Providing Market Intelligence for 40 Years

In The News

New Report Assesses Costs Of Ad-Blocking On Internet Video

Parks Associates is urging media companies to develop advertising campaigns that are “integrated and nondisruptive to the viewing experience” for internet video watchers, releasing new data that shows that ad-blocking cost the digital publishing industries some $41.4 billion worldwide in 2015.

According to Parks Associates’s new research report, Tracking Eyeballs: Video Analytics and Measurement, U.S. broadband homes watch an average of 3.8 hours of internet video on their TV sets every week. This is 20 percent of all video viewing on the TV set (about on par with DVR usage). The report notes that consumers might increasingly use ad-blocking solutions if digital ad models are disruptive to the viewing experience.

From the article "New Report Assesses Costs Of Ad-Blocking On Internet Video" by Mansha Daswani.

Previously In The News

Startup Talk: AT&T Joins Verizon With Announcement Of 5G Network Roadmap, Speeds 100x Faster

Dallas-based marketing research firm Parks Associates has released new mobile research showing 86% of U.S. broadband households now own a smartphone. The smartphone markets in European nations, like i...

Netflix Is King of Paid Streaming, Study Says

Fear about missing out on the next big video audience has spurred programmers like HBO, CBS, Showtime and others to launch their own personal versions of Netflix. But the money generated by their new...

Providers Fine-tune Their Business Models As A La Carte Streaming Services Proliferate

Those who prefer streaming video-on-demand aren’t shy about sharing passwords. About 6 percent of U.S. broadband households use an over-the-top video service paid by someone living outside of the hous...

TV Producers May Start Making You Wait For New Shows Online

As services like Netflix and Hulu boom, he said, television companies are looking for ways they can hold onto more of those streaming revenues themselves. The changes are especially noticeable at H...