Deploy TYCHON Quantum Readiness via CrowdStrike RTR with Falcon LogScale SIEM integration
Deploy TYCHON Quantum Readiness across your endpoint fleet using CrowdStrike Falcon's Real Time Response (RTR) capabilities. Execute cryptographic assessments remotely and stream results directly to Falcon LogScale or external SIEM platforms for centralized analysis.
Remote execution via Falcon RTR console
Automated deployment and execution scripts
Native SIEM integration and analysis
Upload TYCHON Quantum Readiness to Falcon for RTR distribution:
Windows: certscanner-windows-amd64.exe
Linux: certscanner-linux-x64
macOS: certscanner-darwin-amd64
# Upload TYCHON Quantum Readiness binary via API
curl -X POST "https://api.crowdstrike.com/real-time-response/entities/scripts/v1" \
-H "Authorization: Bearer $FALCON_TOKEN" \
-H "Content-Type: multipart/form-data" \
-F "file=@certscanner-windows-amd64.exe" \
-F "name=certscanner-windows" \
-F "description=TYCHON Quantum Readiness cryptographic assessment tool" \
-F "platform=windows"
PowerShell script for automated TYCHON Quantum Readiness execution via RTR:
# CrowdStrike-TYCHON Quantum Readiness-Deploy.ps1
# RTR script for deploying and executing TYCHON Quantum Readiness
param(
[string]$FalconCID = $env:FALCON_CID,
[string]$LogScaleToken = $env:LOGSCALE_TOKEN,
[string]$ScanMode = "comprehensive"
)
$TempPath = "$env:TEMP\TYCHON Quantum Readiness-RTR"
$ScannerPath = "$TempPath\certscanner.exe"
$ResultsPath = "$TempPath\crypto-results.ndjson"
try {
Write-Host "CrowdStrike RTR TYCHON Quantum Readiness deployment starting..."
Write-Host "🖥️ Target: $env:COMPUTERNAME"
Write-Host "🏢 CID: $FalconCID"
# Create working directory
if (!(Test-Path $TempPath)) {
New-Item -Path $TempPath -ItemType Directory -Force | Out-Null
}
# Download TYCHON Quantum Readiness from RTR file repository
# Note: Binary should be pre-uploaded to Falcon RTR custom scripts
Write-Host "📦 Retrieving TYCHON Quantum Readiness binary from Falcon RTR..."
# Copy from RTR custom scripts location
Copy-Item -Path "C:\Windows\CarbonBlack\RTR\certscanner.exe" -Destination $ScannerPath -Force
if (!(Test-Path $ScannerPath)) {
throw "TYCHON Quantum Readiness binary not found in RTR scripts"
}
# Configure scan parameters based on mode
$ScanArgs = @("-mode", "local", "-outputformat", "flatndjson", "-output", $ResultsPath)
switch ($ScanMode) {
"quick" {
$ScanArgs += @("-scanconnected", "-tags", "crowdstrike-rtr,quick-scan")
}
"comprehensive" {
$ScanArgs += @("-scanfilesystem", "-scanmemory", "-scanconnected", "-scanoutlookarchives", "-tags", "crowdstrike-rtr,comprehensive-scan")
}
"incident-response" {
$ScanArgs += @("-scanmemory", "-scanconnected", "-tags", "crowdstrike-rtr,incident-response,priority")
}
}
# Execute TYCHON Quantum Readiness
Write-Host "🔍 Executing cryptographic assessment ($ScanMode mode)..."
Start-Process -FilePath $ScannerPath -ArgumentList $ScanArgs -Wait -NoNewWindow
if ($LASTEXITCODE -eq 0) {
Write-Host "✅ Crypto scan completed successfully"
# Read and process results
$ScanResults = Get-Content $ResultsPath
$AssetCount = ($ScanResults | Measure-Object).Count
Write-Host "📊 Discovered $AssetCount cryptographic assets"
# Send results to Falcon LogScale
if ($LogScaleToken) {
Write-Host "☁️ Streaming results to Falcon LogScale..."
