Detections
Explore public detection logic contributed by the community across SIEM and rule languages.
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Detects anomalous SSH sessions originating from potentially suspicious IP addresses that utilize an 'SSH-2.0-Go' banner and immediately perform file creation operations associated with the RedTail botnet (e.g., shell scripts or architecture-specific binaries).
Detects anomalous activity patterns consistent with automated firmware reverse engineering pipelines, specifically correlating the high-frequency execution of firmware analysis tools (e.g., binwalk, Ghidra) with the creation of vulnerability research knowledge base artifacts. This behavioral heuristic aims to identify potential AI-driven or automated zero-day discovery workflows by tracking tool usage density and output characteristics.
Detects gem packages containing a .yardopts file linking to attacker-controlled Ruby scripts abused for RCE during RubyDoc.info documentation builds
Detects gem packages containing a .yardopts file linking to attacker-controlled Ruby scripts abused for RCE during RubyDoc.info documentation builds
This rule detects the creation, modification, or renaming of 'ntdll.dll' within a specific directory path matching the pattern 'ShieldCrash_{GUID}'. This pattern is indicative of potential malicious activity, such as the use of NTFS Alternate Data Streams (ADS) for persistence or execution evasion. The rule explicitly excludes known legitimate system processes that may handle DLL files to minimize noise.
Detects the creation or renaming of files with an 'ELAM' (Early Launch Anti-Malware) naming convention pattern outside of standard system driver directories, performed by processes that are not verified Microsoft-signed binaries. This may indicate an attempt to install or masquerade as a boot-start driver for persistence or subverting security controls.
Detects the creation or renaming of files with an 'ELAM' (Early Launch Anti-Malware) naming convention pattern outside of standard system driver directories, performed by processes that are not verified Microsoft-signed binaries. This may indicate an attempt to install or masquerade as a boot-start driver for persistence or subverting security controls.
Detects the creation or modification of specific dropper/loader files and service worker registration within WordPress directory structures (wp-content/plugins, wp-content/themes, wp-content/uploads). These files are often associated with the injection of malicious scripts (e.g., on-chain resolvers) to facilitate drive-by compromises by site visitors.
Detects files referencing malicious implant install paths under C:\Windows\Fonts\web used to blend with legitimate system files
Detects a host performing high-volume outbound network scanning (connecting to 10 or more distinct public IP addresses within 15 minutes) followed by the execution of an executable file created in common suspicious directories (AppData, Temp, Downloads, or Users/Public) within a short window (10 minutes after the scan). This pattern is indicative of a compromised host scanning for lateral movement opportunities or propagation targets, followed by the deployment of malicious tooling.
This rule detects potentially malicious activity involving the modification of Excel macro security settings (specifically VBAWarnings or AccessVBOM) or the creation of autorun.inf files on removable drives. It identifies these behaviors when they coincide with the execution of Synaptics.exe within a 30-minute window, suggesting a potential correlation between local administrative tasks and malicious document-based payloads or portable drive staging.
This rule detects potentially malicious activity involving the modification of Excel macro security settings (specifically VBAWarnings or AccessVBOM) or the creation of autorun.inf files on removable drives. It identifies these behaviors when they coincide with the execution of Synaptics.exe within a 30-minute window, suggesting a potential correlation between local administrative tasks and malicious document-based payloads or portable drive staging.
Detects the creation, modification, or execution of a hidden file named '.rc' located in '/usr/local/bin/'. This behavior is suspicious as it may indicate an attempt to establish persistence or run malicious scripts via hidden configuration files, especially when performed by non-standard installers.
Detects the creation, modification, or execution of a hidden file named '.rc' located in '/usr/local/bin/'. This behavior is suspicious as it may indicate an attempt to establish persistence or run malicious scripts via hidden configuration files, especially when performed by non-standard installers.
Detects execution and file activity associated with the XRed backdoor, which masquerades as 'Synaptics.exe' by running from the non-standard 'C:\ProgramData\Synaptics\' directory instead of authorized system paths.
This rule detects modifications or creation of the SSH 'authorized_keys' file, often used to establish unauthorized persistent access via SSH key-based authentication. It monitors both file system changes and command-line execution patterns involving SSH key injection commands (e.g., echo, cat, redirection) while filtering out known management agent activity.
Detects SSH persistence planted during the Red Heron campaign: authorized_keys file writes under a .ssh folder, correlated with process command lines referencing authorized_keys and the operator's observed key comment naming pattern (backdoor / root-shell).
This rule detects potential execution of malicious files from removable media (e.g., USB drives). It monitors for a sequence of events where a removable drive is mounted, a file is subsequently created on that drive, and then that same file is executed within a short time window.
This rule detects potential execution of malicious files from removable media (e.g., USB drives). It monitors for a sequence of events where a removable drive is mounted, a file is subsequently created on that drive, and then that same file is executed within a short time window.
Detects file creation on a removable drive followed by process execution from that drive shortly after mounting.
Detects PEEP credential/session theft via the native-messaging bridge, native host registration, staged CRX, or extension ID references. The nm_host.exe branch is now anchored to the known PEEP extension IDs (primary and alternate build) or the com.peep.lab path, rather than firing on any nm_host.exe spawned by a browser.
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