Detections
Explore public detection logic contributed by the community across SIEM and rule languages.
2,521 detections
Filters
Last updated
All Time
Detection languages
1,049
575
259
163
130
Contributors
536
485
323
178
133
Categories
1,256
974
852
701
406
Platforms
1,929
373
346
244
20
Products / Services
759
507
254
248
210
MITRE Techniques
18,116
15,638
12,587
8,397
6,227
2,521
CVEs
7
5
4
4
4
IDS Classtypes
201
41
5
4
1
IDS Protocols
175
38
21
9
7
KQL Query from file: Hunting NonEuclid RAT
KQL Query
Detects the execution of 'certutil.exe' with specific command-line flags ('urlcache' or 'verifyctl') used to download files from known file-sharing or content delivery websites. This technique is often leveraged by adversaries to transfer malicious tools or payloads into a compromised environment, bypassing traditional security controls.
Detects the execution of PowerShell commands that attempt to install MSI packages via the
Windows Installer COM object (`WindowsInstaller.Installer`) hosted remotely.
This could be indication of malicious software deployment or lateral movement attempts using Windows Installer functionality.
And the usage of WindowsInstaller COM object rather than msiexec could be an attempt to bypass the detection.
Windows Installer COM object (`WindowsInstaller.Installer`) hosted remotely.
This could be indication of malicious software deployment or lateral movement attempts using Windows Installer functionality.
And the usage of WindowsInstaller COM object rather than msiexec could be an attempt to bypass the detection.
Detects the execution of PowerShell commands that attempt to install MSI packages via the
Windows Installer COM object (`WindowsInstaller.Installer`) hosted remotely.
This could be indication of malicious software deployment or lateral movement attempts using Windows Installer functionality.
And the usage of WindowsInstaller COM object rather than msiexec could be an attempt to bypass the detection.
Windows Installer COM object (`WindowsInstaller.Installer`) hosted remotely.
This could be indication of malicious software deployment or lateral movement attempts using Windows Installer functionality.
And the usage of WindowsInstaller COM object rather than msiexec could be an attempt to bypass the detection.
Detects suspicious use of command-line tools such as curl or wget to download remote content - particularly scripts - into temporary directories (e.g., /dev/shm, /tmp), followed by immediate execution, indicating potential malicious activity. This pattern is commonly used by malicious scripts, stagers, or downloaders in fileless or multi-stage Linux attacks.
Detects potential malicious JavaScript obfuscated using the JSFireTruck technique, characterized by the repeated use of characters like [], (), !, and +. This rule looks for the presence of multiple distinct characters from the core JSFireTruck set within web response bodies.
Detects potential malicious JavaScript obfuscated using the JSFireTruck technique, specifically looking for the combination of core JSFireTruck characters and checks for document.referrer, often used to target traffic from search engines.
Attackers can use findstr to hide their artifacts or search specific strings and evade defense mechanism
Detects potential malicious JavaScript obfuscated using the JSFireTruck technique, specifically looking for the combination of core JSFireTruck characters and checks for document.referrer, often used to target traffic from search engines.
Detects network connections to known malicious domains and IPs associated with the Discord Invite Loop Hole campaign, including payload hosting, C2, and data exfiltration via Discord webhooks.
Detects an executable in the Windows folder accessing github.com
Detects potential exploitation of remote code execution vulnerability CVE-2025-33053
by monitoring suspicious image loads from WebDAV paths. The exploit involves malicious executables from
attacker-controlled WebDAV servers loading the Windows system DLLs like gdi32.dll, netapi32.dll, etc.
by monitoring suspicious image loads from WebDAV paths. The exploit involves malicious executables from
attacker-controlled WebDAV servers loading the Windows system DLLs like gdi32.dll, netapi32.dll, etc.
Detects potential exploitation of remote code execution vulnerability CVE-2025-33053
which involves unauthorized code execution via WebDAV through external control of file names or paths.
The exploit abuses legitimate utilities like iediagcmd.exe or CustomShellHost.exe by manipulating
their working directories to point to attacker-controlled WebDAV servers, causing them to execute
malicious executables (like route.exe) from the WebDAV path instead of legitimate system binaries
through Process.Start() search order manipulation.
which involves unauthorized code execution via WebDAV through external control of file names or paths.
The exploit abuses legitimate utilities like iediagcmd.exe or CustomShellHost.exe by manipulating
their working directories to point to attacker-controlled WebDAV servers, causing them to execute
malicious executables (like route.exe) from the WebDAV path instead of legitimate system binaries
through Process.Start() search order manipulation.
Detects potential exploitation of remote code execution vulnerability CVE-2025-33053
which involves unauthorized code execution via WebDAV through external control of file names or paths.
The exploit abuses legitimate utilities like iediagcmd.exe or CustomShellHost.exe by manipulating
their working directories to point to attacker-controlled WebDAV servers, causing them to execute
malicious executables (like route.exe) from the WebDAV path instead of legitimate system binaries
through Process.Start() search order manipulation.
which involves unauthorized code execution via WebDAV through external control of file names or paths.
The exploit abuses legitimate utilities like iediagcmd.exe or CustomShellHost.exe by manipulating
their working directories to point to attacker-controlled WebDAV servers, causing them to execute
malicious executables (like route.exe) from the WebDAV path instead of legitimate system binaries
through Process.Start() search order manipulation.
Detects the execution of PowerShell commands that attempt to install MSI packages via the Windows Installer COM object (`WindowsInstaller.Installer`) hosted remotely. This could be an indication of malicious software deployment or lateral movement attempts using Windows Installer functionality. The usage of the WindowsInstaller COM object rather than msiexec could be an attempt to bypass detection.
Detects the usage of curl.exe, KeyScramblerLogon, or other non-standard/suspicious processes used to create Autoit3.exe.
This activity has been associated with DarkGate malware, which uses Autoit3.exe to execute shellcode that performs
process injection and connects to the DarkGate command-and-control server. Curl, KeyScramblerLogon, and these other
processes consitute non-standard and suspicious ways to retrieve the Autoit3 executable.
This activity has been associated with DarkGate malware, which uses Autoit3.exe to execute shellcode that performs
process injection and connects to the DarkGate command-and-control server. Curl, KeyScramblerLogon, and these other
processes consitute non-standard and suspicious ways to retrieve the Autoit3 executable.
Curl.EXE Execution
Sigma
Detects a curl process start on Windows, which could indicates a file download from a remote location or a simple web request to a remote server
Detects the execution of a PowerShell command that downloads and executes a script from Pastebin, as seen in the Discord Invite Loop Hole campaign. This is the first stage after the user is tricked into pasting the command.
Detects a suspicious Microsoft desktopimgdownldr file creation that stores a file to a suspicious location or contains a file with a suspicious extension
Detects a suspicious Microsoft certutil execution with sub commands like 'decode' sub command, which is sometimes used to decode malicious code
Page 106 of 121