Cyber Security News

Hackers Deploy Fake Semrush Ads to Steal Google Account Credentials

In a recent cybersecurity threat, hackers have been using fake Semrush ads to target Google account credentials.

This campaign involves creating malicious ads that impersonate Semrush, a popular SEO and advertising platform used by many businesses, including 40% of Fortune 500 companies.

The attackers aim to exploit the trust associated with Semrush to gain access to valuable Google account information.

The Phishing Campaign

The phishing campaign began with ads for “Google Ads” that redirected users to a fraudulent Semrush login page.

Fake Semrush AdsFake Semrush Ads
fake Semrush and Google account login pages.

Initially, these ads used the “Google Ads” brand but quickly shifted to fully impersonate Semrush.

The attackers registered domain names similar to Semrush and used them to redirect users to fake login pages.

Notably, these pages only allow users to log in with their Google account credentials, indicating that the primary goal is to harvest Google account information.

Once victims enter their credentials, they are sent directly to the attackers, potentially exposing sensitive data from Google Analytics and Google Search Console.

Impact and Risks

According to the Report, Compromising a Google account can provide malicious actors with access to critical business data, including website performance metrics, user behavior patterns, and financial insights from Google Analytics.

This information can be used to gain a strategic advantage over competitors or to commit financial fraud.

Additionally, the integration of Google Analytics and Search Console data with tools like Semrush means that attackers could access a wealth of confidential business information without needing direct access to the Google account.

This interconnectivity also allows attackers to impersonate businesses, potentially leading to further financial exploitation by deceiving vendors or partners into sending payments to fraudulent accounts.

To combat this threat, cybersecurity experts have reported the malicious ads to Google, and companies like Malwarebytes have implemented protections against these phishing campaigns.

phishing page

Users are advised to be cautious when clicking on ads, especially those that redirect to unfamiliar login pages.

Implementing robust security measures, such as two-factor authentication and regularly monitoring account activity, can help prevent such attacks.

As brand impersonation continues to be a popular attack vector, it is crucial for individuals and businesses to remain vigilant and take proactive steps to protect their digital identities.

Investigate Real-World Malicious Links & Phishing Attacks With Threat Intelligence Lookup – Try for Free

Aman Mishra

Aman Mishra is a Security and privacy Reporter covering various data breach, cyber crime, malware, & vulnerability.

Recent Posts

Threat Actors Use Fake DocuSign Notifications to Steal Corporate Data

DocuSign has emerged as a cornerstone for over 1.6 million customers worldwide, including 95% of…

7 hours ago

Government Calls on Organizations to Adopt SIEM and SOAR Solutions

In a landmark initiative, international cybersecurity agencies have released a comprehensive series of publications to…

8 hours ago

WordPress TI WooCommerce Wishlist Plugin Flaw Puts Over 100,000 Websites at Risk of Cyberattack

A severe security flaw has been identified in the TI WooCommerce Wishlist plugin, a widely…

8 hours ago

Microsoft Alerts on Void Blizzard Hackers Targeting Telecommunications and IT Sectors

Microsoft Threat Intelligence Center (MSTIC) has issued a critical warning about a cluster of global…

9 hours ago

Hackers Use Fake OneNote Login to Capture Office365 and Outlook Credentials

A recent investigation by security analysts has uncovered a persistent phishing campaign targeting Italian and…

9 hours ago

Hackers Exploit Craft CMS Vulnerability to Inject Cryptocurrency Miner Malware

Threat actors have exploited a critical Remote Code Execution (RCE) vulnerability, identified as CVE-2025-32432, in…

9 hours ago