Crooks use infected Google Translate app in cyber attack.

  /     /     /  
Publicated : 26/11/2024   Category : security


Crypto Crooks Spread Trojanized Google Translate App in Watering Hole Attack

How did Crypto Crooks spread a Trojanized Google Translate App?

A group of cyber attackers, known as Crypto Crooks, utilized a watering hole attack to distribute a malicious version of the Google Translate app. They compromised a legitimate website that was frequently visited by their target audience, making it easy for unsuspecting users to download the infected app.

What is a watering hole attack?

A watering hole attack is a method used by cybercriminals to infect a specific group of people by compromising websites that the group commonly visits. By targeting a website that is trusted by the users, the attackers can lure them into downloading malware or other malicious software without their knowledge.

Why is the Trojanized Google Translate App dangerous?

The Trojanized Google Translate App created by Crypto Crooks poses a significant threat to users. Once installed, the app can steal sensitive information, such as login credentials, financial data, and personal details. It can also be used to gain unauthorized access to the victims device and compromise their security.

People Also Ask

How can users protect themselves from malware attacks?

What are the signs of a Trojanized app?

Why do cyber attackers target specific groups with watering hole attacks?


Last News

▸ ArcSight prepares for future at user conference post HP acquisition. ◂
Discovered: 07/01/2025
Category: security

▸ Samsung Epic 4G: First To Use Media Hub ◂
Discovered: 07/01/2025
Category: security

▸ Many third-party software fails security tests ◂
Discovered: 07/01/2025
Category: security


Cyber Security Categories
Google Dorks Database
Exploits Vulnerability
Exploit Shellcodes

CVE List
Tools/Apps
News/Aarticles

Phishing Database
Deepfake Detection
Trends/Statistics & Live Infos



Tags:
Crooks use infected Google Translate app in cyber attack.