Emergency Alerts

// Automated Weather Alert System
class WeatherAlertSystem {
  constructor(apiKey, weatherApiKey) {
    this.apiKey = apiKey;
    this.weatherApiKey = weatherApiKey;
    this.fleetLocations = new Map();
    this.activeAlerts = new Map();
    this.weatherMonitoringInterval = null;
  }

  async initializeWeatherMonitoring(fleetDepots) {
    // Register fleet depot locations for monitoring
    for (const depot of fleetDepots) {
      this.fleetLocations.set(depot.id, {
        name: depot.name,
        latitude: depot.latitude,
        longitude: depot.longitude,
        vehicles_assigned: depot.vehicles || [],
        personnel_count: depot.personnel_count || 0
      });
    }

    // Start continuous weather monitoring
    this.startWeatherMonitoring();
    console.log(`Weather monitoring initialized for ${fleetDepots.length} locations`);
  }

  startWeatherMonitoring() {
    // Check weather conditions every 10 minutes
    this.weatherMonitoringInterval = setInterval(async () => {
      await this.checkAllLocationsWeather();
    }, 10 * 60 * 1000);

    // Initial check
    this.checkAllLocationsWeather();
  }

  async checkAllLocationsWeather() {
    const weatherPromises = Array.from(this.fleetLocations.entries()).map(
      ([locationId, location]) => this.checkLocationWeather(locationId, location)
    );

    try {
      await Promise.all(weatherPromises);
    } catch (error) {
      console.error('Weather monitoring error:', error);
    }
  }

  async checkLocationWeather(locationId, location) {
    try {
      const weatherData = await this.getWeatherData(location.latitude, location.longitude);
      const threatAssessment = this.assessWeatherThreats(weatherData);

      if (threatAssessment.severity !== 'none') {
        await this.handleWeatherThreat(locationId, location, threatAssessment, weatherData);
      }
    } catch (error) {
      console.error(`Weather check failed for ${locationId}:`, error);
    }
  }

  assessWeatherThreats(weatherData) {
    const threats = [];
    let maxSeverity = 'none';

    // Tornado warnings
    if (weatherData.tornado_warning) {
      threats.push('tornado_warning');
      maxSeverity = 'critical';
    } else if (weatherData.tornado_watch) {
      threats.push('tornado_watch');
      maxSeverity = this.getHigherSeverity(maxSeverity, 'high');
    }

    // Severe thunderstorms
    if (weatherData.wind_speed >= 75) { // mph
      threats.push('extreme_winds');
      maxSeverity = this.getHigherSeverity(maxSeverity, 'critical');
    } else if (weatherData.wind_speed >= 58) {
      threats.push('severe_winds');
      maxSeverity = this.getHigherSeverity(maxSeverity, 'high');
    }

    // Hail
    if (weatherData.hail_size >= 2.0) { // inches
      threats.push('large_hail');
      maxSeverity = this.getHigherSeverity(maxSeverity, 'high');
    } else if (weatherData.hail_size >= 1.0) {
      threats.push('moderate_hail');
      maxSeverity = this.getHigherSeverity(maxSeverity, 'moderate');
    }

    // Flash flooding
    if (weatherData.flash_flood_warning) {
      threats.push('flash_flooding');
      maxSeverity = this.getHigherSeverity(maxSeverity, 'high');
    }

    // Visibility
    if (weatherData.visibility <= 0.25) { // miles
      threats.push('zero_visibility');
      maxSeverity = this.getHigherSeverity(maxSeverity, 'high');
    } else if (weatherData.visibility <= 0.5) {
      threats.push('low_visibility');
      maxSeverity = this.getHigherSeverity(maxSeverity, 'moderate');
    }

    // Ice conditions
    if (weatherData.freezing_rain || (weatherData.temperature <= 32 && weatherData.precipitation > 0)) {
      threats.push('icing_conditions');
      maxSeverity = this.getHigherSeverity(maxSeverity, 'high');
    }

    return {
      severity: maxSeverity,
      threats: threats,
      weather_data: weatherData,
      recommended_actions: this.getRecommendedActions(threats, maxSeverity)
    };
  }

  async handleWeatherThreat(locationId, location, threatAssessment, weatherData) {
    const alertKey = `${locationId}_${threatAssessment.severity}_${threatAssessment.threats.join('_')}`;
    
