The document outlines the agenda for a conference on 21st century digital citizenship hosted by the Dutch Ministry of the Interior. The agenda includes presentations and challenges on topics like decentralized digital identity, self-sovereign identity, blockchain applications for identity, and developing an open ledger infrastructure for identity. Speakers will discuss the importance of digital identity for countries and steps toward digital identity solutions, as well as challenges presented by the Ministry around digital ID and a privacy breach detector.
This document provides an overview of the agenda and presentations for the "Rethink Retirement" track of the Odyssey Hackathon on February 5 in Amsterdam. The program includes presentations on challenges in the pension industry, APG's innovation approach and track record with hackathons, and explanations of the two challenges around managing one's own financial roadmap to achieve FIRE and providing value from pensions before retirement. There is also a discussion on radical redesign of retirement and how new technologies could change systems to care for people's needs in the future. The document aims to help participants understand what to expect from participating in the hackathon.
How BlockChain Technology Will Transform The Publishing IndustryPromptCloud
We might soon witness the shift of publishing industry from advertising to micro-payments backed by BlockChain. Here is how this will transform publishing.
The document discusses self-sovereign identities and their use in electronic business transactions. It proposes a Self-Sovereign Identity Framework (SSIF) that would support the creation, use, modification and deletion of self-sovereign identities. The SSIF would also support the association and revocation of attestations to identities. The goal of the SSIF infrastructure is to enable individuals to create and control digital identities, and for businesses to specify electronic business transactions that utilize digital identities. Current work is focused on modeling electronic business transactions and the requirements for valid business decisions based on digital identity data and statements.
A broad-ranging introduction into Blockchain, the Mental Models to use to think about its implications (Blockchain as a Database, as a City and as a Continent); and a technical introduction into the key ingredients to build a blockchain as well as dApps.
Blockchain law and governance: General Conclusion -- Milan, October 2019Tony Lai
Slides for a presentation given by Tony Lai to conclude the conference on Blockchain Law and Governance – Good for All: Towards a Paradigm Shift, at the Università degli Studi di Milano, on October 26th, 2019. https://apps.unimi.it/web/eventi/resources/external/uploaded/3853_555.pdf
Kripto para birimlerinin altyapısı olarak adını sıkça duyduğumuz BlockChain, sadece finans değil pek çok alandaki gerçek kullanım senaryoları ile hayatımızı değiştirmeye hazırlanıyor.
Bu etkinliğimizde giriş seviyesinde BlockChain Nedir, günlük hayatta kullanım senaryoları nelerdir ve dünya üzerindeki implementasyon örneklerinden bahsedeceğiz.
Aynı zamanda teknik olarak Microsoft Azure üzerinde BlockChain yapılarını konuşacağımız bu etkinlikte BlockChain konusunda uzman konuşmacılarımız olacak.
• Doğa Öztüzün - Software Architect
• Cavit Yantaç - Chief Evangelist
• Ibrahim Kıvanç – Software Development Engineer
The document outlines the agenda for a conference on 21st century digital citizenship hosted by the Dutch Ministry of the Interior. The agenda includes presentations and challenges on topics like decentralized digital identity, self-sovereign identity, blockchain applications for identity, and developing an open ledger infrastructure for identity. Speakers will discuss the importance of digital identity for countries and steps toward digital identity solutions, as well as challenges presented by the Ministry around digital ID and a privacy breach detector.
This document provides an overview of the agenda and presentations for the "Rethink Retirement" track of the Odyssey Hackathon on February 5 in Amsterdam. The program includes presentations on challenges in the pension industry, APG's innovation approach and track record with hackathons, and explanations of the two challenges around managing one's own financial roadmap to achieve FIRE and providing value from pensions before retirement. There is also a discussion on radical redesign of retirement and how new technologies could change systems to care for people's needs in the future. The document aims to help participants understand what to expect from participating in the hackathon.
How BlockChain Technology Will Transform The Publishing IndustryPromptCloud
We might soon witness the shift of publishing industry from advertising to micro-payments backed by BlockChain. Here is how this will transform publishing.
