Unified Sysmon Configs

Enterprise-grade telemetry orchestration for Windows (Native & Legacy).
Optimized for Wazuh, third-party SIEM/XDR platforms, and proactive threat hunting.

Strategic Overview

Endpoint visibility is the cornerstone of modern Detection Engineering. With the release of Windows 11 (24H2+), Sysmon has transitioned into a Native OS Feature, fundamentally changing how security teams manage lifecycle, updates, and driver stability.

This repository serves as a centralized hub for production-ready configurations, bridging the gap between legacy Sysinternals deployments and the new native integration with full MITRE ATT&CK alignment and Wazuh ruleset coverage.

Legacy Sysmon configurations were traditionally designed around a "collect-first, filter-later" model. This often resulted in:

High event volume (excessive EPS/logging overhead)
Heavy reliance on SIEM parsing and post-processing
Limited behavioral context at the endpoint level

With Sysmon Native, the paradigm shifts:

Filter at the source. Dispatch only high-value telemetry.

Mindset	Strategy	Result
Legacy	Collect as much as possible, handle noise at the SIEM	High ingestion cost, analyst fatigue
Native	Apply intelligence at the endpoint, forward only actionable events	High signal-to-noise, faster triage

Behavioral Sensor Architecture

Transitioning from Legacy Logging to Sysmon Native Intelligence

Dimension	Legacy / Standalone	Sysmon Native (Kernel)	Technical Impact
Data Pipeline	Extensive SIEM Parsing	Natively Structured Events	Reduced External Dependencies
Field Quality	Inconsistent Context	High Fidelity Behavioral Data	More Accurate SIEM Rules
Strategy	Broad Data Collection	Intelligent Kernel Filtering	Significantly Lower Noise
Detection Type	IOC-Driven (Hashes/IPs)	Behavior-Driven (TTPs)	Enhanced Defense Against Evasion
Performance Impact	High SIEM Processing Load	Distributed Endpoint Load	Optimized System Resources

What changes in practice:

Structured Events - Sysmon Native preserves event integrity and structure from kernel to agent
Higher Fidelity - Command-line arguments, parent-child relationships, and process context are significantly more reliable
Reduced Noise - Advanced exclusions silence benign system activity before it leaves the host
Behavioral Detection - Shifts the focus from static IOCs (hashes/IPs) to dynamic TTPs

Detection Philosophy

Instead of merely flagging tools, this configuration focuses on identifying intent and behavior:

Category	What We Hunt	MITRE Techniques
Suspicious Execution	Encoded/hidden PowerShell, script execution from temp paths	T1059.001, T1059.003
LOLBins Abuse	Living-off-the-land binary misuse	T1218
Credential Access	LSASS memory access, credential dumping tools	T1003.001
Persistence	Registry hijacking, WMI subscriptions, startup abuse	T1547, T1546.003
C2 Indicators	DNS beaconing, non-standard port usage	T1071.004, T1571
Defense Evasion	Process hollowing, ADS creation, timestomping	T1055.012, T1564.004, T1070.006

Operational benefits:

Lower Ingestion Costs - Drastic reduction in data volume sent to the SIEM/Wazuh
Higher Signal-to-Noise Ratio - Analysts spend time on threats, not logs
Enhanced Threat Hunting - Cleaner data allows for more complex correlation and pivoting
MITRE ATT&CK Alignment - Direct visibility into the adversary playbook

Practical Example: Process Creation (EID 1)

Scenario: Detecting PowerShell abuse with obfuscation flags - T1059.001

Legacy approach (broad, high noise)

<ProcessCreate onmatch="include">
  <Image condition="image">powershell.exe</Image>
</ProcessCreate>

The problem: Fires on every PowerShell invocation - legitimate admin tasks, scripts, IDE integrations. High noise floor, zero behavioral context, constant false positives.

Native approach (behavioral, low noise)

<RuleGroup name="ProcessCreate-Includes" groupRelation="or">
  <ProcessCreate onmatch="include">
    <Rule name="T1059.001-PowerShell-Execution" groupRelation="and">
      <OriginalFileName condition="contains any">powershell.exe;pwsh.exe;powershell_ise.exe</OriginalFileName>
      <CommandLine condition="contains any">-enc;-nop;-w hidden;IEX;Invoke-Expression;DownloadString;FromBase64String;bypass;-ExecutionPolicy</CommandLine>
    </Rule>
  </ProcessCreate>
</RuleGroup>

The gain: Requires both conditions simultaneously via groupRelation="and" - fires only when PowerShell is launched with known evasion or obfuscation flags.

