Abstrakt, cryptocurrency, 64–65

Accountancy, 149–151

AgriLedger, 81

Ahmed, Samira, 99

AI. See Artificial intelligence

Amsel, Alex, 62

Andersen, Arthur, 149

Anonymity

notoriety and, 25

and privacy, 56

Antonopoulos, Andreas M., 60, 65, 141

ARCHANGEL project, 77–78

Artificial intelligence (AI), 77

Ashley, Adryenn, 62, 126

Asia, cryptocurrency, 63–64

Assange, Julian, 20

Auditing, 149–151

Bartlam, Martin, 58, 156

Bell, Mark, 77

Berners-Lee, Tim, 99

Beyda, Gil, 45

Bitcoin, 5, 9, 11

building on, 26–29

credible decentralization, 28

cryptoeconomic mechanism, 23–24

sustainable Proof of Work, 141–143

Unspent Transaction Output, 26–27

“Bitcoin: A Peer-to-Peer Electronic Cash System” (Nakamoto), 23

Bitcoin Cash, 35–36

Bitcoin Energy Index, 141

BitGold, 23

Blockade Games, 119–120

Blockchain

applications in real world, 74–75

closing, 13–14

cryptographic hashing
algorithm, 13

decrypting jargons, 1–3

enterprise, 96–97

functions of, 2–3

immutability, 14–15

internet vs., 4–5

journey of, 6–7

needs of, 143–145

permissioned, 38

real needs of, 73–74

Blockchain development challenges

branding, 135–136

data protection, 136–138

intellectual property, 135–136

Blockchain games, 11

Blockchain in Healthcare Today (Clauson), 82

Blockchain integrity threats

creeping centralization, 146–147

immutability, 145

quantum computing effects, 147–149

Blockchain opportunities

audit and accountancy, 149–151

changing societies, 152–154

Commercial Letters of Credit, 151–152

data and identity, 154–156

rewarding creator, 153–154

B-money, 20–21

Branding, 135–136

Brin, David, 5, 123

Buffett, Warren, 48

Buldas, Ahto, 25

Buterin, Vitalik, 6, 27–28, 36

Capital asset lifecycle, 93–96

Cautionary tales, 29–32

CDOs. See Collateralized debt obligations

Cellan-Jones, Rory, 7

Chaum, David, 18, 20, 25

City Web Consultants, 73

Clarey, Adam, 73–74

Collaboration

Gospel Tech, 89–90

in trustless economy, 89

Collateralized debt obligations (CDOs), 22

Commercial Letters of Credit, 151–152

Community management, 107–109

Community Roundtable’s maturity model, 108

“Computer Systems Established, Maintained and Trusted by Mutually Suspicious Groups” (Chaum), 18–19

Consensus mechanisms, 3

lottery and voting, 43

Proof of Authority, 42–43

Proof of Stake, 41–43

Proof of Work, 41

role of, 40–41

ConsenSys, 75

Consumption, 80–84

Contentious hard fork, 35

Cornwell, Ian, 94

Credible decentralization, 28

Crypto Anarchist Manifesto, 153

Crypto Anarchist movement, 26

Cryptocurrency

adoption by informed choice, 62–64

adoption through needs, 60–61

adoption through play, 62

Asia, 63–64

background of, 7–9

crypto-maximalism, 62–63

digital cash, 11–12

form of money, 10

legitimacy of, 9–11

Libra: A New Pathway?, 65–66

seamless user experience, 61–62

specialized, 58–59

Venezuela, 60–61

world of, 2–3

Cryptoeconomics, 40–43

Cryptogames, 106

Cryptographic hashing algorithm, 13

Cryptography, 18–20

Crypto: How the Code Rebels
Beat the Government Saving Privacy in the Digital Age
(Levy), 20

