Deployment Prerequisites
Prerequisites for Adopting the ECARUS Telematics Platform
To successfully deploy and operate a telematics platform such as ECARUS, several foundational elements must be prepared in advance. These include vehicle hardware, connectivity infrastructure, service operations, security, and regulatory readiness.
This document outlines the key prerequisites that OEMs and service providers should prepare before adopting the ECARUS platform.
1. Vehicle Hardware Readiness
To support telematics services, vehicles must be equipped with the necessary telematics hardware components.
Required components include:
- TCU (Telematics Control Unit)
- GNSS / GPS module
- Cellular communication module (LTE / 5G)
- In-vehicle network connectivity (CAN / Ethernet)
- OTA (Over-the-Air) update capability
The TCU acts as the primary interface between the vehicle and the ECARUS cloud platform, collecting vehicle data and enabling remote communication.
2. Vehicle Data Integration
Telematics services rely on access to vehicle data generated by internal vehicle systems.
Typical data sources include:
- Vehicle status information
- Vehicle location data
- Battery status
- Diagnostic Trouble Codes (DTC)
- Vehicle event data
Preparation typically involves:
- Defining ECU data structures
- CAN signal mapping
- Creating a vehicle data specification
3. Connectivity Infrastructure
Reliable communication between vehicles and the ECARUS platform is essential.
Key requirements include:
- Cellular connectivity agreements (MNO / MVNO)
- Global roaming capability
- Data usage and cost management
- SIM or eSIM lifecycle management
- Vehicle communication protocols (e.g., MQTT, HTTPS)
4. Service Operation System
Telematics services require operational capabilities in addition to the technical platform.
Examples include:
- Customer support center (Call Center)
- Emergency response operations (eCall / bCall)
- Vehicle monitoring systems
- Service operation policies and procedures
Operational readiness is especially important for services such as:
- Accident response
- Roadside assistance
- Stolen vehicle recovery
5. Customer Applications
Telematics services are typically delivered to customers through user-facing applications.
Typical capabilities include:
- Vehicle status monitoring
- Remote vehicle control
- Vehicle location tracking
- Alerts and notifications
Required components include:
- Mobile applications (iOS / Android)
- User identity and authentication systems
- Vehicle-to-user association management
6. Security Infrastructure
Strong security measures are required to protect vehicle data and ensure safe remote vehicle operations.
Examples include:
- OAuth2-based authentication and authorization
- Vehicle identity management
- Command authorization and access control
- Data encryption
- Cryptographic key management systems
7. Regulatory Compliance
Vehicle data and location services are subject to regulatory requirements in many regions.
Relevant regulatory areas may include:
- Personal data protection
- Location information privacy regulations
- Emergency call service requirements (eCall)
- Data storage and retention policies
Organizations must ensure compliance with the regulations applicable in the regions where services are deployed.
8. Summary
Before deploying the ECARUS telematics platform, organizations should ensure readiness in the following areas:
- Vehicle telematics hardware
- Vehicle data integration
- Reliable connectivity infrastructure
- Service operation capabilities
- Customer-facing applications
- Security and identity management
- Regulatory compliance
Once these prerequisites are in place, organizations can effectively deploy and operate connected vehicle services using the ECARUS platform.