Google Photos Vulnerability

A vulnerability exists with the web version of Google photos allows malicious websites to extract the photos metadata information.

Google photos will tag your photos automatically based on the metadata information such as geographic coordinates, date, etc.

The Photo metadata allows information to be traveled along with the image file that can be read by software, hardware, and end users.

Imperva security researcher Ron Masas discovered a browser side-channel attack. Researchers used an HTML link tag to create multiple cross-origin requests to the Google Photos search using javascript to measure the time it took for the onload event to trigger.

By calculating the baseline time based on the trigger event, then researchers used the search query “photos of me from Iceland” and compared the result to the baseline.

If the query took a long time than the baseline time, then it will be assumed that query returned results matching to the photos in Iceland.

How the Attack Works

In order to make the attack works, first, the attacker needs to trick the user to open the malicious website at the time when the user logged into Google Photos. Imperva published a Video demonstration explaining the attack.

Once the malicious website is opened in the browser it silently generates requests to the Google Photos search endpoint and extracts answers to any query the attacker wants.

This process can be incremental, as the attacker can keep track of what has already been asked and continue from there the next time you visit one of his malicious websites, reads Imperva report.

The vulnerability was reported to Google by Imperva and the vulnerability has been patched now.

You can follow us on LinkedinTwitterFacebook for daily Cybersecurity updates also you can take the Best Cybersecurity courses online to keep your self-updated.

Related read

Beware !! Hackers Exploiting WinRAR Vulnerability to Hack Windows Computer While User Extract the Content

APT Hackers Group Exploiting the Window OS Using New Zero-day Vulnerability