Best VPN for Kenya: The One That Kept the Original Footage Moving

The upload failed when Njeri crossed the street.

She was carrying a phone, a small microphone and forty-seven seconds of original video that an editor in Nairobi had asked her not to compress.

We had stepped into a café near the city centre to escape the noise outside. Njeri placed the phone beside a glass of water, connected to the café Wi-Fi and opened the newsroom’s upload link.

The file was 318 megabytes.

It reached 43 percent.

Then the Wi-Fi disappeared.

Her phone switched to mobile data, but the upload did not move with it. The page returned to zero.

I blamed the café router.

Njeri tried again using mobile data alone. The portal opened, but the estimated upload time kept changing—from six minutes to fourteen, then back to eight.

At 11 percent, it stopped.

Her editor sent a message:

I need the original before we publish anything.

A shortened copy of the clip was already circulating online. It had been reposted several times, stripped of context and paired with competing claims about where and when it had been recorded.

Njeri’s original contained the clean image, continuous audio and file information the editor needed to verify it.

The newsroom was not asking for a more dramatic version.

It was asking for the version that could still be checked.

That was when “best VPN for Kenya” became a question about continuity rather than speed.

We did not need the highest number on a test.

We needed the file to survive the next change of network.

The connection was weakest when the evidence mattered most

This happened during the June 25, 2025 demonstrations in Kenya.

Earlier that day, the Communications Authority had ordered television and radio stations to stop live coverage of the protests, warning broadcasters that they could face regulatory action if they continued.

Several television channels were subsequently taken off air. As conventional live coverage narrowed, online video, messaging groups and independent creators became more important to people trying to understand events as they unfolded.

Then Telegram began failing.

Network measurements found signs that the platform had been restricted for several hours on at least three Kenyan networks. The disruption came while journalists, activists, families and observers were already relying heavily on digital channels for updates.

VPN demand rose sharply. Proton recorded an 800 percent increase above its normal Kenyan baseline on June 25.

The surge reflected how information already moved through Kenya. WhatsApp, TikTok, YouTube and creator-led reporting had become important parts of the country’s news ecosystem, especially for younger audiences.

Njeri belonged to that creator layer, although she disliked the label.

Some weeks she filmed restaurant openings and graduation parties. On other days, an editor called because a major story was unfolding faster than a camera crew could move through Nairobi.

The phone in front of us contained the less visible part of that work: the original file that had to reach an editor before it could become a verified report.

Telegram was unreliable. The newsroom portal kept losing the upload. The café Wi-Fi weakened whenever the room filled with customers, while mobile data faded near the building’s interior.

The internet had not disappeared completely. It simply kept changing underneath the work.

That made a VPN useful only if it could keep the upload together through those changes.

Njeri opened the major provider already installed on her phone.

The established provider was fast until the route changed

It was a reasonable first choice.

The provider had years of public history, a large support operation and servers across dozens of countries. Njeri had used it while travelling and trusted it more than an unfamiliar free app.

She selected the recommended server.

The connection completed quickly.

A speed test showed nearly 12 Mbps upstream. On paper, that was enough.

We reopened the newsroom portal and selected the original video.

The upload moved faster than before.

Ten percent.

Twenty-seven.

Forty-one.

Then the café Wi-Fi weakened again.

The phone switched to mobile data. The VPN displayed Reconnecting, and the upload stopped.

When the connection returned, the portal showed an empty file field.

Njeri stared at it for a moment, then selected the video again.

This time, we disabled Wi-Fi and stayed on mobile data. The upload reached 36 percent before the signal dropped to one bar.

The provider rebuilt its tunnel.

The portal returned to zero.

We changed to another nearby server and repeated the process. The speed result remained respectable, but speed at the beginning was not preserving the work already completed.

I could not observe the mobile operator’s internal routing or see exactly where each interruption occurred. The result on the screen was clear: when the network changed, the provider created a fresh connection, and the upload forgot everything it had already received.

The server map was no longer helping us choose a better route.

It was helping us restart in more countries.

A smaller file would solve the wrong problem

Njeri opened her editing app and created a compressed copy.

The new file was only 34 megabytes. It would be easier to send through a messaging app, even on the unstable connection.

Before sending it, she called the editor.

“Can you verify from the smaller version?”

The answer was no.

The newsroom already had a compressed copy from social media. What it needed from Njeri was the original sequence and audio, together with the file produced by her phone.

A smaller export might still show what happened. It would not give the editor the same material for checking whether the recording had been cut, when it began or whether the sound matched the uninterrupted scene.

Njeri deleted the export.

That decision clarified the task.

We did not need to make some version of the video leave the phone.

We needed to keep the original intact and moving long enough to reach the newsroom.

The mobile signal was stronger near the road, so we stepped outside. The café Wi-Fi remained barely visible, causing the phone to move unpredictably between the two connections.

The major provider was still installed.

Njeri did not open it again.

The smaller app continued from where the signal weakened

I opened OnlydogVPN^↗.

Instead of beginning with a country map, the app offered presets based on the situation. I selected the option for a weak or changing network.

There was no conventional email-and-password registration between opening the app and making the first connection.

I pressed connect.

Then Njeri reopened the newsroom portal and selected the original file.

The upload began.

At 19 percent, a delivery motorbike stopped between us and the nearest mobile tower. The signal fell, then returned.

The progress bar hesitated.

It continued.

At 52 percent, the phone picked up the café Wi-Fi again.

We expected another reset.

Instead, the upload paused for several seconds and resumed from the same point.

Njeri stopped watching the percentage and began typing a note for the editor: the street, the approximate recording time, where she had been standing and what happened immediately before the clip began.

The upload reached 78 percent.

A crowd moved along the next junction, and we walked farther from the café entrance to keep the pavement clear. The phone dropped Wi-Fi and returned to mobile data.

The file kept moving.

At 12:18, the portal displayed a confirmation:

Upload complete.

The editor replied less than a minute later.

Original received. Audio and sequence check out.

Njeri sent her location notes and waited.

The newsroom published the verified clip with its own description rather than repeating the claim attached to the reposted version.

The job that had brought us into the café was complete.

Only then did the technical difference matter.

The smaller app uses an HTTP/3-based connection that can preserve an active transfer when the network path changes. In practice, the upload paused during the handoffs between Wi-Fi and mobile data instead of returning to zero.

The established provider had produced the better-looking speed test.

The smaller app preserved the part of the upload that had already happened.

The reporting handover stayed intact

Once the video was safely with the editor, Njeri wanted to send a longer written account from her laptop. The phone was down to 14 percent battery, and typing several paragraphs on it would only delay her next assignment.

The smaller app displayed a verification code for adding another device.

I entered it on the laptop without copying a VPN password onto a borrowed computer.

Njeri opened the newsroom workspace, expanded her notes and attached a still frame showing the wider location.

The phone had delivered the evidence. The laptop made the handover easier to finish.

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

Neither advantage decided what happened on the pavement.

The major provider began each upload quickly, but every network change erased the progress. A compressed copy would have travelled more easily while giving the editor less to verify. The smaller app carried the original file through the connection Njeri actually had: café Wi-Fi, weak mobile data and repeated movement between them.

For Njeri, the best VPN for Kenya was the one that did not turn every change of signal into another zero-percent upload.