The research on securing the data shared over the Vehicular Network has a lot of good implications. Using this model of securing the data using the consortium blockchain will make transportation safer, economical and eco-friendly. This study will help the automotive industry to build a solution that is safe and trustworthy for the end consumers.

1. Connected Cars and Real-Time
Data Analytics using Blockchain
- Vedant Bhoj

2. About Me
• Bachelors of Engineering – Electronics and
Telecommunication
• Web Application Development at Cognizant, India.
• MS – Computer Engineering (San Jose State University)
• Full Stack Engineering Intern at HealthLevel Inc. in
Mountain View, CA
• Web Developer Assistant (San Jose State University)

3. Connected Cars
• Connected cars are the future.
• The automotive industry is growing rapidly which is going to
generate a tremendous amount of data.
• Fifth Generation – Vehicular Ad-Hoc Network (5G-VANET).

4. The Global Market

5. Ride hailing services

6. Ride hailing usage worldwide

7. Ride hailing usage worldwide

8. The Proposed Model
• Real-Time Data Sharing
• Prediction Model
• Big Data Analytics
• High-Performance Cloud Computing
• Data Security with Blockchain

9. Real-time data sharing
• Real-time data sharing is one of the most important
aspects of the connected cars eco-system.
• The cloud technology has evolved and the merger of
the Internet of Things (IoT) with 5G technology has
opened new doors to the cloud storage industry.
• The data sharing needs to be fast, accurate and
reliable as this data is critical to avoid fatal accidents
between the vehicles and improve traffic congestion.

10. Prediction Model and
Big Data Analytics
• A fail-proof predictive modeling technique is
recommended for connected cars to perform well in
emergency situations.
• Machine learning can be used to improve the security of
a connected car.
• A Hidden Markov Model (HMM) is a well-designed model
and can be used to train normal vehicle behavior.
• Furthermore, the regression technique should be used to
ensure the model is fail-proof in real-time scenarios.

11. High Performance Cloud
Computing
• To get the real-time analysis of the data sent to the
cloud storage, a very high-performance computer is
required.
• Such High-Performance Computer’s (HPC’s) can collect
analyze and process the data in few seconds and send
back to the connected car.
• The car can make decisions based on the results
provided by these High-Performance Computer’s
(HPC’s).
• Amazon Web Services provides the most elastic and
scalable cloud infrastructure to run on such High-
Performance applications.

12. Security with Blockchain

13. Conclusion
The research on securing the data shared over the Vehicular
Network has a lot of good implications.
Using this model of securing the data using the consortium
blockchain will make transportation safer, economical and eco-
friendly.
This study will help the automotive industry to build a solution
which is safe and trustworthy for the end consumers.

14. Thank You