The document discusses self-sovereign identities and their use in electronic business transactions. It proposes a Self-Sovereign Identity Framework (SSIF) that would support the creation, use, modification and deletion of self-sovereign identities. The SSIF would also support the association and revocation of attestations to identities. The goal of the SSIF infrastructure is to enable individuals to create and control digital identities, and for businesses to specify electronic business transactions that utilize digital identities. Current work is focused on modeling electronic business transactions and the requirements for valid business decisions based on digital identity data and statements.
A broad-ranging introduction into Blockchain, the Mental Models to use to think about its implications (Blockchain as a Database, as a City and as a Continent); and a technical introduction into the key ingredients to build a blockchain as well as dApps.
Blockchain law and governance: General Conclusion -- Milan, October 2019Tony Lai
Slides for a presentation given by Tony Lai to conclude the conference on Blockchain Law and Governance – Good for All: Towards a Paradigm Shift, at the Università degli Studi di Milano, on October 26th, 2019. https://apps.unimi.it/web/eventi/resources/external/uploaded/3853_555.pdf
Kripto para birimlerinin altyapısı olarak adını sıkça duyduğumuz BlockChain, sadece finans değil pek çok alandaki gerçek kullanım senaryoları ile hayatımızı değiştirmeye hazırlanıyor.
Bu etkinliğimizde giriş seviyesinde BlockChain Nedir, günlük hayatta kullanım senaryoları nelerdir ve dünya üzerindeki implementasyon örneklerinden bahsedeceğiz.
Aynı zamanda teknik olarak Microsoft Azure üzerinde BlockChain yapılarını konuşacağımız bu etkinlikte BlockChain konusunda uzman konuşmacılarımız olacak.
• Doğa Öztüzün - Software Architect
• Cavit Yantaç - Chief Evangelist
• Ibrahim Kıvanç – Software Development Engineer
Meetup 24/5/2018 - Digitale identiteit op blockchain (Self-Sovereign Identity)Digipolis Antwerpen
The document discusses digital identity on blockchain and outlines Accenture's vision for blockchain identity. It envisions self-sovereign identity, where individuals own and control their identity on an open ecosystem supported by international standards. As an example, it describes a World Economic Forum project for a "Known Traveller Digital ID" that uses biometrics and blockchain to enable secure and seamless international travel.
Blockchain, Self-Sovereign Identity and CredentialsStrategyWorks
A primer on how the blockchain may be repurposed within higher education contexts. Based on research and praxis. Link to the webinar: https://www.youtube.com/watch?v=2ubwTmtlkWc&t=316s
Investment Interest in Blockchain
• Blockchain has the potential to reduce infrastructure
cost by up to $20 billion a year.
• P2P money Transfer across international borders -
segment worth $500 B.
• Anderseen Horowitz ( VC firm) has invested over USD
$100 million into Blockchain technology
• All time Public/VC investment into Blockchain startups -
$894 million.
• Over 4000 active fintech startups in the NY arena and
investment in the sector tripling last year to $12 billion.
Introduction to Blockchain for BusinessFito Benitez
This presentation introduces the viewer to:
1. blockchain in the context of general purpose technologies (GPTs) as introduced by R. Lipsey on his book Economic Transformations,
2. how innovation leads us to the blockchain and what fundamental problem it solves in today's digital value transactions.
3. the basics of blockchain for business,
4. what is tokenisation, what kind of token categories exist, and how are these category tokens generated.
Meetup 24/5/2018 - Digitale identiteit op blockchain (Self-Sovereign Identity)Digipolis Antwerpen
This document discusses privacy, identity, and emerging technologies like blockchain and artificial intelligence. It notes that privacy is a human right and explores challenges around protecting reputation and empowering users. Blockchain is described as a disruptive technology that could enable new forms of identity, transactions, and data sharing if issues around encryption, standards, and interoperability can be addressed. The document proposes an approach for a self-sovereign identity system combining unique logins, an encrypted platform, notifications, and blockchain under a non-profit organization to empower users and address privacy concerns.
