Detections
Explore public detection logic contributed by the community across SIEM and rule languages.
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Detects potential DLL Sideloading activity as used by LockBit ransomware operators. This rule identifies when a legitimate, signed application (e.g., MpCmdRun.exe, jarsigner.exe) loads a corresponding DLL from the same, non-standard directory, a common TTP for defense evasion.
Yara rule that detects Pumakit rootkit.
Detects the NodeInitRAT NodeJS backdoor script used by the Mocha Manakin threat actor. This rule identifies specific strings related to C2 communication, persistence mechanisms, and command execution found within the script.
Detects various Indicators of Compromise (IOCs) associated with UAT-7237 activity, including file hashes, IP addresses, domains, and URLs. This rule identifies suspicious process executions based on known malicious file hashes and network connections to malicious IP addresses or URLs.
Detects ERMAC V3.0 C2/panel/builder traffic using backend API routes, auth artifacts, exfil paths, injects directory indicators, and unique strings from the source leak. Emphasizes multi-indicator matches in the same event for high confidence.
A new RoKRAT variant tied to APT37 delivers payloads via oversized LNK shortcuts, executing a two‑stage encrypted shellcode loader that uses steganography to conceal content. The malware achieves fileless execution by injecting into trusted processes (e.g., mspaint.exe, notepad.exe) and hides C2 activity within legitimate cloud storage services such as pCloud, Yandex Disk, and Dropbox, often leveraging hardcoded API tokens.
High‑level TTPs:
Initial Access: Malicious LNK files in compressed archives.
Execution & Persistence: PowerShell/BAT‑driven staged loaders with XOR decryption.
Defense Evasion: Process injection into signed Windows binaries; steganography for payload concealment.
Command & Control: Use of trusted cloud service APIs with embedded tokens to obfuscate malicious traffic.
High‑level TTPs:
Initial Access: Malicious LNK files in compressed archives.
Execution & Persistence: PowerShell/BAT‑driven staged loaders with XOR decryption.
Defense Evasion: Process injection into signed Windows binaries; steganography for payload concealment.
Command & Control: Use of trusted cloud service APIs with embedded tokens to obfuscate malicious traffic.
This rule consolidates multiple detections related to a widespread malspam campaign delivering the Nova infostealer. It hunts for activity across email, network, DNS, and firewall logs associated with known malicious domains, IPs, and specific TTPs like suspicious archive attachments from impersonated brands.
Detects network traffic to an ERMAC banking trojan exfiltration server by identifying a unique 'WWW-Authenticate' header in the HTTP response. This indicates a client device is communicating with a known ERMAC command and control server for data exfiltration.
Yara rule that detects PathWiper trojan.
RAR SFX-based dropper that extracts a JS payload (DarkWatchman-style)
ICEEVENT: MSVC x64 thunk/prologue patterns + distinctive 'Servcie' error strings
Detects files based on common ransomware file extensions or ransom note filenames. This rule is based on a community-sourced list and is intended for broad detection.
This rule detects files associated with Qilin (aka Agenda) ransomware based on known malicious file hashes. It monitors for file creation or process execution events where the SHA1, SHA256, or MD5 hash matches a predefined list of Qilin ransomware hashes.
This analytic detects the presence of a registry key associated with the Remcos RAT agent on a host. It leverages data from the Endpoint.Registry data model, focusing on instances where the "Software\Remcos" path is found. This behavior indicates potential compromise by the Remcos RAT, a remote access Trojan used for unauthorized access and data exfiltration. If confirmed malicious, the attacker could gain control over the system, steal sensitive information, or use the compromised host for further attacks. Immediate investigation and remediation are required.
Detects DEVMAN ransomware, a variant of DragonForce, based on unique strings related to its mutex, deterministic file renaming, and internal functionalities observed in analysis.
Detects components of the KimJongRAT PE variant, including the orchestrator (NetworkService.dll), loader (sys.dll/baby.dll), and stealer (dwm.dll), based on unique strings, PDB paths, and network communication artifacts.
Detects the execution of the Microsoft Connection Manager Profile Installer (cmstp.exe) with command-line arguments that are commonly used to bypass User Account Control (UAC) and execute malicious INF files. This technique is leveraged by malware like Katz Stealer.
This detection identifies known malicious file hashes associated with SharePoint exploitation campaigns. These hashes correspond to web shells and post-exploitation tools observed in attacks by threat actors like Storm-2603.
Detects PowerShell commands used by Katz Stealer to download an image file containing a steganographically hidden payload, which is then decoded and executed in memory.
Detects active network communication associated with known malware that is being allowed by the Palo Alto Networks firewall. This may indicate an ongoing security threat, where malicious traffic is bypassing firewall protections, potentially leading to system compromise, data exfiltration, or further infiltration within the network.
Catches MSI installer execution from browsers with silent installation flags, often used in FileFix attacks to install malware without user interaction.
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