Latest innovation leverages AI to uncover low-quality sites at scale and minimize wasted ad spend 

NEW YORK – October 16, 2023 – Integral Ad Science (Nasdaq: IAS), a leading global media measurement and optimization platform, today announced a new Made for Advertising (MFA) AI-driven site detection and avoidance product. The company’s MFA site technology aims to improve transparency into advertiser campaign quality, identify where spend is being allocated, and inform optimizations to minimize waste on MFA sites. 

MFA sites are web pages featuring low quality content (e.g. spam sites, or ad farms) created solely to serve ads, and are optimized to perform well against traditional verification metrics, such as viewability. However, advertising spend on these sites does not drive meaningful outcomes, such as conversions or brand lift.

IAS’s new product leverages AI to uncover MFA sites at scale, allowing advertisers to take back control of their media quality and cut down on wasted spend. During Alpha testing, IAS delivered comprehensive campaign analysis demonstrating superior MFA site identification for some of the world’s largest advertisers and agencies.

IAS’s product supports the Association of National Advertisers’ (ANA) recent definition of MFA sites and incorporates characteristics such as ad-to-content ratio, ad refresh rate, and the source of the traffic coming to the site to classify a site as MFA. According to the ANA’s Programmatic Media Supply Chain Transparency Study, 21% of all advertisement impressions measured were served on MFA sites.

“Our MFA product was built to deliver unprecedented transparency to advertisers and provide them with the ability to both detect and avoid MFA sites in order to redirect their ad spend to publishers that drive a return,” said Yannis Dosios, Chief Commercial Officer, Integral Ad Science. “The industry faces a significant challenge in combating MFA sites. By leveraging AI, we have developed a scalable way to identify these low quality sources of inventory and improve overall campaign performance.”

Advertisers and their agencies need confidence that the industry is converging on agreement about the specific websites that compose the MFA category. By training its model against Jounce Media’s widely adopted list of MFA domains and incorporating signals from Sincera, IAS has developed the industry’s first pressure tested solution for detecting and blocking MFA at scale.

“Advertisers should recognize that MFA websites can account for a significant portion of their overall campaign and should determine, independently, if MFA sites fit with their brand suitability standards for content and user experience. We applaud IAS for taking action after we released the findings from our programmatic transparency report and for supporting our definition of MFA,” said Bill Duggan, ANA group executive vice president. “We have found that awareness of MFA sites among the ANA community of media professionals to be limited – which is surprising. We look forward to further developments from IAS around MFA site identification and ad spend optimization to help better educate and inform buyers.”

The IAS MFA product completed alpha testing in early October 2023, and is available now as a beta measurement offering for select customers. General availability is expected to expand to all customers in early 2024.

For more information on how IAS is identifying and combating MFA sites, visit: How Marketers Can Detect and Avoid Made for Advertising Sites

About Integral Ad Science

Integral Ad Science (IAS) is a leading global media measurement and optimization platform that delivers the industry’s most actionable data to drive superior results for the world’s largest advertisers, publishers, and media platforms. IAS’s software provides comprehensive and enriched data that ensures ads are seen by real people in safe and suitable environments, while improving return on ad spend for advertisers and yield for publishers. Our mission is to be the global benchmark for trust and transparency in digital media quality. For more information, visit technologyblg.wpenginepowered.com.Contact: press@technologyblg.wpenginepowered.com