Blockchain: a disruptive technology, governance and usage, OW2con'18, June 7-...OW2
Blockchain technology is a disruptive technology which has emerged in the last 5 years. Today, different concrete implementations were performed and are operational like Bitcoin. This talk summarizes different success stories and highlights open source aspect and the governance of their implementations. A specific focus is done on who takes benefits from Blockchain technology.
Introduction to Self-Sovereign IdentityKaryl Fowler
Juan Caballero from Spherity and Karyl Fowler from Transmute co-presented the Introduction to Self-Sovereign Identity (SSI) session at the 30th Internet Identity Workshop (IIW) in April 2020, demonstrating to newcomers the difference between the values associated with the "SSI movement" and "collection of technologies" that power applications that embody some of said values.
Fourth Industrial Revolution & Data Economy
-The Fourth Industrial Revolution?
-Data Economy
AI/Blockchain/IoT/Big Data Introduction
-Artificial Intelligence Revolution
-Deep Learning Introduction
-Blockchain Components
-Blockchain Platform: Ethereum
-Blockchain Platform: Hyperledger
-IoT Introduction
-IoT Key Applications
-IoT Data Acquisition & Processing Flow
-Big Data Analysis Flow
-Big Data Use Cases
AI/Blockchain/IoT Technology Innovation Insights from Patents
-Technology Innovation Insights from Patents
-Top 100 AI Technology Innovation Entities
-Top 100 Blockchain Technology Innovation Entities
-Top 100 IoT Technology Innovation Entities
-AI/Blockchain/IoT Patent Application Activity Chart
-AI Technology Innovation Entities HQ Landscape
-Blockchain Technology Innovation Entities HQ Landscape
-IoT Technology Innovation Entities HQ Landscape
-AI Key Technology Landscape
-Blockchain Key Technology Landscape
-IoT Key Technology Landscape
-R&D/Product/Service Insights from Patents
AI/Blockchain/IoT Technology Innovation Frontline
-AI Innovation Frontline
-Future of AI
-Emotion AI Chatbot Demo
-Will AI Patent Attorney Be Possible?
-Blockchain Innovation Frontline: Issues with Public Chain
-Hyperledger Fabric Production Grade Network Implementation
-Token Transactions over Production Grade HF Network
-Blockchain Innovation Frontline: DeFi
-Blockchain Innovation Frontline: DID(Self-Sovereign Identity)
-DID(Self-Sovereign Identity) Use Cases
-IoT Innovation Frontline: 5G & Edge AI
AI + Blockchain + IoT Technology Convergence Introduction
-AI + Blockchain + IoT Convergence
-AI+Blockchain+IoT Convergence AT A Glance
-Convergence Technology Innovation Insights from Patents
-AI, Blockchain, IoT for Finance AT A Glance
-AI, Blockchain, IoT for Healthcare AT A Glance
-5G Based AI + Blockchain + IoT Convergence AT A Glance
-AI + Blockchain + IoT Convergence Platform Development
AI + Blockchain + IoT Convergence System Development Demo
-AI + Blockchain + IoT Integration System for Digital Health
-Automated Diabetic Retinopathy Classification
-Big Data Deep Learning Demo for Classification
-Medical CBIR System Demo for Diabetic Retinopathy Diagnosis
-Medical CBIR System Demo for COVID-19 X-ray Analysis
-Blockchain System Demo for Digital Asset Transaction
-Decentralized Cloud Storage for Data Center
-Blockchain System Demo for Medical Data Sharing
-Demo Video Link
AI + Blockchain + IoT Convergence System for Digital New Deal
-Digital New Deal Introduction
-Digital New Deal Projects
-Stronger Integration of DNA throughout the Economy
-Fostering the Untact Industry
-AI+Blockchain+IoT Convergence as Catalyst for Digital New Deal
-AI+Blockchain+IoT Convergence for Emerging Government Projects
Blockchain is a shared, replicated ledger technology that can open up business networks by reducing costs, improving efficiencies, and increasing accessibility. It addresses challenges across industries by providing a shared system of record for transactions. The Linux Foundation's Hyperledger project is developing open-source, shared ledger technology standards through collaboration. The blockchain landscape includes identity management, platforms, security, payments, smart contracts, consulting services, industry consortiums, and applications in sectors like finance, supply chain, and government.
