Blockchain Based 4th Industrial Revolution Key Technologies Integration Use Cases

©2019 Xanadu Big Data, LLC All Rights Reserved www.xanadubigdata.com
Blockchain Based
4th Industrial Revolution
Key Technologies Integration
Use Cases
April 27, 2019
Alex G. Lee (alexglee@xanadubigdata.com)

©2019 Xanadu Big Data, LLC All Rights Reserved
What is happening now in technological breakthroughs?
Self-learning machines can analyze big data from business & from digitized
real world (IoT) rapidly and objectively in a trusted way using Blockchain
than human beings (AI) to create additional value (Big Data).
The Fourth Industrial Revolution?

About Me in Relation to 4th Industrial Revolution
2003.02.11 2005.10.05 2007.07.27

Blockchain + Big Data + AI + IoT
Integration

Blockchain Components
source: Building Blockchain Apps using Ethereum & Hyperledger@Udemy
Blockchain Infrastructure for Energy Supply: Link

Emerging Blockchain Technology
source: Blockchain for Business: The New Industrial Revolution @Udemy

Big Data Use Cases
How Netflix Leverages Big Data: Link

Big Data Analysis Flow

IoT Components
IoT devices: Devices that can sense/recognize their surrounding environments
(including position/movement/identification) and communicate with other devices
Networks: Connecting/communicating medium/infrastructure that can
interconnect devices and connect devices to the internet
IT systems: Back-end or embedded systems that can process information
(data) obtained by the IoT devices (e.g. cloud computing/big data analytics) and provide
the value added services exploiting the information
IoT Application Value Propositions
Automation: Providing various automation services for the customers’ job
to be done (e.g., order the out of stock product automatically; self-driving car)
Care: Caring for customers (e.g., monitor person’ s body status and provide
various health care services; control customer’s home cooling and heating/
lighting system for energy savings)
Business/Industry Intelligence: Providing better working/production
tools/environments (e.g., analyze customers’ shopping behavior for proactive
promotion/advertisement; industrial assets management)
Entertainment: Providing fun to customers (e.g., augmented reality games)
Internet of Things Innovation: Link
IoT Introduction

Artificial Intelligence Revolution
AI Research Trends
Large-scale machine learning
Deep learning
Reinforcement learning
Computer vision
Natural Language Processing
Robotics
Internet of Things (IoT)
Collaborative autonomous systems
AI BY DOMAIN
TRANSPORTATION
Smarter cars
Self-driving vehicles
Transportation planning
On-demand transportation
Interacting with people
HOME/SERVICE ROBOTS
Vacuum cleaners
Home robots
HEALTHCARE
The clinical setting
Healthcare analytics
Healthcare robotics
Mobile health
Elder care
EDUCATION
Teaching robots
Intelligent Tutoring Systems (ITS) and online
learning
Learning analytics
PUBLIC SAFETY AND SECURITY
EMPLOYMENT AND WORKPLACE
ENTERTAINMENT
Pepper — The Humanoid Robot: Link

Deep Learning Introduction
Convolutional Neural Networks (CNNs): image/video analysis
Source: Deep Learning A-Z™: Hands-On Artificial Neural Networks by SuperDataScience@udemy
Recurrent Neural Networks (RNNs):time series analysis
Reinforcement Learning (RL): automatically determine the ideal behaviour
within a specific context, in order to maximize its performance for a specific goal
Source: Reinforcement Learning in Python by Lazy Programmer Inc.@udemy

Blockchain + IoT Integration
source: IoT and Blockchain Convergence@Ahmed Banafa
IoTeX, Decentralized Network for Internet of Things: Link

Blockchain + IoT Use Cases: IIoT & SCM
source: Blockchain Applications: A Hands-On Approach@A. Bahga & V. Madisetti

Ocean, Decentralized Data Exchange Protocol to Unlock Data for AI
Overview of Ocean Protocol: Link
Cortex, Decentralized AI Computing System
AI On the Blockchain: Link
SingularityNET, Decentralized Global AI Network
SingularityNET is building the world's first AI-as-a-Service platform: Link
Blockchain + AI Integration

Example of Blockchain + Big Data + AI+ IoT Integration System
source: Blockchain Applications: A Hands-On Approach@A. Bahga & V. Madisetti

PHBC Platform

Personalized Health & Beauty Care (PHBC) Platform Technology
PHBC platform is the world first big data blockchain system in integration
with AI and IoT for personalized health & beauty care applications.
Platform Components
PHBC platform implements Xanadu database for big data management.
Xanadu database can be integrated with existing blockchain network
such as Ethereum or with custom developed blockchain network for
secure data transaction & store/access/exploitation.
PHBC platform implements various Dapps for proving research
collaboration & personalized health & beauty care applications.

Blockchain-Xanadu Integration
User can store his/her personal genomic sequence & healthcare related
sensor data/stem cell data/meditation data and regulate access on
secure Xanadu database utilizing available distributed storages including
Amazon cloud.
To enhance security, only pure data excluding personal identification
information will be stored on the database, and the PHBC blockchain
layer will store only the hash values of these transactions (uniquely
identify the data) on the block to record and track ownership and
authority.
Because only non-identifying information is in data storage, one cannot
identify who actually owns the account holding the data. Additional
security measure is provided by encrypting each data to be stored.
Xanadu database can store high volume & speed data that are
generated for constant monitoring of the respective personal health
related environment (e.g., physical activity, skin moisture etc.) by IoT
sensors. Such IoT data can be stored implementing another level of
security in the distributed database.