foreach ($Result in $ScanResults) {
$LogEntry = @{
timestamp = Get-Date -Format "yyyy-MM-ddTHH:mm:ss.fffZ"
source = "crowdstrike-rtr"
host = $env:COMPUTERNAME
falcon_cid = $FalconCID
scan_mode = $ScanMode
crypto_data = ($Result | ConvertFrom-Json)
} | ConvertTo-Json -Compress
# Post to LogScale ingestion endpoint
try {
$Headers = @{
"Authorization" = "Bearer $LogScaleToken"
"Content-Type" = "application/json"
}
Invoke-RestMethod -Uri "https://cloud.humio.com/api/v1/ingest/hec" `
-Method Post -Body $LogEntry -Headers $Headers
} catch {
Write-Warning "Failed to send result to LogScale: $($_.Exception.Message)"
}
}
Write-Host "✅ Results transmitted to Falcon LogScale"
}
# Create summary for Falcon console
$Summary = @{
scan_timestamp = Get-Date -Format "yyyy-MM-ddTHH:mm:ss.fffZ"
endpoint = $env:COMPUTERNAME
falcon_cid = $FalconCID
scan_mode = $ScanMode
assets_discovered = $AssetCount
execution_status = "completed"
results_location = $ResultsPath
} | ConvertTo-Json
Write-Host "📄 Scan summary:"
Write-Host $Summary
} else {
Write-Error "❌ TYCHON Quantum Readiness execution failed with exit code: $LASTEXITCODE"
# Report failure to Falcon
$ErrorSummary = @{
scan_timestamp = Get-Date -Format "yyyy-MM-ddTHH:mm:ss.fffZ"
endpoint = $env:COMPUTERNAME
execution_status = "failed"
error_code = $LASTEXITCODE
} | ConvertTo-Json
Write-Host $ErrorSummary
exit 1
}
} catch {
Write-Error "❌ RTR deployment failed: $($_.Exception.Message)"
exit 1
} finally {
# Optional: Keep results for forensics or clean up
# Remove-Item $TempPath -Recurse -Force -ErrorAction SilentlyContinue
Write-Host "🎯 CrowdStrike RTR TYCHON Quantum Readiness deployment completed"
}
Execute TYCHON Quantum Readiness directly through Falcon RTR console or API:
# Connect to endpoint via RTR console
connect [endpoint-hostname-or-id]
# Upload TYCHON Quantum Readiness if not already present
put certscanner-windows-amd64.exe
# Execute quick crypto scan
runscript -CloudFile="CrowdStrike-TYCHON Quantum Readiness-Deploy.ps1" -CommandLine="-ScanMode quick"
# Execute comprehensive scan
runscript -CloudFile="CrowdStrike-TYCHON Quantum Readiness-Deploy.ps1" -CommandLine="-ScanMode comprehensive"
# Incident response scan
runscript -CloudFile="CrowdStrike-TYCHON Quantum Readiness-Deploy.ps1" -CommandLine="-ScanMode incident-response"
# Retrieve results
get crypto-results.ndjson
# Python script for bulk TYCHON Quantum Readiness deployment
import requests
import json
import time
FALCON_API_BASE = "https://api.crowdstrike.com"
ACCESS_TOKEN = "your-falcon-api-token"
def deploy_certscanner_bulk(device_ids, scan_mode="comprehensive"):
"""Deploy TYCHON Quantum Readiness to multiple endpoints via RTR API"""
headers = {
"Authorization": f"Bearer {ACCESS_TOKEN}",
"Content-Type": "application/json"
}
# Create RTR session for each device
sessions = []
for device_id in device_ids:
session_data = {
"device_id": device_id,
"origin": "TYCHON Quantum Readiness-Deployment"
}
response = requests.post(
f"{FALCON_API_BASE}/real-time-response/entities/sessions/v1",
headers=headers,
json=session_data
)
if response.status_code == 201:
session_id = response.json()["resources"][0]["session_id"]
sessions.append((device_id, session_id))
print(f"✅ RTR session created for {device_id}: {session_id}")
else:
print(f"❌ Failed to create session for {device_id}")
# Execute TYCHON Quantum Readiness on all sessions
for device_id, session_id in sessions:
command_data = {
"base_command": "runscript",
"command_string": f"runscript -CloudFile='CrowdStrike-TYCHON Quantum Readiness-Deploy.ps1' -CommandLine='-ScanMode {scan_mode}'",
"session_id": session_id
}
response = requests.post(
f"{FALCON_API_BASE}/real-time-response/entities/command/v1",
headers=headers,
json=command_data
)
if response.status_code == 201:
