rcore Dispatch

rcore Dispatch - Professional Emergency Services Dispatch System for FiveM

Transform your server's emergency response capabilities with rcore Dispatch, a comprehensive Computer-Aided Dispatch (CAD) system designed specifically for FiveM roleplay servers. This professional-grade dispatch solution provides police, EMS, and fire departments with the tools they need to coordinate emergency responses, manage incidents, and maintain situational awareness across your entire city. Essential for police departments and emergency services using police station MLOs.

What's Included

rcore Dispatch delivers a complete emergency services communication and coordination platform. Built by the respected rcore development team, this system combines intuitive interfaces with powerful functionality to create a realistic and efficient dispatch experience for both dispatchers and field units.

Key Features

• Real-Time Call System - 911 call interface for civilians to report emergencies, crimes, medical situations, and fires with automatic GPS location capture
• Automated Dispatch - Intelligent call assignment system that automatically notifies appropriate units (police, EMS, fire) based on call type and location
• Interactive Map - Live map display showing all active units, call locations, and ongoing incidents with real-time position updates
• Unit Management - Track unit status (available, busy, en route, on scene), location, and current assignment with drag-and-drop dispatch capabilities
• Call Priority System - Prioritize emergency calls by severity (Code 1, Code 2, Code 3) with visual and audio alerts for critical situations
• Multi-Department Support - Separate channels and interfaces for Police, EMS, and Fire departments with cross-department coordination
• Incident Notes - Add detailed notes, suspect descriptions, vehicle information, and updates to active calls for comprehensive incident documentation
• Unit-to-Unit Communication - Dispatchers can send direct messages and updates to specific units or broadcast to all units in a department
• Call History - Complete log of all calls, responses, and outcomes for administrative review and roleplay continuity
• Postal Code Integration - Works with postal code systems for quick location identification and navigation
• BOLO System - Create Be On The Lookout alerts for suspects, vehicles, or missing persons visible to all units
• Panic Button - Officers can trigger emergency backup requests with GPS location broadcast to all units
• Performance Optimized - Minimal resource usage even with dozens of concurrent emergency service members

Perfect For

• Serious roleplay servers with dedicated emergency services departments
• Police departments needing professional dispatch coordination
• EMS and Fire departments requiring call management systems
• Multi-department servers requiring centralized emergency coordination
• Servers with civilian 911 call systems
• Communities wanting realistic emergency response procedures
• Whitelisted servers with trained dispatcher roles

Installation

1. Download the rcore Dispatch package from your purchase
2. Extract to your server's resources directory
3. Install required dependencies (check documentation for SQL database and framework requirements)
4. Configure config.lua for your framework (ESX/QBCore) and department structure
5. Set up database tables using provided SQL file
6. Add to server.cfg: ensure rcore_dispatch
7. Configure job permissions for dispatcher, police, EMS, and fire roles
8. Restart server and test with emergency service jobs

Framework Compatibility

• ✅ ESX - Full integration with ESX job system, supports esx_policejob, esx_ambulancejob, and custom emergency jobs
• ✅ QBCore - Complete compatibility with QB job system, works with qb-policejob, qb-ambulancejob, and custom departments
• ✅ QBOX - Supports QBOX framework with all standard emergency service jobs
• ✅ Standalone - Can be configured for standalone servers with custom job systems

What Makes It Stand Out

rcore Dispatch stands apart from basic notification systems by providing true Computer-Aided Dispatch functionality modeled after real-world emergency services. The system doesn't just send alerts – it creates a complete command and control center where dispatchers manage the flow of emergency responses across the entire city. The real-time map provides situational awareness that's critical during major incidents, active shooters, or multi-unit responses. The priority system ensures life-threatening emergencies get immediate attention while routine calls are queued appropriately. Unlike simple blip scripts, rcore Dispatch enables dedicated dispatcher roles, professional emergency coordination, and the kind of organized response that separates amateur servers from professional roleplay communities.

Technical Specifications

• Type: Full-stack dispatch system (UI + database + coordination)
• Database: MySQL/MariaDB for call logging and history
• Performance: <0.01ms avg resource usage, optimized for 100+ concurrent users
• UI Framework: Modern responsive interface with mobile-friendly design
• API: Exports for integration with other emergency service scripts

Dispatcher Interface

The dispatcher interface provides a comprehensive command center with live map display, active call queue with drag-and-drop assignment, unit roster showing all emergency personnel status and location, incident management tools for adding notes and updates, BOLO creation and management system, department filtering for Police/EMS/Fire specific views, and audio/visual alerts for high-priority emergencies.

Field Unit Features

Emergency service members receive call notifications with location and details, can accept or decline assignments, update their status (en route, on scene, available), add incident notes from the field, request backup or additional resources, view active BOLOs and alerts, and access call history and previous incident reports.

Civilian Features

Citizens can dial 911 with automatic location reporting, select emergency type (police, medical, fire), provide incident descriptions, receive response time estimates, and call back dispatchers for updates – all creating realistic emergency service interactions.