A quick recap on how Blockchain in combination with the Autonomous Cars industry can leverage into the next level of Mobility Services. Major user applications and some new Blockchain protocols that will benefit the way we understand today's auto, and introduce driverless fleets powered by decentralized artificial intelligence.

1. BLOCKCHAIN & SELF-DRIVING CARS
CUTTING EDGE MOBILITY
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2. WARM-UP MOTTO

3. DECENTRALIZING INTELLIGENCE
Blockchain Thinking.
An input-processing-output computational system with
several features.
1st, memories and all input elements are seen as
discrete units that are encoded, stored, and
universally-accessible,
2nd, processing might be instantiated in a massively
distributed architecture that is not available in human
brains,
3rd, the outputs include the ability to realize smart-
contract based utility functions, instantiate thinking as
a power law, upload digital mindfile, advocate for digital
intelligences, and facilitate a Friendly AI.
– Blockchain Thinking: The Brain as a DAC, Melanie Swan.

4. MOBILITY-CHAIN

5. Instruct the
vehicle to unlock
faster than ever.
Grant others
temporary access,
a friend or 3rd-
party delivery
company.
USE
Pay for the
electricity to
charge electric
cars, parking,
insurance or tolls.
Extensible to
paying for the car
wallet’s itself.
PAY
Facilitates the
sharing of not just
rides but vehicle
ownership.
Eventually, it helps
owners manage
entire fleets of
autonomous cars.
SHARE
Accountability of
driving patterns in
order to reward
eco-friendly
behaviours
through a loyalty
program or token
incentives.
ECO
Pool data from
vehicle owners,
fleet managers,
and
manufacturers to
faster and
efficiently train
autonomous cars.
SMART

6. Instruct the
vehicle to unlock
faster than ever.
Grant others
temporary access,
a friend or 3rd-
party delivery
company.
USE
Pay for the
electricity to
charge electric
cars, parking,
insurance or tolls.
Extensible to
paying for the car
wallet’s itself.
PAY
Facilitates the
sharing of not just
rides but vehicle
ownership.
Eventually, it helps
owners manage
entire fleets of
autonomous cars.
SHARE
Accountability of
driving patterns in
order to reward
eco-friendly
behaviours
through a loyalty
program or token
incentives.
ECO
Pool data from
vehicle owners,
fleet managers,
and
manufacturers to
faster and
efficiently train
autonomous cars.
SMART

7. Instruct the
vehicle to unlock
faster than ever.
Grant others
temporary access,
a friend or 3rd-
party delivery
company.
USE
Pay for the
electricity to
charge electric
cars, parking,
insurance or tolls.
Extensible to
paying for the car
wallet’s itself.
PAY
Facilitates the
sharing of not just
rides but vehicle
ownership.
Eventually, it helps
owners manage
entire fleets of
autonomous cars.
SHARE
Accountability of
driving patterns in
order to reward
eco-friendly
behaviours
through a loyalty
program or token
incentives.
ECO
Pool data from
vehicle owners,
fleet managers,
and
manufacturers to
faster and
efficiently train
autonomous cars.
SMART

8. Instruct the
vehicle to unlock
faster than ever.
Grant others
temporary access,
a friend or 3rd-
party delivery
company.
USE
Pay for the
electricity to
charge electric
cars, parking,
insurance or tolls.
Extensible to
paying for the car
wallet’s itself.
PAY
Facilitates the
sharing of not just
rides but vehicle
ownership.
Eventually, it helps
owners manage
entire fleets of
autonomous cars.
SHARE
Accountability of
driving patterns in
order to reward
eco-friendly
behaviours
through a loyalty
program or token
incentives.
ECO
Pool data from
vehicle owners,
fleet managers,
and
manufacturers to
faster and
efficiently train
autonomous cars.
SMART

9. Instruct the
vehicle to unlock
faster than ever.
Grant others
temporary access,
a friend or 3rd-
party delivery
company.
USE
Pay for the
electricity to
charge electric
cars, parking,
insurance or tolls.
Extensible to
paying for the car
wallet’s itself.
PAY
Facilitates the
sharing of not just
rides but vehicle
ownership.
Eventually, it helps
owners manage
entire fleets of
autonomous cars.
SHARE
Accountability of
driving patterns in
order to reward
eco-friendly
behaviours
through a loyalty
program or token
incentives.
ECO
Pool data from
vehicle owners,
fleet managers,
and
manufacturers to
faster and
efficiently train
autonomous cars.
SMART

10. Instruct the
vehicle to unlock
faster than ever.
Grant others
temporary access,
a friend or 3rd-
party delivery
company.
USE
Pay for the
electricity to
charge electric
cars, parking,
insurance or tolls.
Extensible to
paying for the car
wallet’s itself.
PAY
Facilitates the
sharing of not just
rides but vehicle
ownership.
Eventually, it helps
owners manage
entire fleets of
autonomous cars.
SHARE
Accountability of
driving patterns in
order to reward
eco-friendly
behaviours
through a loyalty
program or token
incentives.
ECO
Pool data from
vehicle owners,
fleet managers,
and
manufacturers to
faster and
efficiently train
autonomous cars.
SMART

11. Instruct the
vehicle to unlock
faster than ever.
Grant others
temporary access,
a friend or 3rd-
party delivery
company.
USE
Pay for the
electricity to
charge electric
cars, parking,
insurance or tolls.
Extensible to
paying for the car
wallet’s itself.
PAY
Facilitates the
sharing of not just
rides but vehicle
ownership.
Eventually, it helps
owners manage
entire fleets of
autonomous cars.
SHARE
Accountability of
driving patterns in
order to reward
eco-friendly
behaviours
through a loyalty
program or token
incentives.
ECO
Pool data from
vehicle owners,
fleet managers,
and
manufacturers to
faster and
efficiently train
autonomous cars.
SMART

