Whether You Buy Online or in Stores, Google Will Know
Google's advertisers will soon be able to measure the success of their online campaigns based on credit card transaction data from physical stores.
Google, like other internet giants, makes its money from online advertising. So it must pander to advertisers -- assuring them their ads are working -- and consumers, convincing them that the personal data used to serve targeted ads aren't violating their privacy.
The company's latest attempt, currently in beta testing, will let marketers track the success of their ad campaigns online and in brick-and-mortar stores, thanks to Google's recently developed capability to identify purchases that consumers make with their physical credit or debit cards.
Google now plans to use artificial intelligence algorithms to augment the credit card transaction data to which it already has access, allowing advertisers to determine how much in-store revenue can be attributed to their online ad campaigns.
For an example of why such an ability is catnip to advertisers, consider the U.K.-based Holidays division of Richard Branson's Virgin empire, a Google advertiser. Google said in a blog post that Virgin Holidays has determined that a customer who purchases something in a physical store after clicking on an ad appearing in Google search results is three times more profitable than a customer who buys something online.
For consumers, the prospect of Google extending its data dragnet into physical stores is worrisome, especially since there's no third-party ad blocker you can activate while you're standing at the cash register. Thanks to third-party vendors, Google said it's able to capture approximately 70 percent of credit and debit card transactions in the United States.
"While we developed the concept for this product years ago, it required years of effort to develop a solution that could meet our stringent user privacy requirements," Google said in a statement to the Washington Post. "To accomplish this, we developed a new, custom encryption technology that ensures users' data remains private, secure and anonymous."