What this detects

Trigger	Command Example	ATT&CK
Base64 encoded payload	`powershell -enc SQBFAFgA...`	T1027
Hidden window + no profile	`powershell -nop -w hidden -c ...`	T1059.001
In-memory execution	`powershell IEX (New-Object Net.WebClient).DownloadString(...)`	T1105
Bypass execution policy	`powershell -ExecutionPolicy Bypass -File payload.ps1`	T1059.001

EID 1 field mapping in Wazuh

{
  "data.win.eventdata.image":            "C:\\Windows\\System32\\WindowsPowerShell\\v1.0\\powershell.exe",
  "data.win.eventdata.commandLine":      "powershell -nop -w hidden -enc SQBFAFgA...",
  "data.win.eventdata.originalFileName": "PowerShell.EXE",
  "data.win.eventdata.parentImage":      "C:\\Windows\\explorer.exe",
  "data.win.eventdata.hashes":           "MD5=...,SHA256=...,IMPHASH=...",
  "data.win.system.eventID":             "1"
}

Noise reduction: A single contains any on OriginalFileName alone fires on every PowerShell call. The AND condition cuts that volume by ~90% while preserving detection for actual abuse patterns.

Repository Structure

Unified-Sysmon-Configs/
│
├── configs/
│   ├── native/                          # Windows 11 24H2+ · Schema 4.91
│   │   └── sysmon-native.xml
│   └── legacy/                          # Windows 7+ · Sysinternals standalone
│       ├── sysmonconfig-export.xml      # SwiftOnSecurity baseline
│       └── sysmonconfig.xml             # olafhartong/sysmon-modular
│
├── ruleset/
│   └── rules/
│       ├── wazuh-server-4.14/           # Production-verified rules (live environment)
│       ├── wazuh-official-repo/         # Alignment with official Wazuh content
│       └── native-sysmon-rewrite-by-m0us3r/   # ← NEW · Full Native Sysmon rewrite
│           ├── 0595-win-sysmon_rules.xml        #   52 rules · EID 1-23 group tag definitions + routing
│           ├── 0800-sysmon_id_1.xml             #   83 rules · EID 1 Process Creation
│           ├── 0810-sysmon_id_3.xml             #   11 rules · EID 3 Network Connection
│           ├── 0820-sysmon_id_7.xml             #   10 rules · EID 7 Image Load
│           ├── 0830-sysmon_id_11.xml            #   29 rules · EID 11 File Create
│           ├── 0850-sysmon_process_anomalies.xml #  24 rules · EID 1 Process Anomaly
│           ├── 0860-sysmon_id_13.xml            #   11 rules · EID 13 Registry Value Set
│           ├── 0870-sysmon_id_8.xml             #    5 rules · EID 8 CreateRemoteThread
│           ├── 0945-sysmon_id_10.xml            #    4 rules · EID 10 Process Access
│           └── 0950-sysmon_id_20.xml            #    3 rules · EID 20 WMI Consumer
│                                                #  232 rules total · 8 EIDs covered
│
├── adv_simulation/                      # Adversary Simulation · Native vs Legacy
│   └── native_vs_legacy.md             # Comparative detection validation report
│
├── scripts/
│   └── Check-SysmonHealth.ps1          # 8-layer automated diagnostic script
│
└── docs/                               # Technical guides, screenshots, PDF

File	Lines	Schema	Operator Style	Model
`configs/native/sysmon-native.xml`	+400	4.91	`groupRelation="and"`, `contains any`, `excludes any`	Filter at the source
`configs/legacy/sysmonconfig-export.xml`	+1.100	4.50	OR-based include lists (`groupRelation="and"` supported since schema 4.2 but not applied in this file)	Collect-first, filter-later
`configs/legacy/sysmonconfig.xml`	+2.700	4.90	OR-based include lists (`groupRelation="and"` supported since schema 4.2 but not applied for these scenarios)	Collect-first, filter-later

The native config is 4-7x smaller not because it covers fewer threats, but because groupRelation="and" (schema 4.91) eliminates noise at the point of capture. The same EID that requires 50+ exclusion lines in a legacy config is resolved in 10 lines with AND logic in the native config.

