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DarkWatchman is a Windows-based remote access trojan associated with the Hive0117 intrusion set and used in campaigns primarily targeting Russian organizations, including accountants, financial departments, and entities in aerospace and related sectors.
Profile source: Mallory opens in a new tabDarkWatchman
DarkWatchman is a Windows-based remote access trojan associated with the Hive0117 intrusion set and used in campaigns primarily targeting Russian organizations, including accountants, financial departments, and entities in aerospace and related sectors. First observed in 2021, it is notable for a registry-centric, low-footprint design that combines a JavaScript backdoor with a PowerShell keylogger and minimizes reliance on conventional dropped executables.
DarkWatchman commonly arrives through phishing or spearphishing lures, including password-protected archives and fake software download pages. Infection chains have used self-extracting archives that deploy an obfuscated JavaScript backdoor and an encrypted blob that decrypts into base64-encoded PowerShell implementing keylogging. The JavaScript component executes through Windows Script Host and has been observed compiling C# code on victim systems via csc.exe, reflecting compile-after-delivery tradecraft.
The malware establishes persistence through scheduled tasks and stores configuration data, staged payloads, and collected information in the Windows Registry. It queries the Registry to determine whether it is already installed and modifies Registry values to retain configuration strings, encoded keylogger content, and collected output. This registry-heavy approach reduces on-disk artifacts and supports defense evasion. DarkWatchman has also been observed deleting installation artifacts, clearing browser history, uninstalling malicious components from the Registry, and deleting volume shadow copies when privileges permit.
Its capabilities include remote command execution, including PowerShell execution, host profiling, and collection of victim metadata such as username and OS locale. It can enumerate antivirus products and gather peripheral-related information, including signed Plug and Play drivers for smart card readers. The PowerShell keylogger captures keystrokes and has also been reported collecting clipboard and smart-card-related information relevant to abuse of remote banking workflows. Collected data is staged in the Registry, encoded before transmission, and exfiltrated over an encrypted command-and-control channel using TLS.
Operationally, DarkWatchman has been linked both to espionage-style targeting and financially motivated intrusions. In campaigns against accountants and business users, operators used the malware to gain access to remote banking environments and facilitate theft. The malware’s combination of JavaScript execution, PowerShell-based collection, registry-backed storage, and scheduled-task persistence makes it a distinctive fileless-style RAT focused on stealthy post-compromise control and data theft on Windows systems.
C2 tracking
Derp observations, rolling seven-day window
Reported operators
We attribute the executable with a high level of confidence to the DarkWatchman malware family, a custom-made backdoor leveraged the intrusion set Hive0117.
MITRE ATT&CK
Reporting
A Sonatype report identified six malicious npm packages that used Ethereum transactions to retrieve and stage malicious payloads, an unusual delivery method that obscures second-stage infrastructure behind blockchain activity. The campaign was linked in public reporting to ContagiousInterview and NullReceiver, indicating continued abuse of the JavaScript and Node.js ecosystem for software supply-chain compromise. The activity aligns with broader attacker tradecraft documented for MITRE ATT&CK T1059.007 (Command and Scripting Interpreter: JavaScript), which covers JavaScript and Node.js use for payload delivery, execution, reconnaissance, and command-and-control. Defenders monitoring follow-on behavior should watch for suspicious child-process activity and discovery commands launched from non-shell parent processes, a pattern reflected in Splunk detection guidance for tools such as ipconfig.exe, systeminfo.exe, net.exe, and whoami.exe executed outside normal cmd.exe or PowerShell chains.
Researchers reported multiple phishing campaigns delivering the DarkWatchman remote access trojan through Russian-themed lures, including a fake CryptoPro CSP site and messages imitating military conscription summons. Victims were directed to download password-protected or self-extracting archives that launched a downloader, dropped an obfuscated JavaScript backdoor, and decrypted a PowerShell-based keylogger. The malware collected keystrokes, clipboard contents, smart card data, and host information, then exfiltrated the data to command-and-control infrastructure. DarkWatchman stood out for storing configuration data, payload components, and stolen information in the Windows Registry rather than on disk, complicating detection and forensic recovery. The malware executed via wscript.exe, added Windows Defender exclusions, established persistence with Task Scheduler using generated task names, deleted installation artifacts, and in some cases removed volume shadow copies when running with elevated privileges. Reporting also linked the malware’s delivery and operation to heavy use of obfuscation and decryption techniques, including encrypted blobs and Base64-encoded PowerShell, consistent with MITRE ATT&CK T1140 behavior.
Invicta Stealer is being spread through phishing emails that impersonate GoDaddy refund invoices, using an infection chain that begins with a malicious HTML attachment and progresses through ZIP, LNK, HTA, and PowerShell stages before installing the information-stealing malware. Researchers said the malware’s developer has promoted the family on Telegram, YouTube, and GitHub, including a free builder that appears to have lowered the barrier to entry for other threat actors and increased the stealer’s circulation. Once executed by the victim, Invicta Stealer gathers extensive host and user data, including browser information, Discord data, cryptocurrency wallet contents, Steam and KeePass artifacts, installed application details, and files from Desktop and Documents, then compresses and exfiltrates the data to a Discord webhook or other command-and-control endpoint. The campaign aligns with common user execution tradecraft in phishing-led intrusions, and the malware also uses anti-analysis features such as encrypted strings, syscalls, and multithreading while collecting system and application context from infected machines.
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