Evolving World Events in H2 2020 Impacted Brand Risks, According to the Latest Media Quality Report by IAS


Today, Integral Ad Science (IAS), a global leader in digital ad verification, released its Media Quality Report (MQR) for H2 2020, providing transparency into the performance and quality of digital media across the APAC region, alongside global comparisons. Integral Ad Science’s H2 2020 MQR highlights brand safety, ad fraud, and viewability trends across display, video, mobile web, and in-app advertising. 

Key highlights from the report include:

Indonesia registered the highest brand risk globally on desktop display and mobile web display  

After a year of unexpected news and events, advertisers in Indonesia saw brand risk levels rise.

Brand risk on desktop display in Indonesia reached 8.2% H2 2020, the highest globally, while the worldwide average remained unchanged at 4.4% when compared to H2 2019. Other APAC markets such as Japan recorded an increase of 2.4 percentage points (pp) to 5.6%, Singapore 2.4%, and Vietnam which makes its debut this MQR reported 2.5% brand risk levels.

For mobile web display, the brand risk in Indonesia was reported at 16% in H2 2020, two and a half times higher than the worldwide average of 5.8%. Singapore and Vietnam for the same period reported lower brand risk levels of 3.5% and 3.0% respectively, whereas Japan and Australia increased 2.8 pp (to 10.4%) and 1.7 pp (to 4.2%) respectively.

Video impressions witnessed an increased brand risk worldwide in H2 2020, a trend that tended to correlate to video ad impression volumes throughout the second half of the year. It indicates a correlation between brand risk and increased video consumption as a result of consumer stay-at-home behaviours. Adult content was the primary driver of increased brand risk across all formats worldwide, often followed by hate speech, a reflection of turbulent news cycles globally.

APAC Viewability on mobile app ranked lower than the global average 

Viewability rose most in mobile app display environments, reaching a 72.1% worldwide average. This is likely as a result of wider adoption of the IAB Tech Lab’s Open Measurement Software Development Kit (OM SDK). Australia was the only APAC market that saw mobile app display viewability rise from 69.9% in H2 2019 to 73.0% in H2 2020, an increase of 3.1 pp. New Zealand reported a drastic reduction in mobile app display viewability, down 12.4 pp to 49.8% in H2 2020; the lowest globally. For other countries in the APAC region, mobile app display numbers were lower than the global average in H2 2020. India reported mobile app display viewability of 50.8%, Indonesia 65.2%, Singapore 69.9%. The lower viewability levels on mobile app results call for wider adoption of the OM SDK in the APAC region.

Compared to H2 2019, viewability on desktop display inventory decreased worldwide.


Ad fraud rates on desktop video increased

In H2 2020, global ad fraud rates improved overall. Optimised-against-ad-fraud levels dropped across all devices and environments reported. In APAC, Japan and Australia were the only markets to witness significant increases in ad fraud rates. Japan experienced increases in optimised-against-ad-fraud rates for display impressions in both desktop and mobile web environments. Australia also witnessed an increase, particularly for desktop video, which saw an optimised-against-ad-fraud rate of 1.6%, twice the average rate a year earlier.

For desktop display in H2 2020, Japan had the highest ad fraud rate globally at 2.9%, followed by Singapore at 2.6%, while the worldwide average was at 0.8%. Advertisers need to deploy effective blocking or use pre-bid to reduce wastage.

The latest Media Quality Report shares unique insights extracted from the trillions of data events IAS measures globally each month.

Integral Ad Science

Integral Ad Science (IAS) is a global leader in digital media quality. IAS makes every impression count, ensuring that ads are viewable by real people, in safe and suitable environments, activating contextual targeting, and driving supply path optimi...
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