Research & Service Platform
PHBC platform implements various DApps (decentralized applications
that can be driven on a variety of platforms, including Web, mobile apps,
and smart devices) for users to access their electronic wallet and
healthcare data.
PHBC platform enables users to exchange and exploit data of their
personal healthcare on the database in integration with genomic analysis
tools, big data analytics, IoT analytics, and machine/deep learning
analysis tools.

PHBC Platform Technology Implementation Demo
Technology Demo is designed to show potential implementations of key
component of PHBC platform for a typical use case. Technology Demo
includes four sub-demos for each component:
1, A demo to show blockchain-Xanadu database integration for medical
big data store, access, and exploitation. This demo implements a GUI
that visualizes the transaction in blockchain layer & data store/access in
Xanadu distributed database using medical image data.
2. A demo to show an interaction between a DApp front-end and a smart
contract for ERC-20 Token on Ethereum test network. This demo
implements a GUI on client’s iPhone that visualizes the transaction of
PHBC Coin.

3. A demo to show a research platform for analysis of genome sequence
data using GATK, which is a genome analysis toolkit developed by MIT-
Harvard Broad Institute. This demo implements a GUI top of GATK
command line UI for providing user friendly interface.
4. A demo to show a service platform for analysis of genome sequence
data using AI. This demo implements a deep learning program
developed in Stanford University to show how AI can be used for
personalized healthcare applications.

1. Blockchain-Xanadu Database Integration Demo

2. iPhone Wallet GUI for Transaction of PHBC Coin Demo

3. GATK GUI Demo

4. Genomic Deep Learning Analysis Demo

AIELATM: Chatbot for
Blockchain Emotion AI Platform

Blockchain + AI Chatbot Integration Use Cases
Blockchains create shared and trusted ledgers that track the ownership
of various assets. Blockchain integrated with AI chatbots enables an
automated way of managing those assets in a trusted and secure
manner.
Oracle Car Buying/Selling Demo

AIELATM Introduction
AIELATM is a patent pending blockchain emotion AI platform integrated
with AI chatbot technology for developing maximum customer’s royalty.
AIELATM utilizes AI chatbot to form a friendly relationship with users and
obtain various user information. AI chatbot can be implemented in user
wallet for a cryptocurrency transaction.
AIELATM uses emotion recognition engine to detect users’ emotion. It
can measure facial expressions of emotion using any optical sensor
such as cameras attached in smartphones. It also can measures vocal
expressions of emotion using any audio sensor such as microphone.

UI of AIELATM Chatbot Wallet

AIELATM Mission
AIELATM mission is a task that is performed by a user to find user’s needs
and emotional preference. Users complete missions utilizing a blockchain
cryptocurrency transaction system.
AIELATM Mission is an output of interactive communication between users
and AIELATM. AIELATM actively engages in conversation for better
understanding of user behavior while recommending various types of
missions. Missions recommend some products/services/ activities or options
using a recommender engine. Users who provide data of conversation,
measured in quantity and quality, which leads to higher affinity level with
AIELATM gets higher rewards.
For example, a mission can be linked to a product/service promotion
program giving out discount coupons and other incentives such as
free coffee in Starbucks or a ticket for the concert. When users pay for
the promotional product/service with the blockchain cryptocurrency
transaction system, it counts as a mission completion. Amount of
rewards is accounted according to paid amount of coin and discount
rate of product/service.

AIELATM Chatbot Prototype Demo

BM Development

The Business Model Canvas is a graphic representation of building blocks for
business model development. The building blocks are:
1. Value propositions: products/services that a business offers to customers for
meeting the customers' needs
2. Key activities: core activities of a company for executing value propositions
3. Key resources: human, financial, physical and intellectual resources
4. Key partners: alliances/collaboration partners
5. Customer segments: identity of customers (markets) that a company tries to
offer the value propositions
6. Channels: ways to provide a company’s value propositions (communications,
distribution and sales channels)
7. Customer relationships: relationship that a company wants to create with its
customer segments
8. Cost structure: cost for business operation
9. Revenue streams: ways that a company makes income from each customer
segment
Business Model Canvas

Blockchain Business Model Canvas
source: Bert Langa "Blockchain for Business: A Hands-on approach: Understand the Technical Principles of Blockchain, and learn
how to build Successful Business Models based on this technology (TRENDS)"

ICO (Initial Coin Offering) Fundraising Status
Funds raised in 2014
Total raised: $16 M
Number of ICOS: 2
Total raised: $6 M
Number of ICOS: 3
Total raised: $90 M
Number of ICOS: 29
Total raised: $613 M
Number of ICOS: 873
Total raised: $7.5 B
Number of ICOS: 1247
Source: ICODATA (https://www.icodata.io/)
Funds raised in Q1 2019
Total raised: $902 M
Number of ICOS: 328
Cf.
Q4 2018 $1.4 B, 585
Q1 2018 $6.5 B, 581
Source:
https://icobench.com/reports/ICO_Market_Quarterly_Analys
is_Q1_2019.pdf

STO (Security Token Offering)
Exploit the lighter-weight regulations such as Regulations D, S, A+, or
Crowdfunding.
Blockchain STO Seminar: https://onoffmix.com/event/175391
Xanadu Blockchain Integrated Database (“XBIDB”) Development STO

Further Details
5월 2일 오후 1 - 4시 5월 7일 오전 7.30 – 8.30
홍익대학교 제1공학관 307호 강남구 테헤란로 44길5, 대야빌딩 3층

Thank you
Xanadu Big Data, LLC

Blockchain Based 4th Industrial Revolution Key Technologies Integration Use Cases

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