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AUTONOMOUS VEHICLE
The Internet of Vehicles (IoV) enables the integration of smart vehicles with the Internet and system components attributing to their environment such as public infrastructures, sensors, computing nodes, pedestrians, other vehicles & service providers
Challenges
The integration with existing technologies to support IoV paradigm opens up many challenges, this includes a variety of data level security, privacy, trust, transparency, connectivity, and performance
Solutions
With the development of a common information exchange platform between vehicles and heterogeneous vehicular networks. This hybrid integration of SnapScale DLT & MEC, aims to create a safe environment for a trusted data communication exchanges between sensors & vehicles
Benefits
Ensuring public safety with autonomous vehicles through increased customer retention, satisfaction, and experience. This will enable vendors, authorities, and other entities in the mix to verify data credentials and apply them in near real-time
Decentralized Data & Service
Sharing for Internet of Vehicles
By storing data on SnapScale DLT, digital certificates for information including vehicle identity, ownership, warranties and mileages can be securely stored in an electronic wallet. This data will be immutably stored on the DLT and cryptographically verified

A shared but secure database of autonomous vehicles can interact with nearby sensor / devices with the world in real time. Aggregating a number of industries, from dealerships, local authorities, service departments to vehicle insurance companies in securing “trusted data” across authorized participants
Value Proposition
Autonomous & trusted vehicular network
Leveraging P2P model & built-in smart contracts to connect vehicle owners & passengers
Frictionless interactions between participants
DLT-enabled global payment standard between vehicles and their supporting infrastructure
Improvement of training data accuracy
Navigation data is shared by identified & trusted participants, which helps in improving autonomous driving
Ease of access & sharing of secured records
Binding of passenger’s personal settings, preferences & insurance policies to the vehicle (a huge benefit in carsharing situations)
Trusted & dynamic registry
A verifiable ledger of historical data from service providers, autonomous vehicles and users needed for insurers and third parties
AUTONOMOUS VEHICLE
The Internet of Vehicles (IoV) enables the integration of smart vehicles with the Internet and system components attributing to their environment such as public infrastructures, sensors, computing nodes, pedestrians, other vehicles & service providers
Challenges
The integration with existing technologies to support IoV paradigm opens up many challenges, this includes a variety of data level security, privacy, trust, transparency, connectivity, and performance
Solutions
With the development of a common information exchange platform between vehicles and heterogeneous vehicular networks. This hybrid integration of SnapScale DLT & MEC, aims to create a safe environment for a trusted data communication exchanges between sensors & vehicles
Benefits
Ensuring public safety with autonomous vehicles through increased customer retention, satisfaction, and experience. This will enable vendors, authorities, and other entities in the mix to verify data credentials and apply them in near real-time
Decentralized Data & Service
Sharing for Internet of Vehicles
By storing data on SnapScale DLT, digital certificates for information including vehicle identity, ownership, warranties and mileages can be securely stored in an electronic wallet. This data will be immutably stored on the DLT and cryptographically verified

A shared but secure database of autonomous vehicles can interact with nearby sensor / devices with the world in real time. Aggregating a number of industries, from dealerships, local authorities, service departments to vehicle insurance companies in securing “trusted data” across authorized participants
Value Proposition
Autonomous & trusted vehicular network
Leveraging P2P model & built-in smart contracts to connect vehicle owners & passengers
Frictionless interactions between participants
DLT-enabled global payment standard between vehicles and their supporting infrastructure
Improvement of training data accuracy
Navigation data is shared by identified & trusted participants, which helps in improving autonomous driving
Ease of access & sharing of secured records
Binding of passenger’s personal settings, preferences & insurance policies to the vehicle (a huge benefit in carsharing situations)
Trusted & dynamic registry
A verifiable ledger of historical data from service providers, autonomous vehicles and users needed for insurers and third parties