Wazuh ruleset sync:

# Copy native rewrite rules to Wazuh manager
cp ruleset/rules/native-sysmon-rewrite-by-m0us3r/*.xml /var/ossec/ruleset/rules/

# Validate - must return zero warnings
/var/ossec/bin/wazuh-analysisd -t 2>&1 | grep -i "warning\|error\|critical"
echo "Exit: $?"

# Apply
systemctl restart wazuh-manager

Featured Documentation: Sysmon as a Native Resource

➔ Click here to view the Technical Guide (PDF)

Key insights from the guide:

Native Lifecycle Management - Leveraging KB5077241 for automated updates via Windows Update
Enterprise Scalability - Deployment strategies using DISM and PowerShell for fleet-wide provisioning
High-ROI Telemetry - A curated Top 10 list of critical events for maximum visibility
Operational Health Checks - Procedures for Schema validation and configuration auditing

Pre-Deployment & Health Checks

Verify the Sysmon Native state using multi-layer validation before applying any configuration.

1. Feature status (PowerShell)

# Check if feature is enabled
Get-WindowsOptionalFeature -Online -FeatureName "Sysmon"

# Quick active/inactive check
$f = Get-WindowsOptionalFeature -Online -FeatureName "Sysmon" -ErrorAction SilentlyContinue
if ($f.State -eq "Enabled") {
    Write-Host "Sysmon Native is ACTIVE" -ForegroundColor Green
} else {
    Write-Host "Sysmon Native is DISABLED" -ForegroundColor Red
}

2. Feature status (DISM / CMD)

Dism /Online /Get-FeatureInfo /FeatureName:Sysmon

3. Service and driver

sc query sysmon
fltmc filters | findstr "Sysmon"

Expected service output:

SERVICE_NAME: Sysmon
    TYPE               : 10  WIN32_OWN_PROCESS
    STATE              : 4   RUNNING
    WIN32_EXIT_CODE    : 0   (0x0)
    SERVICE_EXIT_CODE  : 0   (0x0)

4. Applied configuration

"C:\Windows\System32\Sysmon.exe" -c

Expected output:

Service name:       Sysmon
Driver name:        SysmonDrv
Config file:        C:\Windows\System32\Sysmon\config.xml
Config hash:        SHA256=6F5C1404DC97F2CFC72E17CCB5849C339B4AAD2D77FE36D123709219423B3E66
HashingAlgorithms:  MD5,SHA256,IMPHASH
Schema version:     4.91
Sysmon is running.

5. GUI validation

Settings → Apps → Optional Features → Installed features → Sysmon
services.msc → Sysmon → Status: Running | Startup: Automatic
eventvwr.msc → Applications and Services Logs → Microsoft → Windows → Sysmon → Operational

Manual verification of Sysmon Native feature via Optional Features GUI and successful Event Viewer log ingestion

Automated Health Audit (Recommended)

For deep and automated telemetry validation, use the senior diagnostic script included in /scripts. It performs an 8-layer scan - from binary integrity and digital signature verification to real-time event sampling and registry validation.

Layer	Check	What It Validates
1	Windows Optional Feature	Feature state, RestartNeeded
2	Binary Integrity	`Sysmon.exe` path, version, digital signature (Microsoft chain)
3	Windows Service	Running state, StartType, PID, ExitCode via WMI
4	Kernel Driver	`SysmonDrv` status, path, `driverquery` confirmation
5	Event Log	Enabled state, max size, most recent event timestamp
6	Configuration XML	Schema version, SHA-256 hash, filter rule count
7	Event Sample	Last N events with EID, timestamp, process path
8	Registry Keys	Service, driver and config keys with values

Run:

# Standard run - requires Administrator
powershell.exe -ExecutionPolicy Bypass -File ".\Check-SysmonHealth.ps1"

# With report exported to Desktop
powershell.exe -ExecutionPolicy Bypass -File ".\Check-SysmonHealth.ps1" -ExportReport

# Custom event sample count
powershell.exe -ExecutionPolicy Bypass -File ".\Check-SysmonHealth.ps1" -ExportReport -EventSampleCount 20

Wazuh Discover: Native Sysmon Integration

Real-world preview of Microsoft-Windows-Sysmon (Native) event ingestion - telemetry captured, decoded, and indexed by the Wazuh Manager.

