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tcktng-system-incdnt Implements an integrated incident ticketing system connecting SIEM alerts to ServiceNow, Jira, or TheHive for structured incident tracking, SLA management, escalation workflows, and compliance documentation. Use when SOC teams need formalized incident lifecycle management with automated ticket creation, assignment routing, and resolution tracking.
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4 arquivos name tcktng-system-incdnt description Implements an integrated incident ticketing system connecting SIEM alerts to ServiceNow, Jira, or TheHive for structured incident tracking, SLA management, escalation workflows, and compliance documentation. Use when SOC teams need formalized incident lifecycle management with automated ticket creation, assignment routing, and resolution tracking.
domain cybersecurity subdomain soc-operations tags ["soc","ticketing","servicenow","jira","thehive","incident-management","sla","workflow"] version 1.0 author mahipal license Apache-2.0 nist_csf ["DE.CM-01","DE.AE-02","RS.MA-01","DE.AE-06"]
Implementing Ticketing System for Incidents
When to Use
Use this skill when:
SOC teams need to formalize incident tracking beyond SIEM notable event management
Compliance requirements mandate documented incident lifecycle with timestamps and audit trails
Multi-team coordination requires ticket-based workflows with assignment and escalation
SLA tracking needs automated measurement of response and resolution times
Post-incident reviews require structured data for trend analysis and reporting
Do not use for individual alert triage — ticketing is for confirmed incidents requiring multi-step investigation and remediation, not every SIEM alert.
Prerequisites
Ticketing platform: ServiceNow ITSM, Jira Service Management, or TheHive
SIEM integration capability (REST API, webhook, or SOAR connector)
Incident classification taxonomy (categories, severity levels, escalation paths)
On-call rotation schedule for analyst assignment
SLA definitions aligned to incident severity
Workflow
Step 1: Define Incident Classification Taxonomy
Establish standardized incident categories and severity:
incident_taxonomy:
categories:
- malware_infection
- phishing_campaign
- unauthorized_access
- data_exfiltration
- denial_of_service
- ransomware
- insider_threat
- vulnerability_exploitation
- account_compromise
- policy_violation
severity_levels:
critical:
definition: "Active data breach, ransomware, or business-critical system compromise"
response_sla: 15
minutes
resolution_sla:
4
hours
escalation:
immediate
to
Tier
3
+
CISO
notification
examples:
"Active ransomware"
"Domain admin compromise"
"Customer data breach"
high:
definition:
"Confirmed compromise of business systems or multiple user accounts"
response_sla:
30
minutes
resolution_sla:
8
hours
escalation:
Tier
2
immediate,
Tier
3
if
unresolved
in
2
hours
examples:
"Malware with C2"
"Lateral movement detected"
"Phishing with credential theft"
medium:
definition:
"Confirmed security event requiring investigation and remediation"
response_sla:
2
hours
resolution_sla:
24
hours
escalation:
Tier
2
within
4
hours
examples:
"Single phishing click"
"Unauthorized software"
"Policy violation"
low:
definition:
"Minor security event with limited impact"
response_sla:
8
hours
resolution_sla:
72
hours
escalation:
Tier
1
standard
queue
examples:
"Scan attempt"
"Failed brute force (no compromise)"
"Info disclosure"
Step 2: Automate Ticket Creation from SIEM ServiceNow Integration via REST API:
import requests
import json
from datetime import datetime
class IncidentTicketManager :
