OpenEDR Spawning Command Shell:
windowsprocess_creationmedium2026-02-19
Detects the OpenEDR ssh-shellhost.exe spawning a command shell (cmd.exe) or PowerShell with PTY (pseudo-terminal) capabilities.
This may indicate remote command execution through OpenEDR's remote management features, which could be legitimate administrative activity or potential abuse of the remote access tool.
Threat actors may leverage OpenEDR's remote shell capabilities to execute commands on compromised systems, facilitating lateral movement or other command-and-control operations.
Potentially Suspicious File Creation by OpenEDR's ITSMService:
windowsfile_eventmedium2026-02-19
Detects the creation of potentially suspicious files by OpenEDR's ITSMService process.
The ITSMService is responsible for remote management operations and can create files on the system through the Process Explorer or file management features.
While legitimate for IT operations, creation of executable or script files could indicate unauthorized file uploads, data staging, or malicious file deployment.
Uncommon File Created by Notepad++ Updater Gup.EXE:
windowsfile_eventhigh2026-02-03
Detects when the Notepad++ updater (gup.exe) creates files in suspicious or uncommon locations.
This could indicate potential exploitation of the updater component to deliver unwanted malware or unwarranted files.
Suspicious Child Process of Notepad++ Updater - GUP.Exe:
windowsprocess_creationhigh2026-02-03
Detects suspicious child process creation by the Notepad++ updater process (gup.exe).
This could indicate potential exploitation of the updater component to deliver unwanted malware.
Notepad++ Updater DNS Query to Uncommon Domains:
windowsdns_querymedium2026-02-02
Detects when the Notepad++ updater (gup.exe) makes DNS queries to domains that are not part of the known legitimate update infrastructure.
This could indicate potential exploitation of the updater mechanism or suspicious network activity that warrants further investigation.
linux latest updates
Linux Setuid Capability Set on a Binary via Setcap Utility:
linuxprocess_creationlow2026-01-24
Detects the use of the 'setcap' utility to set the 'setuid' capability (cap_setuid) on a binary file.
This capability allows a non privileged process to make arbitrary manipulations of user IDs (UIDs), including setting its current UID to a value that would otherwise be restricted (i.e. UID 0, the root user).
This behavior can be used by adversaries to backdoor a binary in order to escalate privileges again in the future if needed.
Linux Setgid Capability Set on a Binary via Setcap Utility:
linuxprocess_creationlow2026-01-24
Detects the use of the 'setcap' utility to set the 'setgid' capability (cap_setgid) on a binary file.
This capability allows a non privileged process to make arbitrary manipulations of group IDs (GIDs), including setting its current GID to a value that would otherwise be restricted (i.e. GID 0, the root group).
This behavior can be used by adversaries to backdoor a binary in order to escalate privileges again in the future if needed.
Suspicious Filename with Embedded Base64 Commands:
linuxfile_eventhigh2025-11-22
Detects files with specially crafted filenames that embed Base64-encoded bash payloads designed to execute when processed by shell scripts.
These filenames exploit shell interpretation quirks to trigger hidden commands, a technique observed in VShell malware campaigns.
Kaspersky Endpoint Security Stopped Via CommandLine - Linux:
linuxprocess_creationhigh2025-10-18
Detects execution of the Kaspersky init.d stop script on Linux systems either directly or via systemctl.
This activity may indicate a manual interruption of the antivirus service by an administrator, or it could be a sign of potential tampering or evasion attempts by malicious actors.
Python WebServer Execution - Linux:
linuxprocess_creationmedium2025-10-17
Detects the execution of Python web servers via command line interface (CLI).
After gaining access to target systems, adversaries may use Python's built-in HTTP server modules to quickly establish a web server without requiring additional software.
This technique is commonly used in post-exploitation scenarios as it provides a simple method for transferring files between the compromised host and attacker-controlled systems.
Other latest updates
AWS GuardDuty Detector Deleted Or Updated:
awsNULLhigh2025-11-27
Detects successful deletion or disabling of an AWS GuardDuty detector, possibly by an attacker trying to avoid detection of its malicious activities.
Upon deletion, GuardDuty stops monitoring the environment and all existing findings are lost.
Verify with the user identity that this activity is legitimate.
FortiGate - New VPN SSL Web Portal Added:
fortigateNULLmedium2025-11-01
Detects the addition of a VPN SSL Web Portal on a Fortinet FortiGate Firewall.
This behavior was observed in pair with modification of VPN SSL settings.
FortiGate - User Group Modified:
fortigateNULLmedium2025-11-01
Detects the modification of a user group on a Fortinet FortiGate Firewall.
The group could be used to grant VPN access to a network.