Field	Value
Provider	`Microsoft-Windows-Sysmon` (Official Windows Component)
Key fields	`data.win.eventdata.targetFilename`, `data.win.eventdata.image`
Rule alignment	`/ruleset/rules/native-sysmon-rewrite-by-m0us3r/`
Detection scope	Executable drops, PowerShell execution, lateral movement, persistence

🔧 Wazuh Ruleset - Native Sysmon Rewrite

Production-validated · Wazuh 4.14.4 · Windows 11 24H2+ (KB5077241) · MITRE ATT&CK v15 · Zero warnings on wazuh-analysisd -t

Complete rewrite of the Wazuh Sysmon detection ruleset from Legacy Sysinternals format to Sysmon Native (Windows 11 24H2+ kernel-integrated Sysmon). Every rule was rebuilt from the ground up, tested against live telemetry from a production Wazuh 4.14.4 environment, and validated with zero warnings.

The Core Problem - Why the Migrated Rules Fail on 24H2+

Two independent failure modes - both producing silent, zero-alert results.

Failure 1 - Load order: The original 0330-sysmon_rules.xml used sysmon.* field names from a pre-Wazuh 3.8.0 decoder (if_sid>18100). That file was correctly rewritten to use win.eventdata.* fields and if_group>sysmon_event1. However, it also referenced if_sid>92000 (defined in 0800), and because 0330 loads before 0800 alphabetically, Wazuh discards those rules silently at load time. Fix: rename to 0850 so it loads after 0800.

Important clarification: win.eventdata.* fields are not exclusive to Sysmon Native. They have been available with Legacy Sysmon since Wazuh 3.8.0, when the agent is configured with log_format>eventchannel. What KB5077241 changed was the deployment model (Sysinternals binary to Windows Optional Feature), the schema version (4.50 to 4.91, unlocking new capabilities including extended OriginalFileName coverage and nested rule grouping), and the lifecycle management (manual updates to Windows Update). The fields and the decoder remain the same.

Failure 2 - Runtime evaluation path: All attempts using if_sid>60000 as a base anchor for the new native detection rules failed silently in production. The Wazuh rule engine walks the tree depth-first and stops at rule 61603 (EID dispatcher), never reaching a sibling branch anchored at 60000.

The architectural fix: if_group>sysmonEventX

Event arrives (Microsoft-Windows-Sysmon/Operational)
  -> 60004  (channel routing)
    -> 61600 (severity INFORMATION)
      -> 61603 (EID 1, assigns runtime group: sysmon_event1)
        -> 92000 (if_group>sysmon_event1 + providerName)   <- FIRES ✅
          -> 92027 (T1059.001 · PowerShell chain)           <- FIRES ✅
          -> 92057 (T1059.001 · EncodedCommand · level 12)  <- FIRES ✅

if_group references the runtime group tag assigned during event processing - no load-order dependency, no compile-time SID resolution failure.

Rule Count - Legacy vs Native

File	Legacy	Native	Delta	EID	Coverage
`0595-win-sysmon_rules.xml`	56	52	-4	1-23	EventChannel infrastructure routing + EID 1 process anomaly
`0800-sysmon_id_1.xml`	26	83	+57	1	Process Creation - Native anchor + full detection chain
`0810-sysmon_id_3.xml`	10	11	+1	3	Network Connection
`0820-sysmon_id_7.xml`	7	10	+3	7	Image Load - vaultcli.dll tiered detection
`0830-sysmon_id_11.xml`	28	29	+1	11	File Create
`0850-sysmon_process_anomalies.xml`	39 (was 0330)	24	-15	1	Process Anomaly chain (parent/image validation)
`0860-sysmon_id_13.xml`	10	11	+1	13	Registry Value Set
`0870-sysmon_id_8.xml`	4	5	+1	8	CreateRemoteThread
`0945-sysmon_id_10.xml`	3	4	+1	10	Process Access
`0950-sysmon_id_20.xml`	2	3	+1	20	WMI Consumer Activity
GRAND TOTAL	185	232	+47	8 EIDs

The delta in 0595 and 0850 reflects removal of legacy Sysinternals dispatcher rules (if_sid>18100 + sysmon.* fields) that are architecturally incompatible with the Native pipeline. Zero detection coverage was lost.