Its origins may be traced all the way back to the blockchain technology. There are decentralized blockchain networks. Blockchain technology is a wonderful innovation of the twenty-first century.
This document discusses opportunities and challenges for blockchain technology in the insurance industry. It begins by explaining what blockchains and bitcoin are, highlighting key characteristics like security, transparency, and low transaction costs. Blockchains could reduce insurance fraud by providing permanent ledgers and could enable smart contracts to automate certain insurance processes. However, smart contracts still require an "oracle" to verify events in the physical world. The document examines how blockchains could impact different parts of the insurance value chain and considers several real-world blockchain insurance projects and examples.
This document discusses the distributed ledger landscape and who is developing shared, replicated ledgers and why. It outlines the characteristics of distributed ledgers and the motivations for building non-proof-of-work ledgers and private blockchains. Known, trusted parties are preferred over unknown, untrusted parties due to unclear governance and scalability challenges of public blockchains. Permissioned blockchains with legally accountable validators are seen as more suitable for settling off-chain assets like securities and fiat. While distributed ledgers provide benefits, their use cases depend on factors like whether participants are known or anonymous, and what type of consensus is required.
Cryptocurrencies, Blockchain & Smart Contracts: A General IntroductionRaffaele Mauro
Cryptocurrencies, blockchain & smart contracts are introduced. Key points:
1) Blockchain is a distributed public ledger that records transactions in blocks connected linearly, enabling verification without central trust.
2) Bitcoin uses cryptography and mining to release currency algorithmically and validate transactions through solving computational problems.
3) Potential applications beyond currency include decentralized applications, smart contracts, and disintermediating organizations through blockchain technology.
Buckets of Permissioned, Permissionless, and Permissioned Permissionlessness ...Tim Swanson
This was first presented on July 20, 2015 at Infosys in Mysore, India with the Blockchain University team. It is a heavily modified version of a previous presentation covering the distributed ledger landscape. All citations and references can be found in the notes.
This talk will focus on the role of blockchain in the new digital economy and the characteristics of a sustainable blockchain company. Professor Lee will talk about the 4Ds and LASIC, Hinternet and the type of deep business skill and strategy that are needed to excel in the blockchain industry. Those who are looking into fundraising by ICO/ITS’s and investing in Blockchain technology will find this talk interesting.
Bitcoin and Blockchain Explained: Cryptocitizen Smartnetwork Trust Melanie Swan
Blockchain technology is not just about cryptocurrencies, registering wills and IP on blockchains, and bank transfers taking less than 3 days to settle, philosophically blockchains invite a new level of thinking about the sensibility of the Cryptocitizen and possibilities for societal shared trust
Get Rich with Blockchain & Cryptocurrencykeerthi678722
The document discusses the current state of regulation regarding consumer tokens in the United States. It provides context on the growth of decentralized finance and non-fungible tokens. It then outlines the existing securities law framework from the Howey Test that the SEC uses to determine if a digital asset is a security. The document aims to explore what parameters exist for issuing consumer or utility tokens, which are intended for use on a distributed platform and not meant to be securities, in the US given the unclear regulatory framework.
Blockchain and its Applications in the Finance Industry milemadinah
Blockchain and its Applications in the Finance Industry | Nida Khan the head of research | Conexcap | MILE WEBINARS
The revolution against the banking industry is taking place at a breathtaking speed with the movement spearheaded by a new breed of technology entrepreneurs. The finance industry has long been marked by complex regulations, high barriers to entry and economies of scale and this is all set for disruption by the present fintech revolution. One of the most controversial and debated topics in the finance industry is blockchain. It is the buzzword in the finance world nowadays. The rise in Google searches for the term has risen to 1900% since 2013.
Blockchain technology allows for a distributed ledger of transactions and digital events that is shared among participants in a network. It allows transactions to be verified through consensus, recorded immutably on the blockchain, and provides a verifiable record of all transactions. The document discusses how blockchain works through public and private networks and provides examples of applications in supply chain management, the Internet of Things, tracking origins of goods, and smart contracts. It also covers challenges and opportunities of adopting blockchain technology.
