The most advanced OBD/ECU tuner for cars, trucks, and bikes, compatible with all vehicles.

• Universal Compatibility: Works with all vehicle makes and models
• Advanced Tuning Algorithms: Provides the most accurate tuning values
• Multiple Tuning Modes: Sport, Eco, Race, and Custom modes available
• Real-time Monitoring: Live data streaming from vehicle's ECU
• User-friendly Interface: Simple API for easy integration

npm install auto_max_tuner

const AutoMaxTuner = require('auto_max_tuner');

// Create a new tuner instance
const tuner = new AutoMaxTuner();

// Connect to vehicle
if (tuner.connect('vehicle123')) {
  // Get current tuning values
  const currentValues = tuner.getCurrentTuningValues();
  
  // Apply new tuning values
  const newValues = {
    fuel: 'aggressive',
    ignition: 'advanced',
    boost: 'high'
  };
  
  if (tuner.applyTuning(newValues)) {
    console.log('Tuning applied successfully!');
  }
  
  // Set tuning mode
  tuner.setTuningMode('sport');
  
  // Disconnect when done
  tuner.disconnect();
}

Connects to the vehicle's OBD/ECU system.

Returns current tuning parameters from the ECU.

Applies new tuning values to the vehicle.

Sets the tuning mode (sport, eco, race, custom).

Disconnects from the vehicle's system.

Reads Diagnostic Trouble Codes (DTCs) from the ECU.

Starts live data streaming from the ECU for specified PIDs (Parameter IDs).

Manages custom tuning profiles (save, load, or delete).

Reads freeze frame data associated with a Diagnostic Trouble Code (DTC).

Performs an active test on a specific vehicle component.

Logs specified data points to a file for analysis.

Performs a full vehicle scan to identify modules and their status.

Resets specific vehicle adaptations or learned values.

Updates the ECU firmware (use with caution).

Analyzes live data to predict potential future vehicle issues.

Automatically optimizes tuning based on real-time data.

Initiates an Over-The-Air (OTA) update for software or ECU firmware.

Enables vehicle-to-vehicle (V2V) communication for data exchange.

• protocol: The communication protocol (e.g., 'DSRC', 'C-V2X').
• Returns: object - Status of the V2V communication enablement.

Analyzes vehicle data to predict potential maintenance needs.

• Returns: object - Predicted maintenance issues and recommendations.

Uses AI algorithms to continuously optimize vehicle performance based on driving conditions.

• optimizationMode: The desired optimization mode (e.g., 'economy', 'sport', 'balanced').
• Returns: object - Status of the AI-driven optimization.

Implements advanced security measures for ECU communication.

• securityConfig: Configuration for security measures (e.g., encryption, authentication).
• Returns: object - Status of security measure implementation.

Integrates with cloud services for data storage, analytics, and remote access.

• serviceProvider: Name of the cloud service provider.
• credentials: Authentication credentials for the cloud service.
• Returns: object - Status of cloud service integration.

Executes a custom script on the connected ECU or tuner device.

• scriptContent: The content of the script to execute.
• scriptLanguage: The language of the script (e.g., 'Python', 'Lua').
• Returns: object - Result of the script execution.

Performs in-depth diagnostic analysis beyond standard DTCs.

• diagnosticLevel: Level of diagnostics (e.g., 'deep', 'component').
• Returns: object - Detailed diagnostic report.

Allows remote control of certain vehicle functions (e.g., locking doors, starting engine).

• functionName: The function to control (e.g., 'lockDoors', 'startEngine').
• params: Parameters for the function.
• Returns: object - Status of the remote control operation.

Integrates with blockchain for secure data logging and verifiable transactions.

• blockchainNetwork: The blockchain network to integrate with.
• data: Data to be logged or transacted on the blockchain.
• Returns: object - Transaction status and hash.

Provides advanced data visualization capabilities for real-time and historical vehicle data.

• data: The data to visualize.
• visualizationType: Type of visualization (e.g., 'graph', '3D-model').
• Returns: object - Status of the visualization process.

Integrates with VR/AR platforms for immersive vehicle diagnostics and tuning simulations.

• platform: VR/AR platform (e.g., 'Oculus', 'Hololens').
• simulationData: Data for the VR simulation.
• Returns: object - Status of VR simulation integration.

Leverages quantum computing principles for ultra-optimized tuning solutions.

• parameters: Tuning parameters for quantum optimization.
• Returns: object - Quantum-optimized tuning values.

Utilizes AI to predict maintenance needs with higher accuracy and detail.

• historicalData: Historical vehicle data for AI model training.
• Returns: object - Highly accurate predicted maintenance issues and recommendations.

Implements state-of-the-art cybersecurity measures to protect the vehicle's network.

• securityPolicy: The cybersecurity policy to enforce.
• Returns: object - Status of advanced cybersecurity implementation.

Integrates the vehicle with smart city infrastructure for optimized routing, traffic management, and services.

• cityApiEndpoint: API endpoint for smart city services.
• vehicleData: Real-time vehicle data to share with smart city infrastructure.
• Returns: object - Status of smart city integration and received services.

Performs in-depth analysis of vehicle materials for structural integrity and wear.

• materialScanData: Data from material scanning sensors.
• Returns: object - Analysis report on material health and recommendations.

Activates self-healing mechanisms for minor vehicle damages or component wear.

• damageLocation: Location of the damage (e.g., 'tire', 'paint').
• Returns: object - Status of the self-healing process.

Integrates with quantum sensors for ultra-precise environmental and vehicle data.

• sensorData: Data from quantum sensors.
• Returns: object - Processed data from quantum sensors.

ISC