command_id = response.json()["resources"][0]["cloud_request_id"]
print(f"🔍 TYCHON Quantum Readiness started on {device_id}: {command_id}")
else:
print(f"❌ Failed to execute on {device_id}")
# Example usage
target_devices = [
"device-id-1", "device-id-2", "device-id-3"
]
deploy_certscanner_bulk(target_devices, "comprehensive")
Create custom Indicator of Attack (IOA) rule to trigger automated crypto scanning:
{
"rule_name": "TYCHON Quantum Readiness-Crypto-Assessment-Trigger",
"description": "Trigger TYCHON Quantum Readiness execution for crypto asset discovery",
"rule_type": "custom_ioa",
"severity": "informational",
"triggers": [
{
"event_type": "ProcessRollup2",
"conditions": [
{
"field": "ImageFileName",
"operator": "contains",
"value": ["nginx", "apache", "iis", "openssl", "certlm.msc"]
}
]
},
{
"event_type": "NetworkConnect",
"conditions": [
{
"field": "RemotePort",
"operator": "equals",
"value": [443, 993, 995, 636, 8443]
}
]
}
],
"actions": [
{
"type": "rtr_script_execution",
"script": "CrowdStrike-TYCHON Quantum Readiness-Deploy.ps1",
"parameters": "-ScanMode incident-response",
"timeout": 300
},
{
"type": "alert_generation",
"message": "Crypto assessment triggered by certificate-related activity"
}
]
}
Scheduled IOA rule for regular cryptographic compliance checking:
{
"rule_name": "TYCHON Quantum Readiness-Weekly-Compliance-Check",
"description": "Weekly crypto compliance assessment via TYCHON Quantum Readiness",
"rule_type": "scheduled_ioa",
"schedule": {
"frequency": "weekly",
"day": "sunday",
"time": "02:00",
"timezone": "UTC"
},
"target_criteria": [
{
"field": "device_type",
"operator": "in",
"value": ["Server", "Workstation", "Domain Controller"]
},
{
"field": "platform",
"operator": "in",
"value": ["Windows", "Linux", "Mac"]
}
],
"actions": [
{
"type": "rtr_script_execution",
"script": "CrowdStrike-TYCHON Quantum Readiness-Deploy.ps1",
"parameters": "-ScanMode comprehensive -LogScaleToken $LOGSCALE_TOKEN",
"concurrent_limit": 50
}
]
}
Configure TYCHON Quantum Readiness results streaming to Falcon LogScale:
# LogScale ingestion function
function Send-ToLogScale {
param(
[string]$LogScaleToken,
[string]$Repository = "crypto-intelligence",
[object]$ScanData
)
$LogScaleURL = "https://cloud.humio.com/api/v1/ingest/hec"
# Format for LogScale ingestion
$LogEntry = @{
time = Get-Date -Format "yyyy-MM-ddTHH:mm:ss.fffZ"
source = "crowdstrike-certscanner"
sourcetype = "crypto_scan"
host = $env:COMPUTERNAME
event = $ScanData
fields = @{
falcon_cid = $env:FALCON_CID
deployment_method = "crowdstrike-rtr"
scan_engine = "certscanner-1.0.42"
}
} | ConvertTo-Json -Depth 10 -Compress
$Headers = @{
"Authorization" = "Bearer $LogScaleToken"
"Content-Type" = "application/json"
}
try {
Invoke-RestMethod -Uri $LogScaleURL -Method Post -Body $LogEntry -Headers $Headers
return $true
} catch {
Write-Warning "LogScale ingestion failed: $($_.Exception.Message)"
return $false
}
}
# Usage in main script
$Results = Get-Content $ResultsPath | ConvertFrom-Json
foreach ($Result in $Results) {
Send-ToLogScale -LogScaleToken $LogScaleToken -ScanData $Result
}
Falcon LogScale queries for analyzing TYCHON Quantum Readiness data:
// Find all TYCHON Quantum Readiness results from CrowdStrike deployment
source=crowdstrike-certscanner
| where deployment_method = "crowdstrike-rtr"
| stats count by host, scan_mode
| sort -count
// Identify PQC-vulnerable endpoints discovered via CrowdStrike
source=crowdstrike-certscanner
| where event.tychon.pqc_vulnerable = true
| stats count as vulnerable_assets by host, event.cipher.name
| sort -vulnerable_assets
// Monitor certificate expiration across Falcon-managed endpoints
source=crowdstrike-certscanner
| where event.certificate.not_after != null
