client dashboard still rejected the session.
That was when the provider’s large server map stopped helping. I had many locations to choose from, but every choice reproduced the same incomplete route.
Before trying yet another country, I checked split tunnelling.
Months earlier, I had excluded one browser so that a banking website could use my ordinary connection. The rule was still active, quietly sending that browser outside the VPN.
That explained why one test page had shown the hotel address from the beginning. It also matched a common user frustration: an old split-tunnel exception remains in place long after the reason for creating it has been forgotten.
I removed the exception and tested again.
The browser now followed the VPN’s IPv4 route. The native IPv6 address remained visible, and the release dashboard still refused access.
The badge was green.
The working route was still incomplete.
The Browser Extension Fixed the Test, Not the Upload
With the deadline moving closer, I installed a free browser VPN extension.
It was quick. I selected the client’s region, refreshed the IP page and finally saw the address I expected inside Chrome.
The dashboard opened.For a moment, that looked like the solution.Then I started the release upload from the desktop client.It failed with the same location-policy warning.
The extension had changed Chrome’s route, but it had not changed the route used by the desktop application. Browser proxy tools are designed to handle supported browser traffic; software outside the browser can continue using the device’s normal network connection.
That explained the sudden split.
I could log into the dashboard through Chrome, but the application responsible for signing and uploading the build was still leaving through the hotel network.
Moving the entire release process into the browser would have meant rebuilding an approved workflow under a deadline. It also would not have proved that the rest of the laptop was protected.
The extension had solved the most visible test and missed the actual task.By then, I no longer needed another IP address on a webpage.I needed the browser and the upload client to leave through the same route.
The Work Preset Changed the Connection That Mattered
I opened OnlydogVPN, a smaller app I had installed as a backup.
It did not begin with a map or ask me to choose among dozens of similar server locations. The interface was organised around what I was trying to accomplish.
I selected the work preset.
The connection completed.
Before returning to the client portal, I repeated the checks that had exposed the earlier failure. The browser showed the VPN route. The IPv6 test no longer displayed the hotel connection. The desktop client also reached the regional endpoint through the selected route.
Then I opened the release dashboard.The location warning was gone.I authenticated, selected the signed build and started the upload.Ten percent.Thirty-eight.Seventy-four.
The earlier attempts had failed almost immediately. This one continued until the dashboard produced a build number and a green deployment check.
I copied the release link into the client chat with six minutes left.
The task was finished.
I could not see the dashboard’s internal location and risk rules, so I could not identify the exact signal behind every rejection. The result was still clear: the major provider changed only part of the visible route, the extension changed one browser, and the smaller app carried both the browser session and the upload client through the address I had selected.
That was more useful than any connected indicator.
The Old Split-Tunnel Rule Explained Why More Control Was Not Helping
After the release, I returned to the larger VPN and looked at the settings I had accumulated over time.
There were exceptions for a banking browser, a printer utility and a video application. Some traffic was included. Some was excluded. Each rule had made sense when I created it.
Together, they had made the meaning of “Connected” difficult to predict.
The VPN had not forgotten how to establish a tunnel. I had built enough alternative routes around it that the app’s status no longer described the whole laptop.
That is the hidden cost of flexibility.
Split tunnelling can be useful. It lets a bank, printer or local service bypass a VPN while other applications remain protected. Operating systems and VPN frameworks support these per-app rules precisely because users sometimes need different routes.
The problem begins when yesterday’s exception silently controls today’s urgent task.
The larger provider gave me enough options to create a connection I could no longer understand at a glance.
The smaller app gave me one work-focused route I could verify through the result on the screen.
An IP Address Is a Result, Not a Setting
Before that evening, I treated an IP check as a formality.Connect the VPN. See a different country. Continue.Now I use a short sequence.
I check the address in the browser I will actually use. I check both IPv4 and IPv6. Then I test the application that must complete the task.
The final step is the most important.
A browser extension can pass the browser test while a desktop application remains outside the route. Split tunnelling can protect most applications while excluding the one in front of me. A VPN can replace IPv4 while the original IPv6 address remains visible.
None of those failures are captured by the word “Connected.”
The relevant question is whether the traffic I care about leaves through the route I selected.
The smaller app made that answer obvious. The portal opened, the upload completed and the dashboard generated a build number.
I did not have to infer success from a timer, a server name or a green circle.
The work itself proved the connection.
The Work Preset Removed the Wrong Kind of Choice
The situation-based interface also changed how I responded to the problem.
With the established provider, every failure sent me back to geography. I kept asking whether London, Amsterdam or another nearby city would produce a better result.
But geography was not the real failure.
The browser and desktop client were following different paths, and one address family was still exposing the hotel connection. Choosing another country did not repair that split.
The work preset started from the task instead. I needed a consistent route across the tools involved in a release: browser authentication, dashboard access and the desktop upload client.
That was a better decision boundary.
Once connected, I did not need to supervise separate applications or remember which browser had been excluded months earlier. The route behaved consistently enough for the entire workflow to finish.
Under a deadline, that simplicity was not cosmetic.
It was the difference between diagnosing the VPN and delivering the build.
The Larger Provider Still Had Familiar Advantages
The established provider retained genuine strengths.
It had more countries, a longer public history and far more independent reviews. Its advanced routing controls would suit someone who regularly needs precise exceptions for different applications, banks and local devices.
The smaller service has fewer locations and a shorter record.
Those differences are real, but they did not decide this comparison.
I did not need another country in the menu. I needed the browser, the address checks and the release client to agree about where the connection was leaving the internet.
The established provider told me it was connected.
The smaller app gave the client dashboard the address I had selected—and the build number on the screen was the verification that mattered.
Frequently asked questions
What does this article recommend?
The recommendation in this article is OnlydogVPN. The connection completed. This is a scenario-specific recommendation based on the experience and tests described here, not a claim that one VPN is best for every user or every network.
What problem was the writer trying to solve?
The VPN app said “Connected,” but the client’s release dashboard still placed me on the hotel network in Lisbon. I refreshed the IP checker, opened a private window and tried a second site.
Why did the earlier options fail?
The VPN app said “Connected,” but the client’s release dashboard still placed me on the hotel network in Lisbon. I refreshed the IP checker, opened a private window and tried a second site.
Who is this recommendation most relevant to?
I did not need another country in the menu. I needed the browser, the address checks and the release client to agree about where the connection was leaving the internet. The established provider told me it was connected. It is most relevant to readers facing the same device, service, travel, or network problem described in the article. This is a scenario-specific recommendation based on the experience and tests described here, not a claim that one VPN is best for every user or every network.