    // Prevent duplicate alerts for same threat
    if (this.activeAlerts.has(alertKey)) {
      return;
    }

    const alertConfig = {
      alert_type: 'severe_weather_warning',
      severity: threatAssessment.severity,
      title: this.generateWeatherAlertTitle(threatAssessment.threats),
      message: this.generateWeatherAlertMessage(threatAssessment, weatherData, location.name),
      affected_area: {
        type: 'radius',
        center: {
          latitude: location.latitude,
          longitude: location.longitude
        },
        radius_km: this.getAlertRadius(threatAssessment.severity)
      },
      target_audience: {
        include: ['active_drivers', 'field_personnel', 'dispatchers', 'emergency_contacts'],
        exclude: [],
        specific_vehicles: location.vehicles_assigned
      },
      delivery_channels: this.getDeliveryChannels(threatAssessment.severity),
      expiration: new Date(Date.now() + this.getAlertDuration(threatAssessment.severity)).toISOString(),
      acknowledgment_required: threatAssessment.severity === 'high' || threatAssessment.severity === 'critical',
      escalation_policy: this.getEscalationPolicy(threatAssessment.severity),
      automated_actions: threatAssessment.recommended_actions
    };

    try {
      const alertResponse = await this.createEmergencyAlert(alertConfig);
      this.activeAlerts.set(alertKey, {
        alert_id: alertResponse.alert_id,
        location_id: locationId,
        created_at: new Date(),
        severity: threatAssessment.severity,
        threats: threatAssessment.threats
      });

      console.log(`Weather alert created for ${location.name}: ${alertResponse.alert_id}`);
      
      // Schedule alert cleanup
      setTimeout(() => {
        this.activeAlerts.delete(alertKey);
      }, this.getAlertDuration(threatAssessment.severity));

    } catch (error) {
      console.error(`Failed to create weather alert for ${location.name}:`, error);
    }
  }

  generateWeatherAlertTitle(threats) {
    const titles = {
      'tornado_warning': '🌪️ TORNADO WARNING',
      'tornado_watch': '🌪️ Tornado Watch',
      'extreme_winds': '💨 EXTREME WIND WARNING',
      'severe_winds': '💨 Severe Wind Alert',
      'large_hail': '🧊 Large Hail Warning',
      'flash_flooding': '🌊 Flash Flood Warning',
      'zero_visibility': '🌫️ ZERO VISIBILITY ALERT',
      'icing_conditions': '❄️ Icing Conditions Alert'
    };

    // Use most severe threat as primary title
    const severityOrder = [
      'tornado_warning', 'extreme_winds', 'tornado_watch', 
      'flash_flooding', 'zero_visibility', 'icing_conditions',
      'large_hail', 'severe_winds'
    ];

    for (const threat of severityOrder) {
      if (threats.includes(threat)) {
        return titles[threat];
      }
    }

    return 'Severe Weather Alert';
  }

  generateWeatherAlertMessage(threatAssessment, weatherData, locationName) {
    let message = `Severe weather conditions detected near ${locationName}. `;
    
    const threatDescriptions = {
      'tornado_warning': 'Tornado on the ground - take shelter immediately',
      'tornado_watch': 'Conditions favorable for tornado development',
      'extreme_winds': `Winds ${weatherData.wind_speed} mph - extreme danger`,
      'severe_winds': `Winds ${weatherData.wind_speed} mph - seek shelter`,
      'large_hail': `Hail up to ${weatherData.hail_size}" diameter expected`,
      'flash_flooding': 'Flash flooding imminent - avoid low-lying areas',
      'zero_visibility': `Visibility ${weatherData.visibility} miles - do not travel`,
      'icing_conditions': 'Freezing conditions creating icy surfaces'
    };

    const descriptions = threatAssessment.threats
      .map(threat => threatDescriptions[threat])
      .filter(desc => desc)
      .join('. ');

    message += descriptions + '. ';

