Detections
Explore public detection logic contributed by the community across SIEM and rule languages.
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The analytic detects the creation of an Outlook Macro (VbaProject.OTM) by a suspicious process. This file is normally created when you create a macro from within Outlook. If this file is created by a process other than Outlook.exe it may be maliciously created. This detection leverages data from the Filesystem datamodel, specifically looking for the file creation event for VbaProject.OTM. This activity is significant as it is commonly associated with some malware infections, indicating potential malicious intent to harvest email information.
This rule detects the creation of Scalable Vector Graphics (SVG) files on a system, particularly those initiated by common applications like Outlook, web browsers, or archive utilities. It then correlates this file creation with subsequent network activity from a browser process within a 5-minute window. The network activity is further scrutinized for suspicious URLs, specifically those using Cloudflare Workers domains with a specific pattern or URLs containing an '@' symbol, which can indicate obfuscation or malicious redirection attempts. This behavior is indicative of SVG smuggling techniques used to deliver malicious payloads or redirect users to phishing sites.
Detects the creation of files in a deceptive directory 'C:\Windows \System32\' (with a space after 'Windows'). This technique is used by a Zephyr/XMRig cryptomining campaign to stage files for DLL search order hijacking of 'printui.exe'.
Detects TTPs associated with a Lazarus subgroup using the SessionEnv service for persistence and privilege escalation. This involves phantom DLL loading, service auto-start configuration, and registry modification for elevated privileges.
Detects hard IoCs and activity associated with a trojanized installer of Velociraptor incident response tool making callbacks to C2 domains from workers[.]dev and tunneling with Visual Studio Code (code.exe). The detection looks for the creation of hard IoCs from this malicious Velociraptor installer V2.msi, followed by network connections to known C2 domains and the execution of related processes, including PowerShell (with support for detecting encoded commands to install code.exe) and msiexec activity tied to malicious domains.
Detects the PerfhLoader persistence technique used by the Lazarus Group, which involves modifying the 'SessionEnv' service to start automatically and either adding sensitive privileges or dropping a malicious DLL for phantom loading. This rule correlates events across process launches (sc.exe modifying SessionEnv service), registry modifications (adding privileges to SessionEnv service), and file creations (dropping a specific DLL for phantom loading).
Detects the creation of malicious drivers used by an EDR Killer tool. This tool is leveraged by numerous ransomware groups, including RansomHub, Blacksuit, Medusa, and INC, to disable security products before deploying ransomware. The detection is based on known malicious file hashes and drivers signed with specific, known-abused certificates.
This analytic detects the use of Windows command-line copy utilities, such as xcopy, to systematically collect files from user directories and consolidate them into a centralized location on the system. This activity is often indicative of malicious behavior, as threat actors frequently use such commands to gather sensitive information, including documents with .doc, .docx, and .pdf extensions. The detection focuses on identifying recursive copy operations targeting user folders, such as Documents, Desktop, or other directories that commonly store personal or organizational files. Malware that performs this behavior typically attempts to evade detection by using legitimate Windows utilities, executing commands through cmd.exe or other scripting hosts, and writing the collected files to directories like C:\ProgramData or temporary storage locations. Once collected, the information may be staged for exfiltration, used for lateral movement, or leveraged for further compromise of the environment. By monitoring for these types of file collection patterns, security teams can identify suspicious activity early, differentiate between normal administrative tasks and potentially malicious scripts, and prevent sensitive data from being exfiltrated. This analytic is particularly relevant for environments where confidential documents are present and attackers may attempt to harvest them using built-in Windows tools.
This rule detects suspicious file write and network activity that may indicate data exfiltration from a Windows Server using common tools like curl, ftp, or powershell. It correlates file creation/modification events with outbound network connections made by known exfiltration tools within a 5-minute window. This is useful for identifying insider threats, compromised servers, and automated exfiltration scripts.
Detects the creation of the 'socks' binary used by the Odyssey Stealer to establish a SOCKS5 proxy for network tunneling on compromised macOS systems. This rule identifies the binary based on specific SHA256 hashes and its filename 'socks'.
Detects the creation of a randomly named LaunchDaemon .plist file in /Library/LaunchDaemons/, a technique used by Odyssey Stealer for persistence.
Detects the creation of hidden configuration files used by the Odyssey Infostealer on macOS. These files are known to store sensitive data like passwords, C2 server details, and bot identifiers.
Detects a file being created in a temporary macOS directory, made executable, and then executed by a shell. This behavior is consistent with the Odyssey Infostealer, which downloads and runs scripts from temporary locations.
Detects the creation of keylogger output files by the WinMainSvc component, which is associated with the Crypto24 ransomware group. The keylogger runs as a service via svchost.exe and creates log files in the C:\Windows\tmp\ directory with a specific naming pattern.
The following analytic identifies a process writing a .txt file to a world writable path. This detection leverages data from Endpoint Detection and Response (EDR) agents, focusing on file creation events within specific directories. This activity is significant as adversaries often use such techniques to deliver payloads to a system, which is uncommon for legitimate processes. If confirmed malicious, this behavior could allow attackers to execute arbitrary code, escalate privileges, or maintain persistence within the environment, posing a significant security risk.
Detects potential exploitation of FortiWeb CVE-2025-25257, a pre-authentication SQL injection vulnerability. This rule identifies an SQL injection attempt against the '/api/fabric/device/status' endpoint, followed by either a suspicious Python file drop in a library directory or a request to a specific CGI script used to trigger the payload.
This rule detects activities associated with the RomCom threat group, including exploitation of CVE-2025-8088 (WinRAR path traversal), COM hijacking for persistence, anti-analysis techniques (RecentDocs check), C2 communication, and suspicious WMIC execution, potentially linked to a Mythic agent.
Detects the creation of specific ASPX web shells in the SharePoint LAYOUTS directory, a TTP associated with the exploitation of the 'ToolShell' vulnerabilities (e.g., CVE-2025-49706, CVE-2025-53770).
Detects the dual-use tool ADExplorer writing a complete Active Directory snapshot into a .dat file. This activity can be leveraged by attackers for various purposes, including data extraction for tools like Bloodhound, gathering usernames for password spraying attacks, or utilizing metadata for social engineering. While the snapshot typically does not contain password hashes, there have been instances where administrators inadvertently stored passwords in comment fields within Active Directory, which could then be exposed through such snapshots.
Detects when the explorer.exe process makes a network connection over SMB to a remote host and subsequently creates an executable file. This behavior is indicative of CVE-2025-50154, where a specially crafted LNK file can cause explorer.exe to silently download a binary from a remote share without user interaction.
KQL Query designed to detected tactics employed during active exploitation of WinRAR Zero-Day ( CVE-2025-8088)
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