def __init__ (self, snow_url, snow_user, snow_password ):
self .snow_url = snow_url
self .auth = (snow_user, snow_password)
self .headers = {
"Content-Type" : "application/json" ,
"Accept" : "application/json"
}
def create_incident (self, alert_data ):
"""Create ServiceNow incident from SIEM alert"""
severity_map = {
"critical" : "1" ,
"high" : "2" ,
"medium" : "3" ,
"low" : "4"
}
payload = {
"short_description" : f"[SEC] {alert_data['rule_name' ]} — {alert_data['src' ]} " ,
"description" : self ._build_description(alert_data),
"category" : "Security" ,
"subcategory" : alert_data.get("category" , "Investigation" ),
"urgency" : severity_map.get(alert_data["severity" ], "3" ),
"impact" : severity_map.get(alert_data["severity" ], "3" ),
"assignment_group" : self ._get_assignment_group(alert_data["severity" ]),
"caller_id" : "soc_automation" ,
"u_siem_event_id" : alert_data.get("notable_id" , "" ),
"u_mitre_technique" : alert_data.get("mitre_technique" , "" ),
"u_affected_hosts" : ", " .join(alert_data.get("affected_hosts" , [])),
"u_iocs" : json.dumps(alert_data.get("iocs" , {}))
}
response = requests.post(
f"{self.snow_url} /api/now/table/incident" ,
auth=self .auth,
headers=self .headers,
json=payload
)
result = response.json()["result" ]
return {
"ticket_number" : result["number" ],
"sys_id" : result["sys_id" ],
"state" : result["state" ]
}
def _build_description (self, alert_data ):
return f"""
SECURITY INCIDENT — Auto-generated from SIEM
================================================
Alert Rule: {alert_data['rule_name' ]}
SIEM Event ID: {alert_data.get('notable_id' , 'N/A' )}
Detection Time: {alert_data['detection_time' ]}
Severity: {alert_data['severity' ].upper()}
MITRE ATT&CK: {alert_data.get('mitre_technique' , 'N/A' )}
Source: {alert_data.get('src' , 'N/A' )}
Destination: {alert_data.get('dest' , 'N/A' )}
User: {alert_data.get('user' , 'N/A' )}
Initial Context:
{alert_data.get('description' , 'See SIEM for details.' )}
IOCs:
{json.dumps(alert_data.get('iocs' , {} ), indent=2)}
"""
def _get_assignment_group (self, severity ):
if severity in ("critical" , "high" ):
return "SOC Tier 2"
return "SOC Tier 1"
def update_incident (self, ticket_number, updates ):
"""Update an existing incident"""
response = requests.get(
f"{self.snow_url} /api/now/table/incident" ,
auth=self .auth,
headers=self .headers,
params={"sysparm_query" : f"number={ticket_number} " , "sysparm_limit" : 1 }
)
sys_id = response.json()["result" ][0 ]["sys_id" ]
response = requests.patch(
f"{self.snow_url} /api/now/table/incident/{sys_id} " ,
auth=self .auth,
headers=self .headers,
json=updates
)
return response.json()["result" ]
def add_work_note (self, ticket_number, note ):
"""Add investigation note to incident"""
self .update_incident(ticket_number, {"work_notes" : note})
def escalate_incident (self, ticket_number, reason ):
"""Escalate to next tier"""
self .update_incident(ticket_number, {
"assignment_group" : "SOC Tier 3" ,
"urgency" : "1" ,
"work_notes" : f"ESCALATED: {reason} "
})
def resolve_incident (self, ticket_number, resolution ):
"""Resolve and close incident"""
self .update_incident(ticket_number, {
"state" : "6" ,
"close_code" : "Resolved" ,
"close_notes" : resolution,
"u_incident_disposition" : resolution.split(":" )[0 ] if ":" in resolution else "Resolved"
})
Step 3: Configure TheHive for Security-Focused Ticketing TheHive Case Creation (alternative to ServiceNow):
import requests
class TheHiveCaseManager :
def __init__ (self, thehive_url, api_key ):
self .url = thehive_url
self .headers = {
"Authorization" : f"Bearer {api_key} " ,
"Content-Type" : "application/json"
}
def create_case (self, alert_data ):
"""Create case in TheHive from SIEM alert"""