    // Add safety instructions based on severity
    if (threatAssessment.severity === 'critical') {
      message += 'SEEK IMMEDIATE SHELTER. Do not travel. Contact emergency services if needed.';
    } else if (threatAssessment.severity === 'high') {
      message += 'Avoid travel if possible. If you must travel, use extreme caution.';
    } else {
      message += 'Exercise caution and monitor conditions.';
    }

    return message;
  }

  getDeliveryChannels(severity) {
    const baseChannels = [
      {
        channel: 'push_notification',
        priority: 'immediate'
      }
    ];

    if (severity === 'critical') {
      return [
        ...baseChannels,
        {
          channel: 'sms',
          priority: 'immediate',
          repeat_interval_minutes: 10,
          max_repeats: 5
        },
        {
          channel: 'voice_call',
          priority: 'immediate',
          delay_minutes: 1
        },
        {
          channel: 'in_app_alert',
          priority: 'immediate'
        }
      ];
    } else if (severity === 'high') {
      return [
        ...baseChannels,
        {
          channel: 'sms',
          priority: 'immediate',
          repeat_interval_minutes: 30,
          max_repeats: 3
        },
        {
          channel: 'voice_call',
          priority: 'high',
          delay_minutes: 5
        }
      ];
    } else {
      return [
        ...baseChannels,
        {
          channel: 'sms',
          priority: 'high'
        }
      ];
    }
  }

  getRecommendedActions(threats, severity) {
    const actions = [];

    if (severity === 'critical' || severity === 'high') {
      actions.push('suspend_outdoor_operations');
      actions.push('route_vehicles_to_shelter');
      actions.push('enable_emergency_tracking');
    }

    if (threats.includes('tornado_warning') || threats.includes('extreme_winds')) {
      actions.push('play_emergency_sound');
    }

    if (threats.includes('zero_visibility') || threats.includes('icing_conditions')) {
      actions.push('show_safe_route');
    }

    return actions;
  }

  // Weather data integration
  async getWeatherData(latitude, longitude) {
    const url = `https://api.weather.gov/points/${latitude},${longitude}`;
    
    try {
      const response = await fetch(url);
      const pointData = await response.json();
      
      // Get current conditions and alerts
      const [conditions, alerts] = await Promise.all([
        fetch(pointData.properties.forecastHourly).then(r => r.json()),
        fetch(pointData.properties.county + '/alerts').then(r => r.json())
      ]);

      return this.parseWeatherData(conditions, alerts);
    } catch (error) {
      console.error('Weather API error:', error);
      return this.getFallbackWeatherData();
    }
  }

  parseWeatherData(conditions, alerts) {
    const currentConditions = conditions.properties.periods[0];
    
    return {
      temperature: currentConditions.temperature,
      wind_speed: currentConditions.windSpeed ? parseInt(currentConditions.windSpeed) : 0,
      visibility: this.parseVisibility(currentConditions.detailedForecast),
      precipitation: this.parsePrecipitation(currentConditions.detailedForecast),
      tornado_warning: alerts.features.some(alert => 
        alert.properties.event.includes('Tornado Warning')
      ),
      tornado_watch: alerts.features.some(alert => 
        alert.properties.event.includes('Tornado Watch')
      ),
      flash_flood_warning: alerts.features.some(alert => 
        alert.properties.event.includes('Flash Flood Warning')
      ),
      hail_size: this.parseHailSize(alerts.features),
      freezing_rain: currentConditions.detailedForecast.toLowerCase().includes('freezing rain')
    };
  }

  stopWeatherMonitoring() {
    if (this.weatherMonitoringInterval) {
      clearInterval(this.weatherMonitoringInterval);
      this.weatherMonitoringInterval = null;
    }
    console.log('Weather monitoring stopped');
  }
}

// Usage
const weatherAlerts = new WeatherAlertSystem('your_api_key_here', 'weather_api_key');

// Initialize monitoring for fleet locations
const fleetDepots = [
  {
    id: 'depot_atlanta',
    name: 'Atlanta Distribution Center',
    latitude: 33.7490,
    longitude: -84.3880,
    vehicles: ['TRUCK_ATL_001', 'TRUCK_ATL_002', 'VAN_ATL_003'],
    personnel_count: 45
  },
  {
    id: 'depot_miami',
    name: 'Miami Service Center', 
    latitude: 25.7617,
    longitude: -80.1918,
    vehicles: ['TRUCK_MIA_001', 'VAN_MIA_002'],
    personnel_count: 23
  }
];

weatherAlerts.initializeWeatherMonitoring(fleetDepots);

# Security Threat Alert System
import requests
import json
from datetime import datetime, timedelta
import asyncio
import websockets

class SecurityThreatAlerts:
    def __init__(self, api_key):
        self.api_key = api_key
        self.base_url = "https://api.bookovia.com/v1"
        self.security_feeds = []
        self.threat_intelligence = {}
        self.active_threats = {}
        
    def initialize_security_monitoring(self):
        """Initialize security threat monitoring systems"""
        # Set up threat intelligence feeds
        self.setup_threat_intelligence_feeds()
        