File Naming - Load Order Is Critical

Wazuh loads rules alphabetically. The group tag sysmon_event1 is registered when rule 61603 is processed inside 0595. Any file referencing if_group>sysmon_event1 must load after 0595.

0595  <- defines sysmon_event1 group tag (rule 61603)  <- group exists from here
0800  <- 92000 (Native EID 1 anchor: if_group>sysmon_event1)
0810  <- EID 3  · if_group>sysmon_event3
0820  <- EID 7  · if_group>sysmon_event7
0830  <- EID 11 · if_group>sysmon_event_11
0850  <- EID 1 process anomaly · if_group>sysmon_event1  <- MUST be > 0595
0860  <- EID 13 · if_group>sysmon_event_13
0870  <- EID 8  · if_group>sysmon_event8
0945  <- EID 10 · if_group>sysmon_event_10
0950  <- EID 20 · if_group>sysmon_event_20

The file 0330-sysmon_rules.xml is renamed to 0850-sysmon_process_anomalies.xml. This is not cosmetic - it is a required architectural change. Naming it 0330 causes 24 rules to be silently discarded at load time.

vaultcli.dll - Tiered Detection Architecture (Rule 92153 · EID 7)

vaultcli.dll (Windows Credential Vault Client Library) is a primary target for T1555 / T1555.004 credential dumping - Mimikatz vault::list, vault::cred and custom tooling.

Important: The signed field in EID 7 describes the loaded DLL, not the loading process. vaultcli.dll always reports signed=true / signature=Microsoft Windows regardless of who loads it. Detection must be based on loading process path risk.

Rule	Level	Trigger	Analyst Action
`92153`	0	vaultcli.dll loaded - known OS processes silenced by full path	Silent base anchor
`92158`	15	Loading process path in `Temp` / `AppData` / `Public` / `Downloads`	CRITICAL - treat as active credential dump
`92159`	10	Third-party process outside Windows system paths (e.g. MobaXterm)	ALERT - verify expected behavior on this host

OS exclusions confirmed via live Windows 11 24H2+ telemetry:

VaultCmd.exe - legitimate vault management tool
svchost, lsass, explorer, LogonUI, CredentialUIBroker - core OS processes
backgroundTaskHost, taskhostw, winlogon - Windows task and session hosts
C:\Windows\SystemApps\...\SearchHost.exe - Windows 11 Search UI - full path enforced
C:\Windows\System32\RuntimeBroker.exe - UWP broker - full path enforced

Full-path exclusions prevent bypass via process name spoofing. A malware.exe renamed SearchHost.exe in AppData\Temp still triggers rule 92158 at level 15.

Dual Provider Visibility - Preserved by Design

This rewrite does not replace or suppress EID 4688 (Security-Auditing). Both providers fire simultaneously, delivering complementary visibility layers:

[05:12:46] Rule 67027 | L3  | EID 4688 | Microsoft-Windows-Security-Auditing
[05:12:46] Rule 92057 | L12 | EID 1    | Microsoft-Windows-Sysmon

Provider	Rule	Level	Value
`Microsoft-Windows-Security-Auditing`	67027	3	Process telemetry - always-on baseline
`Microsoft-Windows-Sysmon`	92000-92083 (0800) · 184666-184777 (0850)	3-15	MITRE-aligned behavioral intelligence

EID 4688 = "who was born" · Sysmon EID 1 = "what it is doing and why it matters"

MITRE ATT&CK Coverage

Tactic	Techniques Covered
Execution	T1059, T1059.001, T1059.003, T1059.005, T1059.007, T1047, T1204.002, T1569.002
Persistence	T1543.003, T1546, T1546.003, T1546.011, T1547.001
Privilege Escalation	T1548, T1548.002
Defense Evasion	T1027, T1027.004, T1036, T1036.002, T1036.003, T1070.004, T1112, T1140, T1218, T1562, T1574
Credential Access	T1003.001, T1003.002, T1555, T1555.004
Discovery	T1018, T1033, T1069, T1082, T1087, T1135, T1518.001
Lateral Movement	T1021.001, T1021.002, T1021.004, T1021.006
Collection	T1560.001
Command & Control	T1095, T1105

Escaping Reference - Critical for Rule Maintenance

The Wazuh windows_eventchannel decoder doubles backslashes internally:

Context	PCRE2 Rule	Example
Stored internally by decoder	-	`C:\\Windows\\System32\\cmd.exe`
To match `\` in PCRE2	`\\\\`	`(?i)\\\\cmd\.exe$`
Path separators in field rules	`\\\\`	`[c-z]:\\\\Windows\\\\`
Regex metacharacters (`\s \d \b \.`)	`\\`	`\.exe`

Native Sysmon Rule Redesign for Windows Native Sysmon

0595  EID 1:  Process Creation - Infrastructure routing and process anomaly detection
0800  EID 1:  Process Creation - Native anchor + full behavioral detection chain
0810  EID 3:  Network Connection - Suspicious outbound connection detection
0820  EID 7:  Image Load - DLL load detection with vaultcli.dll tiered architecture
0830  EID 11: File Create - Suspicious file creation in high-risk paths
0850  EID 1:  Process Creation - Parent/Image anomaly detection chain
0860  EID 13: Registry Value Set - Persistence and defense evasion via registry
0870  EID 8:  CreateRemoteThread - Cross-process injection and lateral movement
0945  EID 10: Process Access - LSASS and sensitive process memory access
0950  EID 20: WmiEvent (Consumer Activity) - WMI-based persistence detection

Production Validation

Manager  : Wazuh 4.14.4 (Ubuntu)
Agent    : Win-Dell-10 · Windows 11 24H2+ (KB5077241)
Analyzer : wazuh-analysisd -t → 0 warnings, exit 0

[05:12:26] Rule 92027 | L4  | EID 1 | T1059.001 · PowerShell spawned PowerShell
[05:12:46] Rule 92057 | L12 | EID 1 | T1059.001 · PowerShell EncodedCommand detected
[05:14:31] Rule 92057 | L12 | EID 1 | T1059.001 · PowerShell EncodedCommand detected
EID 4688 (Rule 67027) firing in parallel - dual provider visibility confirmed ✅

Acknowledgments & Credits

This project is built upon the foundational work of the cybersecurity community and official Microsoft resources:

Wazuh Team - Premier open-source SIEM/XDR engine and continuous community support
Microsoft Learn - Enable Sysmon - Official guide for native Sysmon enablement
Native Sysmon Announcement - Microsoft Tech Community (Mark Russinovich)
KB5077241 - Official update catalog entry for Sysmon Native integration
Understanding Sysmon configuration files - Microsoft Windows Security
Olaf Hartong - Author of Sysmon-Modular, key reference for structured configurations and MITRE ATT&CK mapping
SwiftOnSecurity - The legendary sysmon-config that pioneered the baseline for endpoint visibility
Nextron Systems GmbH - forked and modified version of @SwiftOnSecurity's sysmon config
TrustedSec - SysmonCommunityGuide - Deep technical reference by Carlos Perez
MITRE ATT&CK - The framework that keeps this project honest

GOD, my dog Zeus and I. For the strength, the guard, and the code. 🐕

Author: m0us3r · @mym0us3r

Name		Name	Last commit message	Last commit date
Latest commit History 98 Commits
adv_simulation		adv_simulation
configs		configs
docs		docs
ruleset/rules		ruleset/rules
scripts		scripts
LICENSE		LICENSE
README.md		README.md

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Unified Sysmon Configs

Table of Contents

Strategic Overview

Behavioral Sensor Architecture

Detection Philosophy

Practical Example: Process Creation (EID 1)

Legacy approach (broad, high noise)

Native approach (behavioral, low noise)

What this detects

EID 1 field mapping in Wazuh

Repository Structure

Featured Documentation: Sysmon as a Native Resource

Pre-Deployment & Health Checks

1. Feature status (PowerShell)

2. Feature status (DISM / CMD)

3. Service and driver

4. Applied configuration

5. GUI validation

Automated Health Audit (Recommended)

Wazuh Discover: Native Sysmon Integration

🔧 Wazuh Ruleset - Native Sysmon Rewrite

The Core Problem - Why the Migrated Rules Fail on 24H2+

Rule Count - Legacy vs Native

File Naming - Load Order Is Critical

vaultcli.dll - Tiered Detection Architecture (Rule 92153 · EID 7)

Dual Provider Visibility - Preserved by Design

MITRE ATT&CK Coverage

Escaping Reference - Critical for Rule Maintenance

Native Sysmon Rule Redesign for Windows Native Sysmon

Production Validation

Acknowledgments & Credits

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