Cryptokitties, 32–33

Crypto-maximalism, 62–63

Cryptoslate, 55

Custodians of cryptocurrency

Gemini exchange, 68–69

risks of individual control, 66–67

watching watchmen, 67–68

Cypherpunks, 20–21

Cypherpunks: Freedom and the
Future of the Internet
(Assange), 20

Dai, Wei, 21

DAOs. See Decentralized autonomous organizations

Data

description of, 121

digital identity, 124–125

and identity, 154–156

privacy vs. surveillance, 122–123

protection, 125–127, 136–138

Decentralized autonomous organizations (DAOs), 28, 36–37

Decentralized contracts, 29

Decentralized energy, 91–93

Decentralizing finance

blockchain approach, 84–86

Northern Trust, 86–88

deCourcelle, Marguerite, 119

Delegated Proof of Stake
(DPoS), 42

DigiCash, 19

Digital cash, 11–12

Digital currency challenges

B-money, 20–21

cryptography, 18–20

cypherpunks, 20–21

overview of, 17–18

Digital identity, 124–125

Disintermediated transactions, 31

Distributed ledger

business adoption of, 71–75

definition of, 2

frameworks, 39

supply chains, 81

Distributed Ledger Technology (DLT), 1–2

Dizon, Gabby, 106, 108–109

DLT. See Distributed Ledger Technology

Documentary Credits, 152

DPoS. See Delegated Proof of Stake

DSCSA. See U.S. Drug Supply Chain Security Act

Earth (Brin), 5

Eden, Terence, 76

Elliott, Larry, 22

Enterprise blockchain, 96–97

Enterprise-led innovation, 99

ERC. See Ethereum Request for Comment

ERC 20 tokens, 104–105

ERC 721 tokens, 104–105

ERC 1155 tokens, 104–105

Ethereum Request for Comment (ERC), 55–56

“Ethereum: The Ultimate Smart Contract and Decentralized Application Platform” (Buterin), 27

Ethereum Virtual Machine (EVM), 6, 28

EVM. See Ethereum Virtual Machine

Fiat currencies, 3

Finney, Hal, 21, 25

Fork of blockchain, 35

France, token fundraising,
53–54

Gaming innovations

characteristics of gamers, 106

community importance, 107–109

cryptogames, 106

cryptokitties, 103–105

mindset, 101–103

nonfungible tokens, 100, 103–105

overview of, 99–101

Garbage In, Garbage Out (GIGO) principle

artificial intelligence, 77

Internet of Things, 77

overview of, 76

provenance and authenticity, 79–80

UK’s National Archives, 77–79

Gas price, 32–37

Gault, Mike, 25

Gemini exchange, 68–69

Gibraltar, token fundraising, 54–55

Gig economy, 47

Gospel Tech, 89–90

Governance

land on blockchain, 128–130

smart cities, 130–132

trust in elections, 132–134

Wyoming Blockchain Coalition, 127–128

Gwei, 33

Hammond, Philip, 7, 73

Harari, Yuval Noah, 10

Hard fork, 35

Hayes, Mark, 156

Holistic approach, capital asset lifecycle, 93–96

Hosho Group, 34

Hutchins, Marcus, 9

Hyperledger Project, 38–39

Hyponnen, Mikko, 5

ICO. See Initial Coin
Offering (ICO)

Immutability, 14–15, 145

Immutable ledger, 2

Initial Coin Offering (ICO), 27, 37, 45

Intellectual property, 135–136

Internet of Things (IoT), 77

Internet vs. blockchain, 4–5

IoT. See Internet of Things

Jarecki, Eugene, 100

Kasparov, Garry, 122

Killeen, Alyse, 45

Kleiman, David, 25–26

Know Your Customer (KYC), 125

Lab Rats (Lyons), 46

Levy, Stephen, 20

Lighting Network, 116

Linden Dollars, 21

Long, Caitlin, 11, 69

Loom Network, 117–118

Lubin, Joseph, 75

Lyons, Dan, 46

Malta, token fundraising, 54–55

May, Timothy C., 20

Microgrids, 92–93

Musk, Elon, 28

Nakamoto, Satoshi, 6

banking establishment vs., 21–24

Bitcoin transfer, 24

blockchain proof of concept, 23

National Archives and Records Administration (NARA), 78

National Security Agency (NSA), 20

Netscape, 5

NFTs. See Nonfungible tokens

Nifty License, 110

Nonfungible tokens (NFTs)