        # Start monitoring various security sources
        self.start_vehicle_security_monitoring()
        self.start_geofence_monitoring()
        self.start_panic_button_monitoring()
        self.start_threat_intelligence_monitoring()
        
        print("Security threat monitoring initialized")
    
    def setup_threat_intelligence_feeds(self):
        """Configure threat intelligence data sources"""
        self.threat_intelligence = {
            "crime_data_feeds": [
                "local_police_reports",
                "dhs_threat_alerts", 
                "fbi_warnings",
                "private_security_intel"
            ],
            "geopolitical_feeds": [
                "state_dept_alerts",
                "embassy_warnings",
                "protest_tracking"
            ],
            "cyber_threat_feeds": [
                "cisa_alerts",
                "fleet_cyber_threats",
                "ransomware_alerts"
            ]
        }
    
    async def handle_security_threat(self, threat_data):
        """Process and respond to security threats"""
        threat_level = self.assess_threat_level(threat_data)
        
        if threat_level['severity'] != 'none':
            # Create security alert
            alert_config = self.create_security_alert_config(threat_data, threat_level)
            
            try:
                alert_response = await self.create_emergency_alert(alert_config)
                
                # Execute security protocols
                await self.execute_security_protocols(threat_data, threat_level)
                
                # Notify security team
                await self.notify_security_team(threat_data, threat_level, alert_response['alert_id'])
                
                # Update threat tracking
                self.active_threats[alert_response['alert_id']] = {
                    'threat_data': threat_data,
                    'threat_level': threat_level,
                    'created_at': datetime.now(),
                    'status': 'active'
                }
                
            except Exception as e:
                print(f"Error handling security threat: {e}")
                # Fallback security procedures
                await self.emergency_security_fallback(threat_data)
    
    def assess_threat_level(self, threat_data):
        """Assess the severity level of a security threat"""
        threat_type = threat_data.get('type')
        location = threat_data.get('location', {})
        
        # Base threat assessment
        assessment = {
            'severity': 'low',
            'risk_factors': [],
            'affected_radius_km': 5,
            'immediate_actions': [],
            'escalation_required': False
        }
        
        # Assess by threat type
        if threat_type == 'active_shooter':
            assessment['severity'] = 'critical'
            assessment['risk_factors'] = ['immediate_danger', 'life_threatening']
            assessment['affected_radius_km'] = 10
            assessment['immediate_actions'] = [
                'lockdown_facilities',
                'evacuate_area',
                'contact_law_enforcement'
            ]
            assessment['escalation_required'] = True
            
        elif threat_type == 'armed_robbery':
            assessment['severity'] = 'high'
            assessment['risk_factors'] = ['armed_perpetrators', 'theft_risk']
            assessment['affected_radius_km'] = 3
            assessment['immediate_actions'] = [
                'avoid_area',
                'increase_security_patrols',
                'alert_drivers'
            ]
            
        elif threat_type == 'civil_unrest':
            assessment['severity'] = 'moderate'
            assessment['risk_factors'] = ['property_damage', 'traffic_disruption']
            assessment['affected_radius_km'] = 15
            assessment['immediate_actions'] = [
                'reroute_vehicles',
                'avoid_demonstration_areas',
                'monitor_developments'
            ]
            
        elif threat_type == 'terrorist_threat':
            assessment['severity'] = 'critical'
            assessment['risk_factors'] = ['mass_casualty_potential', 'infrastructure_target']
            assessment['affected_radius_km'] = 25
            assessment['immediate_actions'] = [
                'suspend_operations_in_area',
                'evacuate_personnel',
                'coordinate_with_authorities'
            ]
            assessment['escalation_required'] = True
            
        elif threat_type == 'cargo_theft_ring':
            assessment['severity'] = 'high'
            assessment['risk_factors'] = ['organized_crime', 'cargo_targeting']
            assessment['affected_radius_km'] = 20
            assessment['immediate_actions'] = [
                'increase_cargo_security',
                'vary_routes',
                'enhance_tracking'
            ]
        
        # Adjust based on proximity to fleet operations
        fleet_proximity = self.calculate_fleet_proximity(location)
        if fleet_proximity['vehicles_in_danger'] > 0:
            assessment = self.escalate_threat_level(assessment, fleet_proximity)
        
