Microsoft Identifies New Crypto Malware Targeting Wallet Addresses and Private Keys

TheNewsCryptoPubblicato 2026-06-19Pubblicato ultima volta 2026-06-19

Introduzione

In February 2026, Microsoft identified a new crypto clipper malware, dubbed Trojan/CryptoBandits.A, targeting Windows systems. The malware spreads via malicious shortcut files on USB drives and operates without a traditional installer or control servers by leveraging Windows Script Host and ActiveX to deploy a Tor proxy. Once active, it runs two modules: one for spreading and another for stealing information. The malware continuously monitors the clipboard for 12 or 24-word recovery phrases, Bitcoin/Ethereum private keys, and wallet addresses. When a user copies a wallet address, the malware silently swaps it with one controlled by attackers to divert funds. It also captures screenshots to gather information on wallet balances and user activity, sending data through Tor connections. Additional capabilities include remote code execution and persistence via scheduled tasks. Microsoft advises disabling auto-run features, restricting script interpreters and executable shortcuts from USB drives, and monitoring for suspicious activities like JavaScript execution, localhost:9050 proxy use, PowerShell screenshot capture, and clipboard monitoring.

In February 2026, Microsoft Threat Intelligence and Microsoft Defender Experts found a crypto clipper attack. This was a campaign that was constructed on Windows. The malware exploits cryptocurrency holders through clipboard hijacking and searches for sensitive wallet information. These were reported by Microsoft through their blog.

Attackers primarily spread this malware through malicious .lnk shortcut files distributed on USB drives.The activation of this malicious code leads to the release of two modules by the malware. One module spreads the malware across systems, while the other operates as a clipper and information stealer. Microsoft Defender Antivirus identifies the threat as Trojan/CryptoBandits.A.

Unlike most malware operations, this one does not require the use of an installer or any control servers since it uses the Windows Script Host and ActiveX technology to launch a packaged Tor proxy. It then uses a SOCKS5 proxy on the infected computer and then connects to the control servers, which run on Tor Hidden Service.

Malware Snatches Wallet Information and Swaps Addresses

Following the infection of the system, the malware constantly tracks any clipboard content and looks for recovery phrases, private keys, and wallet addresses. According to Microsoft, the malware targets precisely 12-word and 24-word recovery phrases, Bitcoin private keys, and Ethereum private keys. It swaps the copied wallet addresses with ones controlled by the attackers before users finish their transactions.

The malware takes screenshots and sends them via Tor connections, which allows the attackers to get more information on wallet balances and activities of users. Also, Microsoft stated that the malware has the ability of remote code execution, giving the attackers the possibility to send additional instructions while ensuring persistence through the use of scheduled tasks and encryption of malicious parts of the malware.

Researchers identified several indicators of compromise, including suspicious JavaScript execution, localhost:9050 proxy activity, PowerShell-based screenshot capture, and clipboard monitoring behavior. Microsoft recommended that organizations disable auto-run features. They would also limit script interpreters and executable shortcuts from USB drives, and monitor any suspicious activity related to this. This malware campaign underscores the continued growth of cryptocurrency usage among investors and users.

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Domande pertinenti

QWhat type of cyber attack did Microsoft identify in February 2026, and what does this malware specifically target?

AMicrosoft identified a crypto clipper attack. The malware targets cryptocurrency holders by hijacking their clipboards to steal sensitive wallet information, including recovery phrases, private keys, and wallet addresses.

QHow does the described malware initially spread to systems, and what is its primary method of operation?

AThe malware initially spreads through malicious .lnk shortcut files distributed on USB drives. Its primary method of operation is clipboard hijacking, where it monitors and swaps copied cryptocurrency wallet addresses with ones controlled by the attackers.

QWhat is unique about the command-and-control (C2) infrastructure of this malware campaign according to the article?

AUnlike most malware, it does not require an installer or traditional control servers. Instead, it uses Windows Script Host and ActiveX to launch a packaged Tor proxy, establishes a SOCKS5 proxy on the infected computer, and connects to control servers running as Tor Hidden Services.

QBesides clipboard monitoring, what other malicious capabilities does this malware possess?

ABeyond clipboard monitoring, the malware can take screenshots and send them via Tor connections, execute remote code, and ensure persistence on the infected system through scheduled tasks and encryption of its malicious components.

QWhat specific indicators of compromise (IoCs) and defensive measures does Microsoft recommend in response to this threat?

AIndicators of compromise include suspicious JavaScript execution, localhost:9050 proxy activity, PowerShell-based screenshot capture, and clipboard monitoring behavior. Microsoft recommends disabling auto-run features, limiting script interpreters and executable shortcuts from USB drives, and monitoring for related suspicious activity.

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