<img height="1" width="1" style="display:none" src="https://www.facebook.com/tr?id=134132097137679&amp;ev=PageView&amp;noscript=1">

Pixalate Releases Q4 2023 Global vMVPD Ad Spend & Invalid Traffic (IVT) Trends Reports for Apple TV, Roku, Samsung TV, and Fire TV: Apple TV IVT Rates on Non-vMVPD Apps Are 184% Higher than vMVPD Apps

Mar 25, 2024 8:00:00 AM

LONDON, 25 March 2024 -- Pixalate, the market-leading fraud protection, privacy, and compliance analytics platform for Connected TV (CTV) and Mobile Advertising, today released the Q4 2023 vMVPD Traffic Analysis Reports for apps across the Apple TV, Roku, Samsung Smart TV, and Amazon Fire TV CTV app stores

To compile the research, Pixalate’s data science team reviewed 6+ billion global open programmatic advertising transactions across more than 13,000 CTV Bundle IDs mapped to over 6,000 unique CTV apps in Q4 2023.

Key Takeaways

  • Roku: 70% of estimated open programmatic global ad spend on Roku devices went to vMVPD apps in Q4 2023
    • Non-vMVPD apps had a 55% higher IVT rate on Roku
  • Amazon Fire TV: 46% of estimated open programmatic global ad spend on Amazon Fire TV devices went to vMVPD apps in Q4 2023
    • Non-vMVPD apps had a 161% higher IVT rate on Fire TV
  • Apple TV: 63% of estimated open programmatic global ad spend on Apple TV devices went to vMVPD apps in Q4 2023
    • Non-vMVPD apps had a 184% higher IVT rate on Apple TV
  • Samsung TV: 89% of estimated open programmatic global ad spend on Samsung Smart TV devices went to vMVPD apps in Q4 2023
    • vMVPD apps had a 5% higher IVT rate on Samsung

Top grossing vMVPD apps by CTV device - based on estimated open programmatic ad spend in Q4 2023, as measured by Pixalate

 

Apple

  1. Hulu
  2. Plex
  3. Fubo
  4. Sling TV 
  5. Haystack News: Local News & Weather

 

Amazon

  1. Hulu
  2. Pluto
  3. Tubi
  4. Philo
  5. Plex

 

Roku

  1. Hulu
  2. Pluto
  3. Sling TV
  4. Xumo Play
  5. Vix

 

Samsung

  1. Hulu
  2. Samsung TV Plus
  3. Vix
  4. NBC
  5. Philo 

vMVPD Apps: A ‘Nested’ Ecosystem

vMVPD (Virtual MultiChannel Video Programming Distributor) applications are designed to bundle TV channels into cost-effective "skinny bundles,” a concept stemming from traditional MVPDs like Comcast and Dish TV. In vMVPD environments, both the app and the offered channels within the vMVPD app can sell ads, creating a nested ecosystem. 

“This nested ecosystem, coupled with advertisers’ need to thoroughly understand the information regarding the channels and networks where their ads appear, has led to the proliferation of ‘Bundle IDs’ on vMVPD apps,” said Amit Shetty, VP Product, Pixalate. “The issue is particularly pronounced in the case of vMVPD apps compared to other Connected TV (CTV) apps.”

vMVPD apps differ from other types of apps, like SVOD (Subscription Video On Demand) and AVOD (Advertising-based Video On Demand) apps, as those do not “aggregate” linear channels, but instead curate shows or movies for their users.

Download the full Q4 2023 vMVPD Traffic Analysis Reports:

Samsung Smart TV     Apple TV

Fire TV     Roku


About Pixalate

Pixalate is a global platform specializing in privacy compliance, ad fraud prevention, and digital ad supply chain data intelligence. Founded in 2012, Pixalate is trusted by regulators, data researchers, advertisers, publishers, ad tech platforms, and financial analysts across the Connected TV (CTV), mobile app, and website ecosystems. Pixalate is accredited by the MRC for the detection and filtration of Sophisticated Invalid Traffic (SIVT).  pixalate.com

Disclaimer

The content of this press release, and the vMVPD Traffic Analysis Reports (the Report), reflect Pixalate's opinions with respect to factors that Pixalate believes may be useful to the digital media industry. Pixalate's opinions are just that, opinions, which means that they are neither facts nor guarantees. Pixalate is sharing this data not to impugn the standing or reputation of any entity, person or app, but, instead, to report findings and trends pertaining to programmatic advertising activity across in the time period studied.

Search Blog

Follow Pixalate

Subscribe to our blog

*By entering your email address and clicking Subscribe, you are agreeing to our Terms of Use and Privacy Policy.

Subscribe to our blog

*By entering your email address and clicking Subscribe, you are agreeing to our Terms of Use and Privacy Policy.