Attackers uploaded malicious Python packages targeting Raydium and Solana users to PyPI, leveraging a StackExchange post to distribute the malware.  The multi-stage malware stole sensitive data, drained cryptocurrency wallets, and established persistent backdoor access, bypassing Windows security protections, underscoring the vulnerability of software supply chains and the ineffectiveness of traditional endpoint security solutions against modern […]

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Attackers uploaded malicious Python packages targeting Raydium and Solana users to PyPI, leveraging a StackExchange post to distribute the malware. 

The multi-stage malware stole sensitive data, drained cryptocurrency wallets, and established persistent backdoor access, bypassing Windows security protections, underscoring the vulnerability of software supply chains and the ineffectiveness of traditional endpoint security solutions against modern threats. 

An initial payload triggered a multi-stage attack, downloading additional malicious scripts to steal sensitive data.

The malware exfiltrated browser data, cryptocurrency wallet information, messaging app content, and screenshots. 

It also searched for specific keywords and encryption keys. Stolen data was compressed and sent via Telegram bots, while a backdoor provided persistent system access to the attacker. 

Analysis of attack victims reveals a strong correlation to Raydium and Solana users, indicating a targeted attack.

The attacker likely sought financial gain through the interception or manipulation of high-value transactions within this ecosystem, demonstrating strategic planning and a clear financial motive. 

Attackers Strategically Engineered Malware

The deceptive tactic involved creating a package that closely resembled legitimate software, potentially leveraging existing software’s functionality or codebase. 

The malicious payload was then stealthily embedded within the package, aiming to bypass initial security checks and execute harmful actions once installed. 

Despite Raydium being a legitimate Solana-based AMM lacking an official Python library, an attacker strategically exploited this absence by creating a fraudulent Python package bearing the same name on PyPI, aiming to mislead developers into installing malicious code under the guise of a legitimate Raydium integration.

The malicious actor embedded the harmful “spl-types” package within a seemingly legitimate dependency, effectively camouflaging the threat and misleading unsuspecting users into installing it alongside the trusted package. 

An attacker strategically leveraged StackExchange to promote a malicious “Raydium” package.

By infiltrating a highly viewed thread related to Raydium and Solana development, they crafted a seemingly authoritative response incorporating their malicious package. 

According to Checkmarx, this deceptive tactic, aiming to establish credibility and drive adoption, highlights the critical need for rigorous package verification, especially when relying on recommendations from anonymous online sources. 

Malicious packages exploited vulnerabilities in supply chain security, leading to severe financial losses for individuals and exposing critical gaps in existing security measures.

The attack compromised user systems, stealing sensitive data, including private keys. 

Traditional security solutions like Windows Defender failed to detect the threat, emphasizing the need for enhanced protection against package-based attacks, while the removal of malicious packages from repositories without leaving traces hinders threat investigation and leaves users vulnerable to future attacks from the same source. 

The post Hackers Abused StackExchange Platform To Deliuver Malicious Python Package appeared first on GBHackers on Security | #1 Globally Trusted Cyber Security News Platform.

Source: gbHackers
Source Link: https://gbhackers.com/stackexchange-malware-attack/