Generate a complete, working React Flow project that simulates a real-world fleet telematics system. The simulation should include realistic behavior of actual devices (e.g., fuel level sensors, GPS trackers and all others) and model events such as fuel consumption, refueling, and unexpected fuel drains. The system should be designed to reflect a full operational workflow, using React Flow for visualization and interaction.
✅ 1. Real-Time Simulation Nodes (Devices)
✅ 2. User Interface (UI) for Alerts/Notifications
✅ 3. Device Functionality & Description
🧩 Full Simulation Architecture (React Flow App)
🔧 Node-Based Device Simulation (in React Flow)
Each device is a custom visual node. Data flows through edges. Devices simulate behavior using timers and state logic.
🖥️ UI Layer
🔔 Alerts & Notifications Panel
-
Real-time toast popups or panel feed
-
Shows:
- Fuel theft
- GPS tampering
- Unauthorized cargo unlock
- ADAS warnings
- Engine arrest success/failure
📋 Device Inspector Sidebar
-
Click any node to open:
- Device name
- Current state/data
- Description & purpose
- Configurable properties
📦 Device Functionality Table
| Device | Purpose | Simulation Behavior |
| ----------------------------------------- | ----------------------------------- | -------------------------------------------------------------------------------------------- |
| 1. GPS Tracker | Tracks location, speed, route | Emits lat/lon data at intervals. Simulates movement on a polyline. Triggers geofence alerts. |
| 2. Fuel Level Sensor | Monitors fuel tank level | Reads level every 5s. Reacts to trip, refuel, or drain. Sends low fuel alerts. |
| 3. Loader Sensor | Detects cargo being loaded/unloaded | Binary state (loaded, unloaded). Triggers load/unload events. |
| 4. Camera | Simulates dashcam/image capture | Triggers on ADAS alerts. Emits base64/placeholder images. |
| 5. Temperature Sensor (template) | Monitors cargo temperature | Emits °C reading. Triggers alert if out of safe range. |
| 6. Cargo Lock | Remote locking of container | Locked/unlocked via control node. Emits unauthorized access alert if opened manually. |
| 7. ADAS Module | Emits safety events | Randomized or rule-triggered events: lane departure, hard brake, collision, etc. |
| 8. Remote Engine Arrest (Relay + GPS) | Disables engine remotely | Trigger from UI or logic. Shows engine status. Blocks trip node on arrest. |
🔔 Example Alert Messages
| Event | Alert | | ----------------------- | --------------------------------------- | | Fuel drops fast | ⚠️ Fuel Theft Detected: -12L in 30s | | GPS signal lost | 🚫 GPS Signal Lost | | Cargo unlocked remotely | 🔓 Cargo Lock Opened via Remote Command | | Lane departure | 🛑 ADAS Warning: Lane Departure | | Engine Arrest | 🛑 Engine Arrest Activated |
🔧 UI Mockup Suggestions
🖼 Layout
[ React Flow Canvas ] [ Inspector Sidebar ]
[ Simulation Timeline ] [ Alerts Panel ]
- Toasts for urgent alerts
- Persistent alert feed on the right
- Inspector shows live status of any node
I'll create a comprehensive React Flow project that simulates a real-world fleet telematics system. This will include realistic device behavior, data flow, and a complete user interface for monitoring and interacting with the system.
This comprehensive fleet telematics simulation provides a realistic representation of a modern vehicle monitoring system with the following key features:
Key Components
- Interactive React Flow Canvas - A fully interactive canvas where you can see the relationships between different telematics devices and the data flow between them.
Realistic Device Simulation - Each device node simulates real-world behavior:
- GPS Tracker: Simulates movement, signal loss, and geofence violations
- Fuel Sensor: Models consumption, refueling, and theft detection
- Cargo Lock: Simulates locking/unlocking and unauthorized access attempts
- ADAS Module: Generates safety alerts like lane departure warnings
- Engine Arrest: Allows remote disabling with signal strength simulation
Real-Time Alerts System - Notifications appear for critical events like:
- Fuel theft detection
- Unauthorized cargo access
- GPS signal loss
- Temperature threshold violations
- ADAS safety warnings
- Device Inspector - Click on any device to view detailed status information and controls.
- Simulation Controls - Adjust simulation speed, pause/resume, and reset the simulation.
How to Use
- Start the Simulation - Use the play button in the top right to begin the simulation.
- Adjust Speed - Use the slider to speed up or slow down the simulation.