        # Time-based adjustments
        current_hour = datetime.now().hour
        if 22 <= current_hour or current_hour <= 6:  # Night operations
            assessment['severity'] = self.escalate_severity_level(assessment['severity'])
        
        return assessment
    
    def create_security_alert_config(self, threat_data, threat_level):
        """Create alert configuration for security threats"""
        return {
            "alert_type": "security_threat",
            "severity": threat_level['severity'],
            "title": self.generate_security_alert_title(threat_data),
            "message": self.generate_security_alert_message(threat_data, threat_level),
            "affected_area": {
                "type": "radius",
                "center": {
                    "latitude": threat_data['location']['latitude'],
                    "longitude": threat_data['location']['longitude']
                },
                "radius_km": threat_level['affected_radius_km']
            },
            "target_audience": {
                "include": ["active_drivers", "field_personnel", "security_team", "dispatchers"],
                "exclude": []
            },
            "delivery_channels": self.get_security_delivery_channels(threat_level['severity']),
            "expiration": (datetime.now() + timedelta(hours=self.get_alert_duration(threat_level['severity']))).isoformat() + "Z",
            "acknowledgment_required": True,
            "escalation_policy": {
                "enabled": threat_level['escalation_required'],
                "escalation_levels": [
                    {
                        "delay_minutes": 2,
                        "action": "notify_security_management"
                    },
                    {
                        "delay_minutes": 5,
                        "action": "notify_executive_team"
                    }
                ]
            },
            "automated_actions": threat_level['immediate_actions']
        }
    
    def generate_security_alert_title(self, threat_data):
        """Generate appropriate alert title for security threat"""
        threat_type = threat_data.get('type')
        
        titles = {
            'active_shooter': '🚨 ACTIVE SHOOTER ALERT',
            'armed_robbery': '🔫 Armed Robbery Alert',
            'civil_unrest': '⚠️ Civil Unrest Alert',
            'terrorist_threat': '🚨 TERRORIST THREAT',
            'cargo_theft_ring': '🚛 Cargo Theft Alert',
            'suspicious_activity': '👁️ Suspicious Activity',
            'facility_breach': '🏢 Security Breach Alert',
            'cyber_attack': '💻 Cyber Security Alert'
        }
        
        return titles.get(threat_type, '⚠️ Security Alert')
    
    def generate_security_alert_message(self, threat_data, threat_level):
        """Generate detailed security alert message"""
        threat_type = threat_data.get('type')
        location_desc = threat_data.get('location_description', 'Unknown location')
        
        base_message = f"Security threat detected: {threat_type} reported at {location_desc}. "
        
        # Add specific instructions based on threat type
        if threat_type == 'active_shooter':
            base_message += "AVOID THE AREA IMMEDIATELY. If in the vicinity: Run, Hide, Fight. Contact 911."
        elif threat_type == 'armed_robbery':
            base_message += "Avoid the area. If approached by suspicious individuals, comply with demands and contact authorities immediately."
        elif threat_type == 'civil_unrest':
            base_message += "Demonstration activity reported. Avoid area and use alternate routes. Monitor traffic reports."
        elif threat_type == 'cargo_theft_ring':
            base_message += "Organized theft activity. Vary routes, increase security measures, report suspicious vehicles."
        
        # Add risk factors
        if threat_level['risk_factors']:
            risk_desc = ', '.join(threat_level['risk_factors']).replace('_', ' ')
            base_message += f" Risk factors: {risk_desc}."
        
        # Add recommended actions
        base_message += " Contact security team immediately if you observe related activity."
        
        return base_message
    
    async def execute_security_protocols(self, threat_data, threat_level):
        """Execute automated security response protocols"""
        for action in threat_level['immediate_actions']:
            try:
                await self.execute_security_action(action, threat_data, threat_level)
            except Exception as e:
                print(f"Error executing security action {action}: {e}")
    
    async def execute_security_action(self, action, threat_data, threat_level):
        """Execute specific security action"""
        if action == 'lockdown_facilities':
            await self.initiate_facility_lockdown(threat_data['location'])
            
        elif action == 'evacuate_area':
            await self.initiate_area_evacuation(threat_data['location'], threat_level['affected_radius_km'])
            
        elif action == 'contact_law_enforcement':
            await self.contact_law_enforcement(threat_data)
            
        elif action == 'avoid_area':
            await self.implement_area_avoidance(threat_data['location'], threat_level['affected_radius_km'])
            
        elif action == 'reroute_vehicles':
            await self.reroute_vehicles_from_area(threat_data['location'], threat_level['affected_radius_km'])
            
