Best VPN for Ethiopia: The One That Stayed in the Interview When the Network Changed

The interviewer could see Selam’s face, but not the code she was supposed to explain.

I was sitting beside a software developer in Addis Ababa whom I will call Selam. Her laptop showed four people inside a video call: two engineers in Berlin, a hiring manager in Nairobi and a recruiter who had already reminded everyone that the interview would end at 4 a.m. Ethiopian time.

Selam clicked Share screen.

A grey box replaced her code editor.

The hiring manager said something, but the audio broke apart before the sentence reached us.

Then the call displayed:

Your connection is unstable

I blamed the apartment router.

It had worked during the practice call that afternoon. The signal bars were full, and a speed test had looked respectable.

We moved the laptop closer to the window and restarted the router.

The call disconnected.

Selam joined again, apologised and reopened the programming exercise.

The interviewer asked her to run the test suite.

The terminal stopped halfway through downloading a required package.

It was 3:24 a.m.

Selam had spent three months reaching this interview. The role would let her work remotely for a European payments company, but the final evaluation depended on a twenty-minute live exercise.

The panel was not supposed to be measuring her internet connection.

It was beginning to feel as though they were.

She switched on her phone’s Safaricom hotspot and moved the laptop away from the router.

The meeting returned.

Her screen share did not.

That was when “best VPN for Ethiopia” stopped meaning the service that produced the highest speed-test number.

Selam needed a connection that could stay with the interview when the network underneath it changed.

A working connection can still be temporary

Ethiopia’s internet has expanded quickly.

Ethio Telecom reported 43. million mobile-data and internet users in its 2024–25 half-year results, while mobile-data consumption rose by almost half from the previous period. More people were studying, working and running businesses online, often through phones and hotspots rather than fixed office connections.

The infrastructure beneath that growth remained uneven.

Internet Society gives Ethiopia an internet-resilience score of 40 percent and describes provider choice as very poor. Regular internet use also remains limited, with a wide gap between cities and rural areas.

Access has been further shaped by deliberate restrictions. Ethiopia has experienced repeated shutdowns since 2016, including a disruption in Amhara that lasted close to a year and more localized interruptions reported in Oromia.

Selam was in Addis Ababa, not inside a declared regional blackout.

Her immediate problem was more ordinary: neither available connection was reliable enough to trust by itself.

That habit was familiar to Ethiopian users. When one mobile provider slowed, people switched to the other and hoped the stronger signal lasted long enough to finish the task.

Two connections created a backup.

They did not guarantee that an active interview would survive the handoff between them.

With the exercise still unfinished, Selam opened the established VPN already installed on her laptop.

The major provider made every switch a new beginning

The provider was a sensible first choice.

It had years of public history, many independent reviews and a large server network. Selam had used it previously to reach development resources and company dashboards.

She selected its recommended location.

The VPN connected.

The test package finished downloading, and the interview audio became clear.

For a minute, the problem seemed solved.

Selam shared her screen and began explaining the code.

Then the apartment connection slowed again.

She switched the laptop to her phone hotspot.

The VPN dropped.

The meeting froze, the screen share ended and the terminal lost its connection to the test server.

When the tunnel returned, the interview application placed Selam back in the waiting room.

The recruiter admitted her twenty seconds later.

“Sorry,” Selam said. “The network changed.”

The lead engineer asked her to continue.

She restarted the test.

This time, the provider connected through a different location. The code repository opened, but the meeting audio lagged several seconds behind the screen.

Selam changed servers.

That improved the audio and interrupted the screen share again.

At 3:31, the recruiter sent a private message:

We have about twelve minutes left.

The provider’s broad server network was a genuine strength. It gave Selam another route whenever one became slow.

But each new route also broke the work already happening on the previous one.

Recovery meant reconnecting the VPN, rejoining the interview, restarting the screen share and explaining what the panel had missed.

Selam did not need more ways to begin the call.

She needed one way to remain inside it.

The browser backup left the code outside

The meeting invitation also worked in a browser, so we tried a free VPN extension.

It installed quickly and opened the interview link.

The browser delivered the panel and audio, making it useful as an emergency entrance.

But Selam’s development environment was outside the browser.

The extension did not carry the desktop terminal, the package download or the connection used to push her code. Screen sharing required another permission prompt, and the browser could not capture the application window without restarting.

Doing that would consume another part of the interview.

The backup had reached the meeting page.

It could not keep the meeting, code editor and terminal inside the same connection.

At 3:34, the lead engineer simplified the task.

“Forget the second feature,” he said. “Show us how you would prevent two payment requests from updating the same balance.”

Selam opened the relevant function.

The phone hotspot dropped from 4G to a weaker signal.

Her cursor stopped moving on the shared screen.

By then, the comparison was clear.

The fastest route for one minute was not enough. The useful VPN was the one that could recover without forcing Selam to reconstruct the interview around it.

The smaller app stayed with the session

I opened OnlydogVPN^↗.

The app began with situations rather than a country map. I selected the preset for a weak or changing network and pressed connect.

Selam returned to the desktop interview application.

The panel reappeared.

She shared the code editor and continued from the line she had been discussing.

The lead engineer asked her to add a database lock.

Selam typed the change.

The test suite began running.

Halfway through, the apartment router came back online and the laptop automatically preferred Wi-Fi over the phone hotspot.

The audio paused.

The video softened.

Then both continued.

The meeting did not return Selam to the lobby.

Her screen share stayed active.

The terminal finished the test:

12 passed

“I still have your screen,” the engineer said.

Selam pushed the completed branch to the company’s temporary repository.

The upload completed without restarting.

She opened the result and explained the two lines that prevented both payment requests from changing the balance at once.

At 3:41, the lead engineer nodded.

“That is the answer we wanted.”

The recruiter asked one final question about Selam’s availability.

She answered it while the laptop remained on the apartment Wi-Fi. The phone hotspot stayed ready beside it, but the meeting no longer had to be rebuilt around every change.

At 3:44, the call ended normally.

A message arrived from the recruiter less than a minute later:

Technical stage completed. We will contact you about the final conversation.

The urgent task was complete.

Only then did the technical difference need explaining.

The smaller app uses an HTTP/3-based connection designed to recover when a device moves between networks.

I could not observe the providers’ internal routing or filtering decisions. What we could see was simpler: the major VPN rebuilt its tunnel and took the interview down with it, while the smaller app carried the active call through the handoff.

The explanation continued on her phone

After the formal interview ended, the lead engineer sent one additional request through the company chat.

He wanted a photograph of the diagram Selam had drawn during the exercise. It showed how she would separate payment authorization from the final balance update.

The drawing was on paper beside the laptop.

Signing another conventional VPN account into the phone would mean finding the password, approving another device and choosing another server.

The smaller app displayed a verification code instead.

Selam entered it on the phone, connected and sent the photograph through the company chat.

The engineer replied:

Clear, thank you.

It was a small action compared with the interview, but it answered a different problem. Selam could move the work to another device without another account login just as easily as she had moved the call between networks.

The service has fewer server locations and a shorter public history than the largest providers. Someone mainly seeking an IP address in a specific country may prefer an established company’s broader map.

Selam’s decision was not about appearing in a particular country.

The major provider offered more routes but treated each network change as a reason to rebuild the interview. The browser extension opened the meeting while leaving the development tools outside it. The smaller app kept the call, screen share and test run together while the laptop moved between connections.

For Selam, the best VPN for Ethiopia was the one that let the interview judge her code instead of her internet.