| eval days_until_expiry = (parseTimestamp(event.certificate.not_after) - now()) / 86400000
| where days_until_expiry < 90
| stats count by host, event.certificate.subject.common_name
| sort days_until_expiry
// Crypto library discovery timeline
source=crowdstrike-certscanner
| where event.library.name != null
| timechart span=1d count by event.library.name
| sort _time
// Real-time crypto security dashboard
source=crowdstrike-certscanner
| where @timestamp > now() - 24h
| stats
dc(host) as endpoints_scanned,
sum(event.assets_count) as total_crypto_assets,
countif(event.tychon.pqc_vulnerable=true) as pqc_vulnerable,
countif(event.certificate.not_after < now() + 90d) as expiring_soon
| eval pqc_vulnerability_rate = round((pqc_vulnerable / endpoints_scanned) * 100, 2)
| fields endpoints_scanned, total_crypto_assets, pqc_vulnerable, pqc_vulnerability_rate, expiring_soon
Create executive dashboards in Falcon LogScale for crypto posture monitoring:
// Widget 1: Endpoint Crypto Coverage
source=crowdstrike-certscanner
| stats latest(@timestamp) as last_scan by host
| eval scan_status = if(last_scan > now() - 7d, "current", "stale")
| stats count by scan_status
| rename count as endpoints
// Widget 2: PQC Readiness by Platform
source=crowdstrike-certscanner
| stats
countif(event.tychon.pqc_vulnerable=false) as pqc_ready,
countif(event.tychon.pqc_vulnerable=true) as pqc_vulnerable
by event.observer.os
| eval pqc_readiness_percent = round((pqc_ready / (pqc_ready + pqc_vulnerable)) * 100, 1)
// Widget 3: Certificate Expiration Heatmap
source=crowdstrike-certscanner
| where event.certificate.not_after != null
| eval expiry_date = parseTimestamp(event.certificate.not_after)
| eval days_until_expiry = (expiry_date - now()) / 86400000
| where days_until_expiry >= 0 and days_until_expiry <= 365
| eval expiry_bucket = case(
days_until_expiry <= 30, "Critical (0-30 days)",
days_until_expiry <= 90, "Warning (31-90 days)",
days_until_expiry <= 180, "Notice (91-180 days)",
days_until_expiry <= 365, "Monitor (181-365 days)"
)
| stats count by expiry_bucket, host
Create Falcon workflows that trigger TYCHON Quantum Readiness execution based on security events:
# Falcon Workflow: Certificate-Related Security Event Response
name: "Crypto-Assessment-Workflow"
description: "Automated crypto scanning triggered by certificate-related security events"
triggers:
- detection_type: "Certificate Store Access"
- detection_type: "TLS Handshake Anomaly"
- detection_type: "New Certificate Installation"
- detection_type: "Crypto Library Loading"
conditions:
- endpoint_type: ["Server", "Workstation"]
- risk_score: "> 50"
- containment_status: "not_contained"
actions:
- name: "execute_certscanner"
type: "rtr_script"
script: "CrowdStrike-TYCHON Quantum Readiness-Deploy.ps1"
parameters: "-ScanMode incident-response -Priority high"
timeout: 300
- name: "create_incident"
type: "falcon_incident"
title: "Crypto Security Assessment - {{ endpoint.hostname }}"
description: "Automated crypto scan triggered by detection: {{ detection.name }}"
- name: "notify_team"
type: "webhook"
url: "https://company.webhook.office.com/teams-crypto-alerts"
payload: |
{
"endpoint": "{{ endpoint.hostname }}",
"detection": "{{ detection.name }}",
"scan_status": "initiated",
"timestamp": "{{ timestamp }}"
}
Workflow for continuous crypto posture monitoring across the Falcon-managed fleet:
# Falcon Workflow: Continuous Crypto Monitoring
name: "Continuous-Crypto-Monitoring"
description: "Regular crypto scanning for compliance and security monitoring"
schedule:
frequency: "weekly"
day: "sunday"
time: "01:00"
timezone: "UTC"
target_selection:
criteria:
- last_crypto_scan: "> 7 days ago"
- device_status: "online"
- platform: ["Windows", "Linux", "Mac"]
exclusions:
- device_type: "Mobile"
