Detections
Explore public detection logic contributed by the community across SIEM and rule languages.
174 detections
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This rule detects PowerShell commands or script blocks that enumerate running processes and query WMI/CIM classes (such as Win32_ComputerSystem or Win32_BIOS) to identify indicators of virtualization, sandboxing, or the presence of security analysis tools. This behavior is indicative of anti-analysis and sandbox-evasion techniques, commonly used by threat actors like Kimsuky to verify their execution environment before proceeding with malicious activity.
Detects outbound HTTP requests to known Kimsuky command and control (C2) infrastructure associated with the Stella_Gary campaign. The rule monitors for specific URI patterns ('/unicorn/mort.php' or '/unicorn/uni.txt') commonly used by this threat actor for beaconing.
Detects the Stella_Gary .NET backdoor loader used by Kimsuky/APT-C-55, identified by managed-layer reflective assembly loading strings (loader.Program.Main, AssemblyResolve callback, Stella_Gary.Program.Main)
Detects the Stella_Gary .NET backdoor loader used by Kimsuky/APT-C-55, identified by managed-layer reflective assembly loading strings (loader.Program.Main, AssemblyResolve callback, Stella_Gary.Program.Main)
Detects the Kimsuky trojanized .NET installer OrionQuests-Setup.exe that decrypts embedded AES resource OrionSetup.payload.enc to drop a decoy OrionLauncher installer and malicious LNK file
Detects known malicious files associated with Kimsuky (APT-C-55) Stella_Gary attack chain by MD5 hash: OrionQuests-Setup.exe installer, guide.url.lnk, test.bef_fri, and backdoor payload component
Detects the execution of OrionQuests-Setup.exe, a .NET-based executable identified as a malicious installer used by the Kimsuky (APT-C-55/BabyShark) threat group. The rule flags PE files that match the specific filename and contain both .NET framework indicators and references to LNK files, suggesting the dropper mechanism for initial stage infection.
Detects the execution or loading of modules, processes, or command lines associated with the Stella_Gary C# backdoor framework. This framework is utilized by the Kimsuky (APT-C-55) threat group as part of a modular, plugin-based capability loading architecture.
Detects PowerShell command lines that perform environment validation by enumerating running processes for security software (AV/EDR/Analysis tools) and querying WMI for virtualization artifacts. This behavior is consistent with anti-analysis and anti-sandbox evasion techniques used by threat actors, such as Kimsuky, to identify and verify the execution environment before proceeding with malicious activity.
Detects files that are masquerading as Rich Text Format (RTF) documents but do not contain valid RTF magic bytes and instead contain embedded Portable Executable (PE) headers or DOS stubs. This behavior is indicative of malware delivery via file-type masquerading, often used in spearphishing campaigns by actors such as Kimsuky.
Detects the presence of the modular C# backdoor framework known as Stella_Gary, used by the Kimsuky (APT-C-55) threat group. The rule identifies specific namespace and class strings associated with the framework within .NET executable files.
Detects the execution of 'OrionQuests-Setup.exe' followed by the creation of a shortcut (.lnk) file by the same process. This activity is a known indicator of the Kimsuky (APT-C-55) Stella_Gary infection chain, where a disguised installer drops malicious shortcuts to facilitate further execution.
This rule detects the presence of the unsigned 'OrionQuests-Setup.exe' file, which is a deceptive .NET installer associated with the Kimsuky (APT-C-55) threat actor, used to distribute the Stella_Gary backdoor. The rule looks for specific strings associated with .NET binaries and shortcut (LNK) file interaction, while excluding signed executables to reduce noise.
Detects outbound HTTP requests to known Kimsuky command and control (C2) infrastructure associated with the Stella_Gary campaign. The rule monitors for specific URI patterns ('/unicorn/mort.php' or '/unicorn/uni.txt') commonly used by this threat actor for beaconing.
Detects outbound HTTP requests to known Kimsuky command and control (C2) infrastructure associated with the Stella_Gary campaign. The rule monitors for specific URI patterns ('/unicorn/mort.php' or '/unicorn/uni.txt') commonly used by this threat actor for beaconing.
Detects HTTP beaconing activity associated with the Kimsuky threat group (Stella_Gary), specifically identifying requests to the /unicorn/ path. This pattern is characteristic of their C2 communication mechanism, which masquerades as legitimate browsing.
Detects HTTP beaconing activity associated with the Kimsuky threat group (Stella_Gary), specifically identifying requests to the /unicorn/ path. This pattern is characteristic of their C2 communication mechanism, which masquerades as legitimate browsing.
Detects HTTP beaconing activity associated with the Kimsuky threat group (Stella_Gary), specifically identifying requests to the /unicorn/ path. This pattern is characteristic of their C2 communication mechanism, which masquerades as legitimate browsing.
Detects established network connections to a known Kimsuky-associated infrastructure (107.172.249.140) on port 443. The rule filters out standard TLS handshakes by inspecting initial packet content, targeting non-standard or custom-protocol traffic, and limits alerts to once per hour per source host to reduce noise.
Detects established network connections to a known Kimsuky-associated infrastructure (107.172.249.140) on port 443. The rule filters out standard TLS handshakes by inspecting initial packet content, targeting non-standard or custom-protocol traffic, and limits alerts to once per hour per source host to reduce noise.
Detects established network connections to a known Kimsuky-associated infrastructure (107.172.249.140) on port 443. The rule filters out standard TLS handshakes by inspecting initial packet content, targeting non-standard or custom-protocol traffic, and limits alerts to once per hour per source host to reduce noise.
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