gaming innovations, 100, 103–105

intellectual property and asset ownership, 110–111

interoperability of, 109–110

Northern Trust, 86–88

Notoriety, 25

NSA. See National Security Agency

PBFT. See Practical Byzantine Fault Tolerance

Permissioned blockchains, 38

Permissioned distributed ledger, 39–40

Plasma, 117

PoA. See Proof of Authority

PonziCoin, 10

PoS. See Proof of Stake

Positional integrity, 2

PoW. See Proof of Work

Practical Byzantine Fault Tolerance (PBFT), 41

Price of gas, 32–37

Privacy, 56

Privacy and Freedom (Westin), 122

Privacy vs. surveillance, 122–123

Private distributed ledger, 39–40

Proof of Authority (PoA), 42–43

Proof of Stake (PoS), 41–43

Proof of Work (PoW), 41

Prosumers, 92–93

Quantum computing effects, 147–149

Radomski, Witek, 105

Root contracts, 117

Roubini, Nouriel, 7, 48

Saarepera, Märt, 25

Sawhney, Hartej, 34

Scaling blockchain

Lighting Network, 116

Loom Network, 117–118

overview of, 111–112

Plasma, 117

practical considerations, 118–120

sharding, 114–115

side chains, 115–116

speed, 113–114

SEC. See U.S. Securities and Exchange Commission

Securities Act of 1933, 37

Segall, Corey, 64

Segregated Witness (SegWit), 35

Segregated Witness (SegWit2x), 35

Sharding, 114–115

Shin, Laura, 27

Side chains, 115–116

Singapore, token fundraising, 54–55

Skinner, Chris, 79

Smart cities, 130–132

Smart contracts, 3, 29–32

Smith, Mike, 72, 87

Soft fork, 35

Song, Jimmy, 45

Specialized cryptocurrency, 58–59

Stability

definition of, 69–70

systematic, 69–70

Stablecoins, 56–58

Stoll, Clifford, 4

Sustainable Proof of Work, 141–143

Systematic stability, 69–70

Szabo, Nick, 23

Token fundraising

France, 53–54

Gibraltar, 54–55

Malta, 54–55

overview of, 48–49

Singapore, 54–55

United Kingdom, 52–53

United States, 50–52

utility vs. security, 49–50

Zug, 54–55

Transaction speed, 114

Transparent ledger, 3

The Transparent Society (Brin), 123

Trust in elections, 132–134

Trustless blockchain, 3

Trustless economy, collaboration, 89

UK’s National Archives, 77–79

United Kingdom, token fundraising, 52–53

United States, token fundraising, 50–52

Unspent Transaction Output (UTXO), 26–27

U.S. Drug Supply Chain Security Act (DSCSA), 82

U.S. Securities and Exchange Commission (SEC), 37

Utility vs. security, 49–50

UTXO. See Unspent Transaction Output

Venezuela, cryptocurrency, 60–61

Ver, Roger, 36

Vranken, Harald, 142

WannaCry ransomware, 9

Ward, Anne Ahola, 126

Westin, Alan, 122

“Why the Web Won’t Be Nirvana” (Stoll), 4

WikiLeaks, 20

Willett, J.R., 27, 45

Winklevoss, Cameron, 68

Winklevoss, Tyler, 68

Wolfson, Rachel, 82

World Economic Forum, 144

Wright, Craig, 25–26, 36

Wyoming Blockchain Coalition, 11–12, 127–128

Zug, token fundraising, 54–55

..................Content has been hidden....................

You can't read the all page of ebook, please click here login for view all page.
Reset
18.190.156.212