- containment_status: "contained"
batch_processing:
batch_size: 25
delay_between_batches: "5 minutes"
max_concurrent: 10
actions:
- name: "execute_comprehensive_scan"
type: "rtr_script"
script: "CrowdStrike-TYCHON Quantum Readiness-Deploy.ps1"
parameters: "-ScanMode comprehensive -LogScaleToken {{ secrets.logscale_token }}"
- name: "update_device_attributes"
type: "falcon_device_update"
attributes:
last_crypto_scan: "{{ timestamp }}"
crypto_scan_status: "{{ execution.status }}"
- name: "compliance_reporting"
type: "logscale_query"
query: |
source=crowdstrike-certscanner host={{ endpoint.hostname }}
| stats latest(event.tychon.pqc_vulnerable) as pqc_status by host
| where pqc_status = true
Integrate TYCHON Quantum Readiness with Falcon threat hunting workflows:
// Hunt for suspicious crypto implementations
event_simpleName="ProcessRollup2"
| where FileName in ("openssl.exe", "certutil.exe", "makecert.exe")
| join(
source=crowdstrike-certscanner host=ComputerName
| where event.library.name contains "ssl"
) on ComputerName
| stats count by ComputerName, FileName, event.library.company_name
| where event.library.company_name != "Microsoft Corporation"
// Identify unusual certificate issuers
source=crowdstrike-certscanner
| where event.certificate.issuer.common_name != null
| stats count by event.certificate.issuer.common_name, host
| where count < 5 // Rare issuers
| where event.certificate.issuer.common_name not in ("DigiCert", "Let's Encrypt", "GlobalSign")
Automated crypto forensics during security incidents:
# Falcon API automation for incident response
import requests
import json
from datetime import datetime, timedelta
class FalconCryptoResponse:
def __init__(self, api_token, logscale_token):
self.api_token = api_token
self.logscale_token = logscale_token
self.base_url = "https://api.crowdstrike.com"
def trigger_crypto_assessment(self, incident_id, affected_hosts):
"""Trigger immediate crypto assessment for incident response"""
print(f"🚨 Starting crypto assessment for incident: {incident_id}")
results = []
for host in affected_hosts:
# Get device ID from hostname
device_id = self.get_device_id(host)
if not device_id:
continue
# Execute high-priority TYCHON Quantum Readiness via RTR
scan_result = self.execute_rtr_certscanner(
device_id,
scan_mode="incident-response",
priority="high",
tags=f"incident-{incident_id},emergency-response"
)
results.append({
"host": host,
"device_id": device_id,
"scan_status": scan_result.get("status"),
"asset_count": scan_result.get("crypto_assets", 0)
})
# Generate incident summary
total_assets = sum(r["asset_count"] for r in results)
print(f"✅ Emergency crypto assessment completed")
print(f"📊 {len(results)} endpoints scanned, {total_assets} crypto assets discovered")
return results
def execute_rtr_certscanner(self, device_id, scan_mode="comprehensive", priority="normal", tags=""):
"""Execute TYCHON Quantum Readiness via RTR with specified parameters"""
# Create RTR session
session_data = {
"device_id": device_id,
"origin": f"TYCHON Quantum Readiness-{scan_mode}"
}
headers = {"Authorization": f"Bearer {self.api_token}"}
session_response = requests.post(
f"{self.base_url}/real-time-response/entities/sessions/v1",
headers=headers,
json=session_data
)
if session_response.status_code != 201:
return {"status": "failed", "error": "RTR session creation failed"}
session_id = session_response.json()["resources"][0]["session_id"]
# Execute TYCHON Quantum Readiness script
command_data = {
"base_command": "runscript",
"command_string": f"runscript -CloudFile='CrowdStrike-TYCHON Quantum Readiness-Deploy.ps1' -CommandLine='-ScanMode {scan_mode} -Tags {tags}'",
"session_id": session_id
}
command_response = requests.post(
f"{self.base_url}/real-time-response/entities/command/v1",
headers=headers,