Splunk Detection rules latest updates
Azure AD PIM Role Assigned:
identityAzure Active Directory2026-03-13
The following analytic detects the assignment of an Azure AD Privileged Identity Management (PIM) role. It leverages Azure Active Directory events to identify when a user is added as an eligible member to a PIM role. This activity is significant because PIM roles grant elevated privileges, and their assignment should be closely monitored to prevent unauthorized access. If confirmed malicious, an attacker could exploit this to gain privileged access, potentially leading to unauthorized actions, data breaches, or further compromise of the environment.
Get DomainPolicy with Powershell Script Block:
endpointEndpoint2026-03-12
The following analytic detects the execution of the `Get-DomainPolicy` cmdlet using PowerShell Script Block Logging (EventCode=4104). It leverages logs capturing script block text to identify attempts to obtain the password policy in a Windows domain. This activity is significant as it indicates potential reconnaissance efforts by adversaries or Red Teams to gather domain policy information, which is crucial for planning further attacks. If confirmed malicious, this behavior could lead to detailed knowledge of domain security settings, aiding in privilege escalation or lateral movement within the network.
Detect Spike in blocked Outbound Traffic from your AWS:
networkAWS Instance2026-03-12
The following analytic identifies spikes in blocked outbound network connections originating from within your AWS environment. It leverages VPC Flow Logs data from CloudWatch, focusing on blocked actions from internal IP ranges to external destinations. This detection is significant as it can indicate potential exfiltration attempts or misconfigurations leading to data leakage. If confirmed malicious, such activity could allow attackers to bypass network defenses, leading to unauthorized data transfer or communication with malicious external entities.
Windows AdFind Exe:
endpointEndpoint2026-03-12
The following analytic identifies the execution of `adfind.exe` standalone or with specific command-line arguments related to Active Directory queries. It leverages data from Endpoint Detection and Response (EDR) agents, focusing on process names, command-line arguments, and parent Processes. This activity is significant because `adfind.exe` is a powerful tool often used by threat actors like Wizard Spider and FIN6 to gather sensitive AD information. If confirmed malicious, this activity could allow attackers to map the AD environment, facilitating further attacks such as privilege escalation or lateral movement.
GCP Detect gcploit framework:
threatGCP Account2026-03-12
The following analytic identifies the use of the GCPloit exploitation framework within Google Cloud Platform (GCP). It detects specific GCP Pub/Sub messages with a function timeout of 539 seconds, which is indicative of GCPloit activity. This detection is significant as GCPloit can be used to escalate privileges and facilitate lateral movement from compromised high-privilege accounts. If confirmed malicious, this activity could allow attackers to gain unauthorized access, escalate their privileges, and move laterally within the GCP environment, potentially compromising sensitive data and critical resources.
Detect New Open GCP Storage Buckets:
networkGCP Storage Bucket2026-03-12
The following analytic identifies the creation of new open/public GCP Storage buckets. It leverages GCP PubSub events, specifically monitoring for the `storage.setIamPermissions` method and checks if the `allUsers` member is added. This activity is significant because open storage buckets can expose sensitive data to the public, posing a severe security risk. If confirmed malicious, an attacker could access, modify, or delete data within the bucket, leading to data breaches and potential compliance violations.
Excessive Usage Of SC Service Utility:
endpointEndpoint2026-03-12
The following analytic detects excessive usage of the `sc.exe` service utility on a host machine. It leverages Sysmon EventCode 1 logs to identify instances where `sc.exe` is executed more frequently than normal within a 15-minute window. This behavior is significant as it is commonly associated with ransomware, cryptocurrency miners, and other malware attempting to create, modify, delete, or disable services, potentially related to security applications or for privilege escalation. If confirmed malicious, this activity could allow attackers to manipulate critical services, leading to system compromise or disruption of security defenses.
Windows RDP Server Registry Entry Created:
endpointEndpoint2026-03-12
This detection identifies the creation of registry keys under HKEY_CURRENT_USER\Software\Microsoft\Terminal Server Client\Servers\, which occur when a user initiates a Remote Desktop Protocol (RDP) connection using the built-in Windows RDP client (mstsc.exe). These registry entries store information about previously connected remote hosts, including usernames and display settings. Their creation is a strong indicator that an outbound RDP session was initiated from the system. While the presence of these keys is normal during legitimate RDP use, their appearance can be used to track remote access activity, especially in environments where RDP is tightly controlled. In post-compromise scenarios, these artifacts may be created by threat actors using RDP for lateral movement or command-and-control. Monitoring the creation of these registry entries can help defenders detect initial use of RDP from a compromised host, particularly when correlated with unusual user behavior, logon patterns, or network activity.
