Videostew TTV Report
The state of text-to-video in newsrooms · Published semiannually
Issue 1 · 2026 H1

The State of Newsroom TTV

Text-to-video (TTV) is changing how newsrooms produce. The TTV meant here is not generative clips conjured from a prompt, but the practice of turning already published article text into video. We cross-analyzed roughly 6,700 videos that 38 news outlets made with Videostew in the first half of 2026, combining production data with YouTube performance.

After adopting TTV, news channels raised their video uploads by 2.4x to 11.1x, and views per video mostly rose 2x to 5x alongside.
01

What adoption changed: dormant channels wake up

Comparing each channel's upload history before and after adoption, the change appears as a step. Upload frequency is computed from each video's publish time, so older videos do not inflate the figure. The change held regardless of size. The same step showed up at small online outlets and at national dailies with hundreds of thousands of subscribers alike.

Monthly upload growth after TTV adoption (by outlet type, anonymized)
Baseline 1x = same as before adoption. Bars show post-adoption monthly average uploads as a multiple of the pre-adoption level.
The largest case is an economic outlet that had posted fewer than 8 videos a month before adoption. Around adoption it jumped to 85 a month, about 11.1x, and has held there since.
02

Who uses it: still a market of a few adopters

Many outlets have tried TTV at least once, but few use it steadily. Outlets that stopped after a single month are more than half by count, yet they account for under 4% of total volume. Whether adopted via SaaS or wired in via API, trial is wide and retention is narrow.

Concentration of first-half volume
Top 7: 71%
18%
11%
The top 7 outlets made 71% of first-half volume, and the top 13 made 89%. Economic and financial outlets account for about 60% of the total, and five large economic outlets among them make 46%.
03

How they use it: an outlet's character sets its video grammar

At the same size, outlets of different character make opposite videos. Length and orientation are set by an outlet's character more than its size.

Vertical vs. horizontal share, by outlet type
Vertical shortsHorizontal
Economic and financial outlets lean to vertical shorts regardless of size. General dailies and wire services that hold a broadcast license reuse broadcast footage as horizontal clips. Trade press runs long, averaging 90 seconds.
04

How much effort it takes: low cost, high speed

How easy TTV actually is shows plainly in the production data. Tool difficulty did not vary with size. Larger outlets simply run the same tool across more teams at once. This tendency is stronger where video generation is wired into the article flow via API. In the SaaS approach, where people build videos by hand, about 22% of generated videos never reached final posting, whereas in the API approach that share was just 1%.

Production reality
86%
SaaS videos finished in one pass, no rework
92%
API videos finished in one pass
23min
Median from picking source to first render
Eight in ten produced a first video within an hour. API-made videos usually took just minutes.

As it gets easier, larger outlets add more people. Large outlets split workspaces by desk, like the newsroom or the securities desk, so many reporters build videos at once in their own spaces. Small outlets usually work as one person in one space. At one regional outlet, over the 4 weeks before local elections, a single person made about 120 videos, absorbing alone an election-coverage demand that spiked from two to four a day.

Workspaces per outlet and how they collaborate
Large outlets run about ten workspaces by desk under one account, with several teams building together. Output scaled with the number of people involved, not with tool difficulty.
05

More volume without losing quality

A common worry is that churning out videos through automation drags quality down. The data showed the opposite. Because the source is a real published article rather than a scene conjured from a prompt, every video has something to convey, and viewers watch to the end. That the source is an article is what sets newsroom TTV apart from ordinary generative video.

Share who watch a video to the end (retention)
YouTube performance from one managed channel. Average retention per video was 60.9%, and top-viewed videos held from 80% to 90%. Because these videos carry a real article, viewers stay for the information in them.

Raising volume and holding per-video quality did not conflict. One regional outlet raised output from two to four videos a day during a local election, yet median views per video rose from 536 to 927 and channel impressions grew about 2.7x. The more it published, the more the channel's total views and subscribers grew together, with each video bringing in more than one new subscriber on average. At channels that sharply increased uploads after adoption, views per video mostly rose too. Here, producing more and protecting performance pointed the same way.

06

How many published articles become video

The share of published articles turned into video varies widely by outlet. TTV is not yet the mainstream of editing, but closer to a supplement that extends a portion into video.

Article-to-video conversion rate (by outlet type)
The fewer articles an outlet publishes, as with trade press, the higher its conversion rate; the more a large outlet pours out, the lower.
Closing

The production bottleneck is gone. Next come retention and results.

In the first half of 2026, TTV became a real production line, not a newsroom experiment. Every channel that adopted it raised output, and the change held regardless of size. Turning text into video is already fast and cheap.

Yet a few still carry the market. Volume clusters at the handful that stuck with it, and most outlets turn only a single-digit percentage of their articles into video. Where the production bottleneck cleared, the next one remains: what to turn into video, what to release, and how to connect it to results.

The Videostew TTV Report records this shift every half year. Issue 2 will keep tracking whether the retained group widens, where drop-off happens, and how format strategy diverges by outlet.
Methodology. Videostew production data (January 1 to June 30, 2026) combined with public YouTube statistics. Outlet names are withheld; figures are aggregated by type and size. Coverage sums SaaS adoption and volume produced through the Korea Press Foundation news-content shared-infrastructure program (API integration). Upload-frequency change is computed from each video's publish time so that older videos gain no advantage. View change is computed as daily average views divided by days since posting, except where a channel was effectively dormant before adoption (under 0.5 views a day), for which we substituted the growth rate of median views per video as a conservative measure. Industry-wide subscriber time series were excluded due to data-access limits; subscriber figures are confirmed only for channels we directly operate.
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