json=command_data
)
if command_response.status_code == 201:
return {"status": "executed", "session_id": session_id}
else:
return {"status": "failed", "error": "Command execution failed"}
# Example usage for incident response
falcon_crypto = FalconCryptoResponse(api_token, logscale_token)
incident_hosts = ["server-01", "workstation-05", "database-03"]
falcon_crypto.trigger_crypto_assessment("INC-2025-001", incident_hosts)
Integrate TYCHON Quantum Readiness findings with Falcon X threat intelligence:
{
"intel_feed_name": "TYCHON Quantum Readiness-Crypto-Intelligence",
"description": "Cryptographic threat intelligence from TYCHON Quantum Readiness deployments",
"indicators": [
{
"type": "certificate_fingerprint",
"value": "{{ scan_result.certificate.fingerprint_sha256 }}",
"severity": "informational",
"context": {
"discovered_via": "crowdstrike-certscanner",
"endpoint": "{{ endpoint.hostname }}",
"scan_timestamp": "{{ timestamp }}",
"pqc_vulnerable": "{{ scan_result.tychon.pqc_vulnerable }}"
}
},
{
"type": "cipher_suite",
"value": "{{ scan_result.cipher.name }}",
"severity": "{{ scan_result.cipher.intel.security_level }}",
"context": {
"pqc_ready": "{{ scan_result.cipher.intel.pqc_ready }}",
"recommendation": "{{ scan_result.cipher.intel.recommendation }}"
}
}
]
}
Combine TYCHON Quantum Readiness with Falcon Discover for comprehensive asset inventory:
// Correlate Falcon Discover assets with crypto findings
// Query combines Falcon device inventory with TYCHON Quantum Readiness results
#event_simpleName="*Discover*" OR source="crowdstrike-certscanner"
| join(
#event_simpleName="AssetDiscovery"
| stats latest(*) as * by ComputerName
| rename ComputerName as discover_host
) and (
source=crowdstrike-certscanner
| stats
latest(event.scan.timestamp) as last_crypto_scan,
count as crypto_assets_found,
countif(event.tychon.pqc_vulnerable=true) as pqc_vulnerable_count
by host
| rename host as discover_host
) on discover_host
| eval crypto_risk_score = case(
pqc_vulnerable_count > 10, "Critical",
pqc_vulnerable_count > 5, "High",
pqc_vulnerable_count > 0, "Medium",
crypto_assets_found = 0, "Unknown",
1=1, "Low"
)
| table discover_host, AssetType, last_crypto_scan, crypto_assets_found, pqc_vulnerable_count, crypto_risk_score
| sort -pqc_vulnerable_count
Integrate crypto vulnerability findings with Falcon Spotlight vulnerability management:
// Create custom vulnerability entries for PQC-vulnerable crypto
source=crowdstrike-certscanner
| where event.tychon.pqc_vulnerable = true
| eval vulnerability_id = "PQC-VULN-" + sha256(event.certificate.fingerprint_sha256)
| eval cvss_score = case(
event.cipher.intel.security_level = "low", 8.5,
event.cipher.intel.security_level = "medium", 6.5,
event.cipher.intel.security_level = "high", 4.0,
1=1, 7.0
)
| table
host as affected_endpoint,
vulnerability_id,
event.cipher.name as vulnerable_cipher,
event.certificate.subject.common_name as affected_service,
cvss_score,
"Post-Quantum Cryptography vulnerability - cipher not quantum-resistant" as description
| outputcsv "pqc_vulnerabilities_for_spotlight.csv"
Rapid crypto assessment via RTR console:
# Connect to endpoint
connect server-critical-01
# Upload and execute quick scan
put certscanner-windows-amd64.exe
runscript -CloudFile="CrowdStrike-TYCHON Quantum Readiness-Deploy.ps1" -CommandLine="-ScanMode quick"
# Retrieve results
get crypto-results.ndjson
# View summary
cat crypto-results.ndjson | findstr "pqc_vulnerable.*true"
Organization-wide crypto posture assessment:
# Bulk deployment across Falcon fleet
import falconpy
falcon = falconpy.RealTimeResponse(
client_id="your-client-id",
client_secret="your-client-secret"
)
# Get all online Windows servers
devices = falcon.query_devices_by_filter(