12. Instruct the
vehicle to unlock
faster than ever.
Grant others
temporary access,
a friend or 3rd-
party delivery
company.
USE
Pay for the
electricity to
charge electric
cars, parking,
insurance or tolls.
Extensible to
paying for the car
wallet’s itself.
PAY
Facilitates the
sharing of not just
rides but vehicle
ownership.
Eventually, it helps
owners manage
entire fleets of
autonomous cars.
SHARE
Accountability of
driving patterns in
order to reward
eco-friendly
behaviours
through a loyalty
program or token
incentives.
ECO
Pool data from
vehicle owners,
fleet managers,
and
manufacturers to
faster and
efficiently train
autonomous cars.
SMART

13. Pool data from
vehicle owners,
fleet managers,
and
manufacturers to
faster and
efficiently train
autonomous cars.
SMART
Driverless cars depends on big data which
must be collected, analyzed and utilized in
a split second and with high precision.
Current hardware isn’t efficient enough to
support massive amount of computation
to drive through an intersection.
Systems are expensive for both the
manufacturer and the customer.

14. Pool data from
vehicle owners,
fleet managers,
and
manufacturers to
faster and
efficiently train
autonomous cars.
SMART
Blockchain helps to verify the accuracy of
the data when they collect it from the
environment, with minimal room for error.
Blockchain enable autonomous cars to
trust each other and calculate in a
decentralized way the flow of cars on the
road
With a blockchain powered self-driving car,
there would be no downtimes in network
connectivity.
Every car is a part of the network,
individual cars only have to consider
collisions with non-vehicular objects.

15. Pool data from
vehicle owners,
fleet managers,
and
manufacturers to
faster and
efficiently train
autonomous cars.
SMART
Local data can be used to obtain regional
learning effects, which can be shared
securely with other vehicles.
Real-time data from every vehicle so
vehicles become supercomputers to
dynamically update routes based on
future.
Info such as toll payments, speed limit,
parking and etc, are automatically
communicated and settled during the trip.
Set a cost for being delayed to give
someone else priority. What you pay go
into the wallets of the other people on the
road.

16. DAV
OCEAN
Vehicles, fleets and
transport services are
available on Tesseract.
Vehicles and trips are
digitally logged on the
blockchain, and txs are
settled between owners,
operators and third-party
service providers.
TESSERACT
Ocean Protocol helps to
unlock data, particularly
for AI. It is designed for
scale and uses a token
layer on top of blockchain
technology that allows data
to be shared and sold in a
safe, secure and
transparent manner.
DAV is an open source
protocol acting as a
computer network that will
ultimately connect self-
driving vehicles to
everyone on that network,
enabling them to discover,
communicate, and
transact.

17. DAV
OCEAN
Vehicles, fleets and
transport services are
available on Tesseract.
Vehicles and trips are
digitally logged on the
blockchain, and txs are
settled between owners,
operators and third-party
service providers.
TESSERACT
Ocean Protocol helps to
unlock data, particularly
for AI. It is designed for
scale and uses a token
layer on top of blockchain
technology that allows data
to be shared and sold in a
safe, secure and
transparent manner.
DAV is an open source
protocol acting as a
computer network that will
ultimately connect self-
driving vehicles to
everyone on that network,
enabling them to discover,
communicate, and
transact.

18. DAV
OCEAN
Vehicles, fleets and
transport services are
available on Tesseract.
Vehicles and trips are
digitally logged on the
blockchain, and txs are
settled between owners,
operators and third-party
service providers.
TESSERACT
Ocean Protocol helps to
unlock data, particularly
for AI. It is designed for
scale and uses a token
layer on top of blockchain
technology that allows data
to be shared and sold in a
safe, secure and
transparent manner.
DAV is an open source
protocol acting as a
computer network that will
ultimately connect self-
driving vehicles to
everyone on that network,
enabling them to discover,
communicate, and
transact.

19. IOTA/XAIN GOLEM FOAM
M2M PoLSuper computer

20. IOTA/XAIN GOLEM FOAM
M2M PoLSuper computer

21. IOTA/XAIN GOLEM FOAM
M2M PoLSuper computer

22. DECENTRALIZED-AI

23. A cyclical economy in which...
The agent queries for additional information or
modeling capabilities, and
The tokens are native assets used for:
A. payments within the platform,
B. bonding to ensure quality, and
C. staking to support services.
DEMOCRATIZE AI
Automated Active Learning

24. Automated Active Learning
DEMOCRATIZE AI

25. Access to resources;
Ability to amass more resources;
The possibility that humans can’t control them.
An AI DAO that amasses tremendous wealth.
An AI DAO that does what it wants.
The first AI billionaire is coming!
AI DAOs
AI DAOs vs. Plain AI.

26. A single monolithic DAO that acts like a clearinghouse for decisions
made at edges. Each edge is an intelligent decision-making entity.
AI DAOs
AI at the edges.

27. A more complex AI entity would be the core of the smart contract.
This AI entity would be a feedback control system.
AI at the center.
AI DAOs

28. Many dumb agents with emergent AI complexity.
Swarm Intelligence.
AI DAOs

29. PLATFORM CONSTELLATION
Opening AI to the masses.
SingularityNET
Numerai
INTELLECTUAL PROPERTY
DeepBrain
TraneAI
Neureal
DATA PROVENANCE
DECENTRALIZED INTELLIGENCE
TRADING
PREDICTION PLATFORM
Neuromation
INSURANCE
Synapse.ai
Effect.ai
DeepSee
Augur

30. THX
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