case = {
"title" : f"[{alert_data['severity' ].upper()} ] {alert_data['rule_name' ]} " ,
"description" : self ._build_markdown_description(alert_data),
"severity" : {"critical" : 4 , "high" : 3 , "medium" : 2 , "low" : 1 }.get(
alert_data["severity" ], 2
),
"tlp" : 2 ,
"pap" : 2 ,
"tags" : [
alert_data.get("mitre_technique" , "" ),
alert_data.get("category" , "" ),
f"source:{alert_data.get('src' , 'unknown' )} "
],
"tasks" : self ._generate_tasks(alert_data["severity" ]),
"customFields" : {
"siem-event-id" : {"string" : alert_data.get("notable_id" , "" )},
"mitre-technique" : {"string" : alert_data.get("mitre_technique" , "" )},
"detection-source" : {"string" : "Splunk ES" }
}
}
response = requests.post(
f"{self.url} /api/case" ,
headers=self .headers,
json=case
)
return response.json()
def _generate_tasks (self, severity ):
"""Generate investigation tasks based on severity"""
tasks = [
{"title" : "Initial Triage" , "group" : "Phase 1" , "description" : "Review SIEM alert and validate findings" },
{"title" : "IOC Enrichment" , "group" : "Phase 1" , "description" : "Enrich all IOCs with VT, AbuseIPDB" },
{"title" : "Scope Assessment" , "group" : "Phase 2" , "description" : "Determine affected systems and users" },
]
if severity in ("critical" , "high" ):
tasks.extend([
{"title" : "Containment Actions" , "group" : "Phase 2" , "description" : "Isolate affected systems" },
{"title" : "Evidence Collection" , "group" : "Phase 3" , "description" : "Preserve forensic artifacts" },
{"title" : "Eradication" , "group" : "Phase 3" , "description" : "Remove threat from environment" },
{"title" : "Recovery" , "group" : "Phase 4" , "description" : "Restore systems to normal operations" },
{"title" : "Post-Incident Review" , "group" : "Phase 4" , "description" : "Document lessons learned" },
])
else :
tasks.append(
{"title" : "Resolution and Documentation" , "group" : "Phase 2" , "description" : "Document findings and close" }
)
return tasks
def add_observable (self, case_id, ioc_type, ioc_value, description="" ):
"""Add IOC observable to case"""
observable = {
"dataType" : ioc_type,
"data" : ioc_value,
"message" : description,
"tlp" : 2 ,
"ioc" : True ,
"tags" : ["auto-extracted" ]
}
response = requests.post(
f"{self.url} /api/case/{case_id} /artifact" ,
headers=self .headers,
json=observable
)
return response.json()
Step 4: Implement SLA Tracking and Escalation Splunk SLA Monitoring Dashboard:
--- Active incidents approaching SLA breach
index=servicenow sourcetype="snow:incident" category="Security" state IN ("New", "In Progress")
| eval sla_minutes = case(
urgency="1", 15,
urgency="2", 30,
urgency="3", 120,
urgency="4", 480
)
| eval age_minutes = round((now() - strptime(opened_at, "%Y-%m-%d %H:%M:%S")) / 60, 0)
| eval sla_remaining = sla_minutes - age_minutes
| eval sla_status = case(
sla_remaining < 0, "BREACHED",
sla_remaining < sla_minutes * 0.25, "AT RISK",
1=1, "ON TRACK"
)
| where sla_status IN ("BREACHED", "AT RISK")
| sort sla_remaining
| table number, short_description, urgency, assignment_group, assigned_to,
age_minutes, sla_minutes, sla_remaining, sla_status
def check_sla_breaches (ticket_manager ):
"""Check for SLA breaches and auto-escalate"""
open_incidents = ticket_manager.get_open_incidents()
for incident in open_incidents:
age_minutes = (datetime.utcnow() - incident["opened_at" ]).total_seconds() / 60
sla_minutes = {"1" : 15 , "2" : 30 , "3" : 120 , "4" : 480 }[incident["urgency" ]]
if age_minutes > sla_minutes and incident["state" ] == "New" :
ticket_manager.escalate_incident(
incident["number" ],
f"SLA BREACH: {int (age_minutes)} min elapsed, {sla_minutes} min SLA. Auto-escalating."