Windows Excel ActiveMicrosoftApp Child Process:
endpointEndpoint2026-03-12
The following analytic identifies the execution of the ActiveMicrosoftApp process as a child of Microsoft Excel. Under normal conditions, Excel primarily spawns internal Office-related processes, and the creation of ActiveMicrosoftApp is uncommon in day-to-day business workflows. Adversaries may abuse this behavior to blend malicious activity within trusted applications, execute unauthorized code, or bypass application control mechanisms. This technique aligns with common tradecraft where Office applications are leveraged as initial access or execution vectors due to their prevalence in enterprise environments. Detecting this relationship helps defenders spot suspicious child processes that may indicate malware execution, persistence mechanisms, or attempts to establish command-and-control. Security teams should investigate the parent Excel process, the context of the ActiveMicrosoftApp execution, and any subsequent network or file activity. While certain legitimate Office features could trigger this process in specific environments, its occurrence generally warrants further scrutiny to validate intent and rule out compromise.
Windows Rundll32 Load DLL in Temp Dir:
endpointEndpoint2026-03-12
This detection identifies instances where rundll32.exe is used to load a DLL from a temporary directory, such as C:\Users\<User>\AppData\Local\Temp\ or C:\Windows\Temp\. While rundll32.exe is a legitimate Windows utility used to execute functions exported from DLLs, its use to load libraries from temporary locations is highly suspicious. These directories are commonly used by malware and red team tools to stage payloads or execute code in-memory without writing it to more persistent locations. This behavior often indicates defense evasion, initial access, or privilege escalation, especially when the DLL is unsigned, recently written, or executed shortly after download. In normal user workflows, DLLs are not typically loaded from Temp paths, making this a high-fidelity indicator of potentially malicious activity. Monitoring this pattern is essential for detecting threats that attempt to blend in with native system processes while bypassing traditional application controls.
Jscript Execution Using Cscript App:
endpointEndpoint2026-03-10
The following analytic detects the execution of JScript using the cscript.exe process. It leverages data from Endpoint Detection and Response (EDR) agents, focusing on process and command-line telemetry. This behavior is significant because JScript files are typically executed by wscript.exe, making cscript.exe execution unusual and potentially indicative of malicious activity, such as the FIN7 group's tactics. If confirmed malicious, this activity could allow attackers to execute arbitrary scripts, leading to code execution, data exfiltration, or further system compromise.
O365 Threat Intelligence Suspicious File Detected:
threatO365 Tenant2026-03-10
The following analytic identifies when a malicious file is detected within the Microsoft Office 365 ecosystem through the Advanced Threat Protection engine. Attackers may stage and execute malicious files from within the Microsoft Office 365 ecosystem. Any detections from built-in Office 365 capabilities should be monitored and responded to appropriately. Certain premium Office 365 capabilities such as Safe Attachment and Safe Links further enhance these detection and response functions.
ASL AWS EC2 Snapshot Shared Externally:
threatEC2 Snapshot2026-03-10
The following analytic detects when an EC2 snapshot is shared publicly by analyzing AWS CloudTrail events. This detection method leverages CloudTrail logs to identify modifications in snapshot permissions, specifically when the snapshot is shared outside the originating AWS account. This activity is significant as it may indicate an attempt to exfiltrate sensitive data stored in the snapshot. If confirmed malicious, an attacker could gain unauthorized access to the snapshot's data, potentially leading to data breaches or further exploitation of the compromised information.
Windows Registry Delete Task SD:
endpointEndpoint2026-03-10
The following analytic detects a process attempting to delete a scheduled task's Security Descriptor (SD) from the registry path of that task.
It leverages the Endpoint.Registry data model to identify registry actions performed by the SYSTEM user, specifically targeting deletions of the SD value.
This activity is significant as it may indicate an attempt to remove evidence of a scheduled task for defense evasion.
If confirmed malicious, it suggests an attacker with privileged access trying to hide their tracks, potentially compromising system integrity and security.
Windows WBAdmin File Recovery From Backup:
endpointEndpoint2026-03-10
The following analytic identifies the execution of wbadmin.exe with arguments indicative of restoring files from an existing backup.
WBAdmin is a legitimate Windows Backup utility used for creating, managing, and restoring backups. However, adversaries may abuse it to restore specific files (e.g., sensitive credentials, configuration files, or malware stagers) from prior backups to regain access or re-establish persistence after cleanup or encryption events.
Monitoring this behavior is important because restoring individual files from a system backup outside of approved recovery workflows may indicate an attacker attempting to retrieve deleted or encrypted data, recover previously dropped payloads, or access prior system states as part of post-compromise activity.
If confirmed malicious, this action could enable attackers to regain operational footholds, extract sensitive data, or restore tampered components, undermining remediation and containment efforts.