- Inspect Devices - Click on any device node to view its details in the sidebar.
- Monitor Alerts - Watch the alerts panel for notifications of important events.
- Interact with Controls - Use the device inspector to interact with devices (e.g., lock/unlock cargo, disable engine).
The simulation demonstrates a complete operational workflow for fleet telematics, showing how different devices interact and how data flows through the system. It's designed to be both educational and representative of real-world telematics systems.
I'll implement a simulation data flow using React Flow nodes based on your diagram. This will create a structured flow where multiple sensor nodes feed into a central GPS tracker node, which then sends data to a server/dashboard node.
I've implemented the simulation data flow according to your diagram, creating a structured flow where multiple sensor nodes feed into a central GPS tracker node, which then sends aggregated data to a server/dashboard node.
Key Features of the Implementation:
1. Node Structure
- Sensor Nodes (left side): All sensor nodes (Fuel, Loader, ADAS, Camera, Temperature, Cargo Lock, Engine Arrest) are positioned on the left
- GPS Tracker Node (center): Acts as the central aggregation point for all sensor data
- Server/Dashboard Node (right): Receives the combined telemetry data from the GPS tracker
2. Data Flow Visualization
- Each connection shows data flowing from sensors to the GPS tracker
- The connection from GPS tracker to server shows animated data flow to emphasize the aggregated telemetry
- Each connection is color-coded based on the type of data it carries
3. Server Node Features
- Real-time data rate monitoring
- Connected devices counter
- Mini activity chart showing data throughput
- Storage usage visualization
4. Interactive Elements
- All nodes can be inspected by clicking on them
- The simulation can be paused, resumed, and speed-adjusted
- Alerts are generated based on sensor activities
How It Works
- Each sensor independently generates and simulates data (fuel levels, temperature readings, etc.)
- This data flows through the connections to the GPS tracker node
- The GPS tracker aggregates all this information and sends it as a combined telemetry package to the server
- The server processes and displays this information
This implementation provides a clear visualization of how data flows in a real-world telematics system, from individual sensors through a central tracking device to a monitoring server.
cehck attached image and Here's a realistic description of the GPS tracker device in your image, followed by how you could present it in a 3D-styled CSS card for a React Flow or dashboard UI:
📡 Device Description – GalileoSky GPS Tracker
This is a GalileoSky GPS tracking device, commonly used in advanced fleet telematics systems. It’s designed for vehicle tracking, telemetry data collection, and remote diagnostics. The device supports multiple communication protocols, external antennas, USB and GPIO interfaces, and is known for its durability and reliable performance in commercial and industrial environments.
Key Features:
- Dual SMA connectors for GPS and GSM antennas
- USB port for configuration and data upload
- Status LED for operation monitoring
- Durable plastic enclosure, compact for easy vehicle installation
- Supports real-time tracking, fuel monitoring, and driver behavior analytics
🌐 CSS 3D Card (React-style example)
You can create a 3D-styled device card using CSS like this:
// DeviceCard.jsx
export default function DeviceCard() {
return (
<div className="perspective">
<div className="device-card">
<img src="/path/to/your/galileosky.png" alt="GalileoSky GPS Tracker" />
<div className="info">
<h2>GalileoSky GPS Tracker</h2>
<p>
Industrial-grade tracker for fleet telematics. Supports GPS/GSM,
USB, and multiple sensors.
</p>
</div>
</div>
</div>
);
}
/* styles.css */
.perspective {
perspective: 1000px;
margin: 2rem;
}
.device-card {
width: 300px;
transform-style: preserve-3d;
transform: rotateY(10deg) rotateX(5deg);
transition: transform 0.5s ease;
background: #1e1e1e;
border-radius: 16px;
box-shadow: 0 15px 30px rgba(0, 0, 0, 0.3);
overflow: hidden;
}
.device-card:hover {
transform: rotateY(0deg) rotateX(0deg) scale(1.02);
}
.device-card img {
width: 100%;
object-fit: cover;
border-bottom: 1px solid #444;
}
.info {
padding: 1rem;
color: white;
}
.info h2 {
font-size: 1.2rem;
margin-bottom: 0.5rem;
}
.info p {
font-size: 0.9rem;
color: #ccc;
}
This will give your GPS tracker component a modern, tactile 3D card appearance on hover, perfect for a telematics dashboard UI.
Would you like me to integrate this into a sample React Flow node too?
