Sunday, January 19, 2025
HomeAndroidBADBOX Botnet Hacked 74,000 Android Devices With Customizable Remote Codes

BADBOX Botnet Hacked 74,000 Android Devices With Customizable Remote Codes

Published on

SIEM as a Service

Follow Us on Google News

BADBOX is a cybercriminal operation infecting Android devices like TV boxes and smartphones with malware before sale, which are often sold through reputable retailers and pose a significant threat to users due to their pre-installed malicious software, making detection challenging.

It previously thought eradicated has resurfaced with a significantly expanded reach, infecting over 192,000 Android devices, including smart TVs and smartphones from various manufacturers, primarily targeting users in Russia, China, India, Belarus, Brazil, and Ukraine. 

Stealthy Android TV malware, likely derived from Triada, compromises devices before sale, granting remote access to attackers, which was discovered in April 2023 and linked to the PEACHPIT botnet.

activity flow
activity flow

It leverages compromised devices for nefarious activities like proxying, remote code execution, and ad fraud, which can silently install additional malicious modules, enabling threat actors to launch new attacks. 

Free Webinar on Best Practices for API vulnerability & Penetration Testing:  Free Registration

The device, compromised by malicious firmware, automatically connects to a harmful network upon booting to receive and execute backdoors, which can then download and install additional malicious payloads without user authorization, enabling the attackers to carry out various undetected and evolving attacks.

POST telemetry
POST telemetry

Recent operations, such as the German disruption of 30,000 BADBOX-infected devices, have only temporarily slowed the botnet’s spread.

Bitsight’s sinkholing efforts revealed over 160,000 unique IPs, including 100,000 from high-end Yandex 4K QLED Smart TVs, demonstrating the botnet’s persistent threat and its expansion beyond low-cost devices.

The malware infected high-end Yandex 4K Smart TVs, compromising their security and enabling potential remote control, which marks a significant expansion of the malware’s target range beyond typical Android devices.

Yandex Smart TVs and T963 smartphones are compromised, with over 160,000 unique IPs communicating daily, which are linked to a recently registered Swiss Yandex branch, are leaking user data, as evidenced by the disclosed MAC addresses and increasing traffic volume.

OS: Android
OS: Android

YNDX Smart TVs dominate traffic, originating mostly from Russia. Hisense phones follow, with lower activity from other regions, which aligns with the limited sales reach of YNDX TVs, confirmed by the manufacturer’s website – they primarily target Russia and neighboring countries.  

An investigation linked IPs to BADBOX C2 domains through shared URI paths and identified new potential C2 domains by SSL thumbprint analysis. 

Currently active domains 
Currently active domains 

Two active domains showed BADBOX behavior and high pDNS requests, while others (yydsmd.com, etc.) used a different communication format (/ota/api/), suggesting a potential new BADBOX tactic. 

BADBOX malware, a global threat, leverages supply chains to infect various Android devices, including those from reputable brands like Yandex and Hisense, highlighting the growing sophistication of cybercriminals and the importance of vendor and partner trust to mitigate risks of data breaches and potential involvement in malicious activities. 

Investigate Real-World Malicious Links, Malware & Phishing Attacks With ANY.RUN – Try for Free

Latest articles

Hackers Easily Bypass Active Directory Group Policy to Allow Vulnerable NTLMv1 Auth Protocol

Researchers have discovered a critical flaw in Active Directory’s NTLMv1 mitigation strategy, where misconfigured...

AWS Warns of Multiple Vulnerabilities in Amazon WorkSpaces, Amazon AppStream 2.0, & Amazon DCV

Amazon Web Services (AWS) has issued a critical security advisory highlighting vulnerabilities in specific...

FlowerStorm PaaS Platform Attacking Microsoft Users With Fake Login Pages

Rockstar2FA is a PaaS kit that mimics the legitimate credential-request behavior of cloud/SaaS platforms....

New Tool Unveiled to Scan Hacking Content on Telegram

A Russian software developer, aided by the National Technology Initiative, has introduced a groundbreaking...

API Security Webinar

Free Webinar - DevSecOps Hacks

By embedding security into your CI/CD workflows, you can shift left, streamline your DevSecOps processes, and release secure applications faster—all while saving time and resources.

In this webinar, join Phani Deepak Akella ( VP of Marketing ) and Karthik Krishnamoorthy (CTO), Indusface as they explores best practices for integrating application security into your CI/CD workflows using tools like Jenkins and Jira.

Discussion points

Automate security scans as part of the CI/CD pipeline.
Get real-time, actionable insights into vulnerabilities.
Prioritize and track fixes directly in Jira, enhancing collaboration.
Reduce risks and costs by addressing vulnerabilities pre-production.

More like this

Hackers Easily Bypass Active Directory Group Policy to Allow Vulnerable NTLMv1 Auth Protocol

Researchers have discovered a critical flaw in Active Directory’s NTLMv1 mitigation strategy, where misconfigured...

AWS Warns of Multiple Vulnerabilities in Amazon WorkSpaces, Amazon AppStream 2.0, & Amazon DCV

Amazon Web Services (AWS) has issued a critical security advisory highlighting vulnerabilities in specific...

FlowerStorm PaaS Platform Attacking Microsoft Users With Fake Login Pages

Rockstar2FA is a PaaS kit that mimics the legitimate credential-request behavior of cloud/SaaS platforms....