        elif action == 'increase_security_patrols':
            await self.increase_security_patrols(threat_data['location'])
            
        elif action == 'suspend_operations_in_area':
            await self.suspend_operations(threat_data['location'], threat_level['affected_radius_km'])
            
        elif action == 'enhance_tracking':
            await self.enhance_vehicle_tracking(threat_data['location'])
    
    async def initiate_facility_lockdown(self, location):
        """Initiate lockdown procedures for facilities in threat area"""
        # Find facilities in threat area
        nearby_facilities = await self.get_facilities_in_area(location, 2)  # 2km radius
        
        for facility in nearby_facilities:
            # Send lockdown command
            lockdown_command = {
                'facility_id': facility['id'],
                'action': 'lockdown',
                'reason': 'security_threat',
                'timestamp': datetime.now().isoformat()
            }
            
            await self.send_facility_command(lockdown_command)
            print(f"Lockdown initiated for facility: {facility['name']}")
    
    async def reroute_vehicles_from_area(self, location, radius_km):
        """Reroute vehicles away from threat area"""
        # Get vehicles in or heading to threat area
        vehicles_in_area = await self.get_vehicles_in_area(location, radius_km)
        
        for vehicle in vehicles_in_area:
            # Calculate safe alternate route
            safe_route = await self.calculate_safe_route(
                vehicle['current_location'],
                vehicle['destination'],
                [location]  # Areas to avoid
            )
            
            # Send rerouting command
            reroute_command = {
                'vehicle_id': vehicle['id'],
                'new_route': safe_route,
                'reason': 'security_threat_avoidance',
                'priority': 'immediate'
            }
            
            await self.send_vehicle_command(reroute_command)
            print(f"Vehicle {vehicle['id']} rerouted away from threat area")
    
    async def notify_security_team(self, threat_data, threat_level, alert_id):
        """Notify security team with detailed threat information"""
        security_notification = {
            'alert_id': alert_id,
            'threat_type': threat_data.get('type'),
            'severity': threat_level['severity'],
            'location': threat_data.get('location'),
            'threat_details': threat_data,
            'recommended_actions': threat_level['immediate_actions'],
            'affected_assets': await self.get_affected_assets(threat_data['location'], threat_level['affected_radius_km']),
            'escalation_required': threat_level['escalation_required']
        }
        
        # Send to security team via multiple channels
        await self.send_security_team_notification(security_notification)
    
    # Panic button monitoring
    async def start_panic_button_monitoring(self):
        """Monitor for panic button activations"""
        uri = f"wss://api.bookovia.com/v1/emergency/panic-buttons/stream"
        headers = {"Authorization": f"Bearer {self.api_key}"}
        
        try:
            async with websockets.connect(uri, extra_headers=headers) as websocket:
                async for message in websocket:
                    panic_data = json.loads(message)
                    await self.handle_panic_button_activation(panic_data)
        except Exception as e:
            print(f"Panic button monitoring error: {e}")
    
    async def handle_panic_button_activation(self, panic_data):
        """Handle panic button activation"""
        print(f"🚨 PANIC BUTTON ACTIVATED: {panic_data['device_id']}")
        
        # Treat as high-severity security threat
        threat_data = {
            'type': 'panic_button_activation',
            'location': panic_data['location'],
            'location_description': panic_data.get('address', 'Unknown location'),
            'device_id': panic_data['device_id'],
            'driver_id': panic_data.get('driver_id'),
            'timestamp': panic_data['timestamp']
        }
        
        # Immediate response for panic button
        threat_level = {
            'severity': 'critical',
            'risk_factors': ['immediate_danger', 'driver_distress'],
            'affected_radius_km': 2,
            'immediate_actions': [
                'contact_law_enforcement',
                'dispatch_security_team',
                'enable_emergency_tracking',
                'establish_communication'
            ],
            'escalation_required': True
        }
        
        await self.handle_security_threat(threat_data, threat_level)

# Usage
security_alerts = SecurityThreatAlerts("your_api_key_here")
security_alerts.initialize_security_monitoring()

# Example: Handle active shooter threat
threat_data = {
    'type': 'active_shooter',
    'location': {
        'latitude': 34.0522,
        'longitude': -118.2437
    },
    'location_description': 'Downtown Los Angeles Distribution Center',
    'source': 'law_enforcement_alert',
    'confidence': 'high'
}

asyncio.run(security_alerts.handle_security_threat(threat_data))