Meetup 24/5/2018 - Digitale identiteit op blockchain (Self-Sovereign Identity)Digipolis Antwerpen
The document discusses digital identity on blockchain and outlines Accenture's vision for blockchain identity. It envisions self-sovereign identity, where individuals own and control their identity on an open ecosystem supported by international standards. As an example, it describes a World Economic Forum project for a "Known Traveller Digital ID" that uses biometrics and blockchain to enable secure and seamless international travel.
Blockchain, Self-Sovereign Identity and CredentialsStrategyWorks
A primer on how the blockchain may be repurposed within higher education contexts. Based on research and praxis. Link to the webinar: https://www.youtube.com/watch?v=2ubwTmtlkWc&t=316s
Investment Interest in Blockchain
• Blockchain has the potential to reduce infrastructure
cost by up to $20 billion a year.
• P2P money Transfer across international borders -
segment worth $500 B.
• Anderseen Horowitz ( VC firm) has invested over USD
$100 million into Blockchain technology
• All time Public/VC investment into Blockchain startups -
$894 million.
• Over 4000 active fintech startups in the NY arena and
investment in the sector tripling last year to $12 billion.
Introduction to Blockchain for BusinessFito Benitez
This presentation introduces the viewer to:
1. blockchain in the context of general purpose technologies (GPTs) as introduced by R. Lipsey on his book Economic Transformations,
2. how innovation leads us to the blockchain and what fundamental problem it solves in today's digital value transactions.
3. the basics of blockchain for business,
4. what is tokenisation, what kind of token categories exist, and how are these category tokens generated.
Meetup 24/5/2018 - Digitale identiteit op blockchain (Self-Sovereign Identity)Digipolis Antwerpen
This document discusses privacy, identity, and emerging technologies like blockchain and artificial intelligence. It notes that privacy is a human right and explores challenges around protecting reputation and empowering users. Blockchain is described as a disruptive technology that could enable new forms of identity, transactions, and data sharing if issues around encryption, standards, and interoperability can be addressed. The document proposes an approach for a self-sovereign identity system combining unique logins, an encrypted platform, notifications, and blockchain under a non-profit organization to empower users and address privacy concerns.
Blockchain: a disruptive technology, governance and usage, OW2con'18, June 7-...OW2
Blockchain technology is a disruptive technology which has emerged in the last 5 years. Today, different concrete implementations were performed and are operational like Bitcoin. This talk summarizes different success stories and highlights open source aspect and the governance of their implementations. A specific focus is done on who takes benefits from Blockchain technology.
Introduction to Self-Sovereign IdentityKaryl Fowler
Juan Caballero from Spherity and Karyl Fowler from Transmute co-presented the Introduction to Self-Sovereign Identity (SSI) session at the 30th Internet Identity Workshop (IIW) in April 2020, demonstrating to newcomers the difference between the values associated with the "SSI movement" and "collection of technologies" that power applications that embody some of said values.
Fourth Industrial Revolution & Data Economy
-The Fourth Industrial Revolution?
-Data Economy
AI/Blockchain/IoT/Big Data Introduction
-Artificial Intelligence Revolution
-Deep Learning Introduction
-Blockchain Components
-Blockchain Platform: Ethereum
-Blockchain Platform: Hyperledger
-IoT Introduction
-IoT Key Applications
-IoT Data Acquisition & Processing Flow
-Big Data Analysis Flow
-Big Data Use Cases
AI/Blockchain/IoT Technology Innovation Insights from Patents
-Technology Innovation Insights from Patents
-Top 100 AI Technology Innovation Entities
-Top 100 Blockchain Technology Innovation Entities
-Top 100 IoT Technology Innovation Entities
-AI/Blockchain/IoT Patent Application Activity Chart
-AI Technology Innovation Entities HQ Landscape
-Blockchain Technology Innovation Entities HQ Landscape
-IoT Technology Innovation Entities HQ Landscape
-AI Key Technology Landscape
-Blockchain Key Technology Landscape
-IoT Key Technology Landscape
-R&D/Product/Service Insights from Patents
AI/Blockchain/IoT Technology Innovation Frontline
-AI Innovation Frontline
-Future of AI
-Emotion AI Chatbot Demo
-Will AI Patent Attorney Be Possible?
