AI Overviews Impact Shopping Ad Performance: What Brands Need to Know
AI Overviews are reshaping the landscape of Shopping ad impressions and click-through rates, concentrating clicks among high-intent searches.
The Changing Landscape of Shopping Ads
As of September 2026, AI Overviews are significantly influencing the performance of Shopping ads, according to a report by Search Engine Land. These AI-driven summaries are reportedly reducing the overall impressions of Shopping ads while concentrating click-through rates (CTR) among searches with higher intent (Search Engine Land). This shift indicates a move towards more targeted advertising, where AI surfaces like ChatGPT and Google AI Mode are prioritising user intent over broad visibility.
The Role of AI Surfaces in Ad Targeting
AI surfaces such as ChatGPT, Google AI Mode, and Bing Copilot are increasingly sophisticated in deciphering user intent. They use complex algorithms to determine which ads to display based on the perceived relevance to the user's query. This evolution suggests that brands need to focus on aligning their ad content with high-intent keywords and queries to maintain visibility and effectiveness in AI-driven environments.
Strategies for Brands to Adapt
Brands must adapt to these changes by refining their advertising strategies. This includes leveraging structured data to ensure their product information is accurately captured by AI systems and optimising their content for high-intent search phrases. Additionally, brands should consider running regular AI visibility scans to identify how their ads are being presented across different AI platforms and make necessary adjustments.
Conclusion
The advent of AI Overviews is reshaping how Shopping ads perform, with a clear trend towards prioritising intent-driven interactions. Brands that adapt their strategies to align with these changes will likely see improved performance in AI-driven advertising landscapes. Run a free AI visibility scan at geomaestros.com to understand how your brand is being represented across AI surfaces.