Ayk-Crimescene

Ayk-Crimescene is a fully immersive, premium-grade crime scene investigation system designed to bring unmatched realism to your FiveM server's law enforcement and legal roleplay. Secure perimeters, gather evidence, analyze clues, and persist everything smoothly—completely for FREE.

🌟 Key Features

• 🔒 Perimeter System: Place connected posts with police tape to form a closed crime scene zone with reliable polygon-based detection.
• 📌 Evidence Markers: Numbered 3D markers with automatic terrain alignment, ghost placement preview, and model cycling.
• 📝 Evidence Cards: Seal gathered clues with officer names, detailed custom notes, and integrated photo attachment (deletion protected by original author).
• 📸 Photo Camera: First-person camera view with realistic flash, zoom controls, dynamic watermark overlay (GPS, timestamp, officer details), and a built-in UV filter mode.
• 🔦 UV Flashlight: Reveal hidden blood evidence with a realistic custom spotlight cone and vibrant fluorescent chemical particles.
• 🌐 Full Sync & Persistence: Instant real-time synchronization across all players, optimized MySQL persistence handled via oxmysql, and an automated data purge system to prevent database bloating.
• 📡 Discord Webhooks: Clean, rich embed logs featuring integrated snapshots for every creation, sealing, deletion, and cleanup action.
• 🌍 Multi-Language: Complete out-of-the-box localization (English and French included), easily extendable via organized JSON language files.
• 🎨 Premium UI: Dark glassmorphism NUI design featuring fluid CSS animations, dynamic keybind displays, and native confirmation modals.

⚙️ Extensive Compatibility

We built this script to seamlessly fit right into your existing server core instead of forcing you to bend your setup around it:

• Frameworks: QBCore, ESX, Qbox, or fully Custom scripts.
• Target Systems: qb-target, ox_target, or standalone interaction rules.
• Notifications: Fully responsive to all major notification systems.
• Performance: Rock-solid performance (0.00ms idle) optimized via cached polygon calculations, pre-loaded models, rate-limited events, and rigorous server-side input sanitization.

📋 Resource Information