Adverty AB (publ) has been granted its third patent by the United States Patent and Trademark Office for its in-game ad viewability technology BrainImpression
Adverty, the leading in-game platform for advertisers, agencies and game developers, today announces the notice of allowance for its third in-game ad viewability technology patent by the United States Patent and Trademark Office. The technology, known as BrainImpression
“It’s imperative that the media industry uses its collective knowledge and powers of innovation to help define appropriate viewability standards. This must include in-game advertising, and must cover every type of screen today. With increasing focus on gaming within the wider ecosystem, we are delighted to be leading the development and rollout of ad viewability within this critically important sector,” says Niklas Bakos, CSO and founder at Adverty.
Viewability is one of the most important metrics in brand advertising and several renowned brands tend to exclude websites and other advertising media with low viewability in their media plans. To help advertisers understand, and publishers define, how best to count an ad as seen, the media industry has established standards on how to measure web-based ad viewability. In regards to in-game advertising viewability, the industry is still in an early phase, with Adverty taking an active role in helping both the Internet Advertising Bureau (IAB) and leading third party ad verification companies, such as Oracle Moat, to define these industry-wide, sought-after standards.
Furthermore, the patent includes specific methodologies for ads in the three-dimensional gaming space, where viewing angles and incidence angles towards the ad and the user display determine how well the ad is visible at any given time. An ad unit viewed from the side is not detected as quickly, if at all, for instance, depending on its viewing angle, compared to an ad unit seen from a straight angle. Moreover, an advert placed in the centre of the field of view is classified as seen faster than an ad closer to the periphery with a higher angle of incidence.