filter="platform_name:'Windows' + device_type:'Server' + state:'online'"
)
# Deploy to all devices
for device_id in devices["body"]["resources"]:
session = falcon.init_session(device_id=device_id)
falcon.execute_command(
session_id=session["body"]["resources"][0]["session_id"],
command_string="runscript -CloudFile='CrowdStrike-TYCHON Quantum Readiness-Deploy.ps1' -CommandLine='-ScanMode comprehensive'"
)
// Executive Summary: Crypto Security Posture
source=crowdstrike-certscanner
| where @timestamp > now() - 30d
| stats
dc(host) as total_endpoints,
sum(event.crypto_assets_count) as total_crypto_assets,
countif(event.tychon.pqc_vulnerable=true) as pqc_vulnerable_assets,
countif(event.certificate.not_after < now() + 90d) as certificates_expiring_soon
| eval
pqc_vulnerability_rate = round((pqc_vulnerable_assets / total_crypto_assets) * 100, 2),
certificate_renewal_urgency = round((certificates_expiring_soon / total_crypto_assets) * 100, 2)
| fields total_endpoints, total_crypto_assets, pqc_vulnerability_rate, certificate_renewal_urgency
// Crypto Asset Inventory by Business Unit
source=crowdstrike-certscanner
| lookup device_business_unit host output business_unit
| stats
count as crypto_assets,
dc(event.certificate.issuer.common_name) as unique_issuers,
countif(event.cipher.intel.security_level="high") as high_security_ciphers
by business_unit
| sort -crypto_assets
// Post-Quantum Readiness Assessment
source=crowdstrike-certscanner
| where event.cipher.name != null
| stats
countif(event.cipher.intel.pqc_ready=true) as pqc_ready,
countif(event.cipher.intel.pqc_ready=false) as pqc_vulnerable,
count as total_ciphers
by host, event.observer.os
| eval pqc_readiness_percent = round((pqc_ready / total_ciphers) * 100, 1)
| where pqc_readiness_percent < 80 // Focus on vulnerable systems
| sort pqc_readiness_percent
// Alert: New Weak Crypto Implementations
source=crowdstrike-certscanner
| where @timestamp > now() - 1h
| where event.cipher.intel.security_level in ("low", "deprecated")
| stats count by host, event.cipher.name, event.certificate.subject.common_name
| where count > 0
| eval alert_message = host + " is using weak cipher: " + event.cipher.name
| fields @timestamp, host, event.cipher.name, alert_message
// Hunt: Certificate Anomalies
source=crowdstrike-certscanner
| where event.certificate.issuer.common_name != null
| stats
count as cert_count,
values(event.certificate.subject.common_name) as certificates
by event.certificate.issuer.common_name
| where cert_count = 1 // Single-use issuers (potentially suspicious)
| where event.certificate.issuer.common_name not like "*DigiCert*"
| where event.certificate.issuer.common_name not like "*Let's Encrypt*"
// Monitor RTR TYCHON Quantum Readiness Execution Status
source=crowdstrike-certscanner
| where deployment_method = "crowdstrike-rtr"
| stats
latest(@timestamp) as last_execution,
latest(execution_status) as status,
latest(assets_discovered) as asset_count
by host
| where status != "completed" OR last_execution < now() - 7d
| eval alert_status = case(
status = "failed", "Execution Failed",
last_execution < now() - 7d, "Scan Overdue",
1=1, "Normal"
)
| where alert_status != "Normal"
Rapid crypto assessment during zero-day incidents:
Automated compliance scanning integrated with Falcon governance:
# Automated compliance workflow
# Triggered via Falcon Custom IOA
# 1. Identify compliance-critical systems
falcon-query "platform_name:'Windows' + device_type:'Server' + tags:'PCI-DSS'"
# 2. Execute compliance-focused crypto scan
runscript -CloudFile="CrowdStrike-TYCHON Quantum Readiness-Deploy.ps1" -CommandLine="-ScanMode comprehensive -Tags compliance,pci-dss,quarterly-audit"
# 3. Generate compliance report in LogScale
# Query for compliance violations and generate executive summary