The Hidden Risks of EV Driver Behaviour
The paper emphasises the importance of resilient connectivity, advanced AI/ML-powered systems, and integrated battery management for optimising EV performance and safety. It also addresses key challenges such as driver distraction, road infrastructure, and the environmental factors affecting EV operations.
With insights into future trends, the document underscores the need for dynamic telematics systems to enhance safety, efficiency, and user experience in the rapidly growing EV industry.
EV Driving Behaviours: Why Connectivity is the Key to Safer Roads
EV telematics systems are highly reliant on resilient, always-on connectivity. From enabling secure over-the-air updates and battery optimisation, to supporting real-time incident response and video telematics, connectivity forms the backbone of effective EV telematics.
As EVs become increasingly integrated into smart infrastructure and power grids, the need for secure, scalable, and reliable IoT connectivity will only grow. Without it, critical safety features, predictive systems, and even core vehicle operations could be compromised.
The Key Areas Covered in Article 1:
This white paper sets the foundation for a broader exploration into the future of EVs and telematics. It is the first in a four-part series covering everything from commercial fleet challenges and charging infrastructure, to the future of AI- and ML-powered vehicle systems.
The improvements for EV telematics systems covered in article 1 include:
- Enhanced Range Anxiety Management
- Improved Driver Distraction Mitigation
- Advanced Safety Features
- Contextual Data Integration
- Battery Management Optimisation
- Improved Connectivity and Security
- Driver Behaviour Analysis
- Integration with Smart Grids
- Adaptive Fleet Management
- Ongoing Research and Development
Download the full article to explore the data, insights, and implications in detail — and discover how your organisation can stay ahead of the shift to connected, electric powered transport.