)
Step 5: Build Reporting and Metrics --- Monthly incident metrics
index=servicenow sourcetype="snow:incident" category="Security"
opened_at > "2024-03-01" opened_at < "2024-04-01"
| stats count AS total,
avg(eval((resolved_at - opened_at) / 3600)) AS avg_resolution_hours,
sum(eval(if(urgency="1", 1, 0))) AS critical,
sum(eval(if(urgency="2", 1, 0))) AS high,
sum(eval(if(urgency="3", 1, 0))) AS medium,
sum(eval(if(urgency="4", 1, 0))) AS low
| eval avg_resolution = round(avg_resolution_hours, 1)
--- SLA compliance rate
index=servicenow sourcetype="snow:incident" category="Security" state="Resolved"
| eval sla_target = case(urgency="1", 4, urgency="2", 8, urgency="3", 24, urgency="4", 72)
| eval resolution_hours = (resolved_at - opened_at) / 3600
| eval sla_met = if(resolution_hours <= sla_target, 1, 0)
| stats sum(sla_met) AS met, count AS total
| eval compliance_pct = round(met / total * 100, 1)
Key Concepts Term Definition Incident Ticket Formal tracking record for a confirmed security incident with lifecycle management SLA Service Level Agreement defining maximum response and resolution times by severity Escalation Path Defined routing from Tier 1 to Tier 2/3 based on severity, time elapsed, or analyst request Disposition Final classification of a closed incident (true positive, false positive, duplicate, policy violation) MTTR Mean Time to Resolve — average time from ticket creation to resolution across all incidents Case Management Structured approach to managing complex incidents with tasks, observables, and audit trails
Tools & Systems
ServiceNow ITSM : Enterprise IT service management platform with security incident module and SLA trackingJira Service Management : Atlassian's service management platform with customizable incident workflowsTheHive : Open-source security incident response platform with case management and Cortex integrationPagerDuty : On-call management and incident notification platform for SOC analyst alertingSplunk ITSI : IT Service Intelligence module for SLA tracking and service health dashboards
Common Scenarios
SIEM-to-Ticket Automation : Auto-create ServiceNow ticket for every critical/high notable event in Splunk ESMulti-Team Coordination : Route malware incidents to SOC for triage, IT for remediation, Legal for notificationCompliance Documentation : Generate incident reports from ticket data for PCI DSS, HIPAA audit evidenceOn-Call Alerting : Page on-call analyst via PagerDuty when critical ticket created after hoursPost-Incident Review : Query closed tickets to identify recurring incident types and systemic gaps
Output Format INCIDENT TICKET — INC0012567
━━━━━━━━━━━━━━━━━━━━━━━━━━━
Title: [SEC] Cobalt Strike C2 Beacon Detected — WORKSTATION-042
Category: Security > Malware Infection
Severity: Critical (P1)
SLA: Response: 15 min | Resolution: 4 hours
Timeline:
14:23 Ticket created (auto from Splunk ES NE-2024-08921)
14:25 Assigned to analyst_jdoe (Tier 2)
14:28 Work note: "VT confirms Cobalt Strike beacon, hash a1b2c3..."
14:35 Work note: "Host isolated via CrowdStrike, C2 domain blocked"
15:00 Work note: "Enterprise IOC scan — 2 additional hosts found"
15:30 Escalated to Tier 3 for forensic analysis
16:00 Work note: "All affected hosts contained and cleaned"
18:00 Resolved: "Malware eradicated, systems restored, monitoring for 72h"
Metrics:
Time to Acknowledge: 2 minutes
Time to Contain: 12 minutes
Time to Resolve: 3 hours 37 minutes
SLA Status: MET (within 4-hour resolution target)
