Post on 21-May-2020
transcript
Madhusudan Singh, PhD, SMIEEE,Research Professor, Seamless Transportation Lab
Yonsei Institute of Convergence Technology, Yonsei University Songdo, South Korea
Talk :
Blockchain Based Secure Decentralized Vehicle Communication
madhusudan.singh@ieee.org https://sites.google.com/site/madhusudaniiita/
Introduction
Vehicle Communication way -
Vehicle to Vehicle (V2V) (Smart Vehicles)
Vehicle to Everything (V2X) (RSU, Electronic Devices)
In-Vehicle (CAN, ECU sensor)
2017-09-19 2
Blockchain Technology
Mutual
Cryptography
Digital Signature
Ledger
Topics
Industry Academic Research
Toyota
Research
Institute,
USA [1]
ZF Group,
Switzerland
[2]
Bigchain
DB,
German
y, [1]
Oaken
Innovations
, Canada
[1]
Commuterz
, Israel
[1]
MIT-
Digital
Currency
Initiative
[1]
University of
New South
Wales (UNSW),
Sydney [3]
UCLA,
USA/Tri
nity
College,
Ireland
[4]
Institute of
Automation,
Chinese
Academy
of Sciences
(SKL-MCCS,
CASIA),
Beijing, [5]
Seamless
Transportatio
n Lab , Yonsei
University
Share driving Yes Yes Yes Yes - - - - - -
Autonomous
vehicle
Yes - Yes - - - Yes Yes - Yes
Manage ride-
share
Yes Yes - - - - - - - -
Transactions
(Fuel, Toll,
insurance etc.)
Yes Yes - Yes Yes Yes - - - Yes
Store vehicle
usage
information
Yes Yes Yes - - - - - Yes
Decentralized
Transportation
System
- - - - -- - - - Yes Yes
Secure Vehicle
Communication
- - - - - - Yes Yes - Yes
Privacy - - - - Yes - - Yes
Reference:
1. https://cryptoinsider.com/toyota-mit-developing-blockchain-based-project-federate-data-generated-connected-cars/
2. https://www.zf.com/corporate/en_de/magazine/magazin_artikel_vi ewpage_22227304.html
3. Ali Dorri, Marco Steger, Salil S. Kanhere, and Raja Jurdak, “Blockchain: A distributed solution to automotive security and privacy”, eprint arXiv:1704.00073, March, 2017
4. Sean Rowan, Michael Clear, Meriel Huggard and Ciaran McGoldrick, “Securing vehicle to vehicle data sharing using blockchain through visible light and acoustic side-channel
5. Yong Yuan, and Fei-Yue Wang, “Towards Blockchain-based Intelligent Transportation Systems”, 2016 IEEE 19th International Conference on Intelligent Transportation Systems (ITSC), Windsor Oceanico Hotel, Rio de
Janerio, Brazil, Nov.1-4, 2016.
6. Benjamin Leiding, Parisa Memarmoshrefi, and Dieter Hogrefe. 2016. Self-managed and blockchain-based vehicular ad-hoc networks”, In Proceedings of the 2016 ACM International Joint Conference on Pervasive and
Ubiquitous Computing: Adjunct (UbiComp '16). ACM, New York, NY, USA, 137-140.
Motivation
Industry:
The Blockchain for VT :
Data Sharing
Ride Sharing
Payment (toll, energy,
insurance etc.)
Research Area: Service
based Intelligent Vehicles
Academia
The Blockchain for VT :
Communication
Transactions
Security
ITS
Research Area: Security
ITS/Vehicle communication
Copyright © reserved by Madhusudan Singh, PhD
Proposed Work
Challenges:
Centralized Authority
Trust between Machines
Message Integrity
Data Management
No Privacy
Solution:
Decentralized
Distributed
Cryptography
Message with signature
One word “Blockchain”
Blockchain Solution
(Blockchain)
Max :N blocks
(Blockchain)
Max :N blocks
(Blockchain)
Max :N blocks
(Blockchain)
Max :N blocks
Proposed Blockchain Scenario
1233asw12d1
2833agf12i21
3273asw1h21
5233v3e12q1
6233fbe12p1
733uce12y21
7653vde12gf1
68753vdg2f21
9833vde1d21
4233ase12t21
653hgd543j21
753kme12f21
Vehicle ID Transaction id
IV-1 1233asw12d1
IV-2 2833agf12i21
IV-3 3273asw1h21
IV-4 4233ase12t21
IV-5 653hgd543j21
IV-6 753kme12f21
IV-7 9833vde1d21
IV-8 7653vde12gf1
IV-9 9833vde1d21
IV-9 5233v3e12q1
IV-10 733uce12y21
Vehicle ID Transaction id
IV-1 1233asw12d1
IV-2 2833agf12i21
IV-3 3273asw1h21
IV-4 4233ase12t21
IV-5 653hgd543j21
IV-6 753kme12f21
IV-7 9833vde1d21
IV-8 7653vde12gf1
IV-9 9833vde1d21
IV-9 5233v3e12q1
IV-10 733uce12y21
Vehicle ID Transaction id
IV-1 1233asw12d1
IV-2 2833agf12i21
IV-3 3273asw1h21
IV-4 4233ase12t21
IV-5 653hgd543j21
IV-6 753kme12f21
IV-7 9833vde1d21
IV-8 7653vde12gf1
IV-9 9833vde1d21
IV-9 5233v3e12q1
IV-10 733uce12y21
Vehicle ID Transaction id
IV-1 1233asw12d1
IV-2 2833agf12i21
IV-3 3273asw1h21
IV-4 4233ase12t21
IV-5 653hgd543j21
IV-6 753kme12f21
IV-7 9833vde1d21
IV-8 7653vde12gf1
IV-9 9833vde1d21
IV-9 5233v3e12q1