-Blockchain Innovation Frontline: Issues with Public Chain
-Hyperledger Fabric Production Grade Network Implementation
-Token Transactions over Production Grade HF Network
-Blockchain Innovation Frontline: DeFi
-Blockchain Innovation Frontline: DID(Self-Sovereign Identity)
-DID(Self-Sovereign Identity) Use Cases
-IoT Innovation Frontline: 5G & Edge AI
AI + Blockchain + IoT Technology Convergence Introduction
-AI + Blockchain + IoT Convergence
-AI+Blockchain+IoT Convergence AT A Glance
-Convergence Technology Innovation Insights from Patents
-AI, Blockchain, IoT for Finance AT A Glance
-AI, Blockchain, IoT for Healthcare AT A Glance
-5G Based AI + Blockchain + IoT Convergence AT A Glance
-AI + Blockchain + IoT Convergence Platform Development
AI + Blockchain + IoT Convergence System Development Demo
-AI + Blockchain + IoT Integration System for Digital Health
-Automated Diabetic Retinopathy Classification
-Big Data Deep Learning Demo for Classification
-Medical CBIR System Demo for Diabetic Retinopathy Diagnosis
-Medical CBIR System Demo for COVID-19 X-ray Analysis
-Blockchain System Demo for Digital Asset Transaction
-Decentralized Cloud Storage for Data Center
-Blockchain System Demo for Medical Data Sharing
-Demo Video Link
AI + Blockchain + IoT Convergence System for Digital New Deal
-Digital New Deal Introduction
-Digital New Deal Projects
-Stronger Integration of DNA throughout the Economy
-Fostering the Untact Industry
-AI+Blockchain+IoT Convergence as Catalyst for Digital New Deal
-AI+Blockchain+IoT Convergence for Emerging Government Projects
Blockchain is a shared, replicated ledger technology that can open up business networks by reducing costs, improving efficiencies, and increasing accessibility. It addresses challenges across industries by providing a shared system of record for transactions. The Linux Foundation's Hyperledger project is developing open-source, shared ledger technology standards through collaboration. The blockchain landscape includes identity management, platforms, security, payments, smart contracts, consulting services, industry consortiums, and applications in sectors like finance, supply chain, and government.
Its origins may be traced all the way back to the blockchain technology. There are decentralized blockchain networks. Blockchain technology is a wonderful innovation of the twenty-first century.
This document discusses opportunities and challenges for blockchain technology in the insurance industry. It begins by explaining what blockchains and bitcoin are, highlighting key characteristics like security, transparency, and low transaction costs. Blockchains could reduce insurance fraud by providing permanent ledgers and could enable smart contracts to automate certain insurance processes. However, smart contracts still require an "oracle" to verify events in the physical world. The document examines how blockchains could impact different parts of the insurance value chain and considers several real-world blockchain insurance projects and examples.
This document discusses the distributed ledger landscape and who is developing shared, replicated ledgers and why. It outlines the characteristics of distributed ledgers and the motivations for building non-proof-of-work ledgers and private blockchains. Known, trusted parties are preferred over unknown, untrusted parties due to unclear governance and scalability challenges of public blockchains. Permissioned blockchains with legally accountable validators are seen as more suitable for settling off-chain assets like securities and fiat. While distributed ledgers provide benefits, their use cases depend on factors like whether participants are known or anonymous, and what type of consensus is required.
Cryptocurrencies, Blockchain & Smart Contracts: A General IntroductionRaffaele Mauro
Cryptocurrencies, blockchain & smart contracts are introduced. Key points:
1) Blockchain is a distributed public ledger that records transactions in blocks connected linearly, enabling verification without central trust.
2) Bitcoin uses cryptography and mining to release currency algorithmically and validate transactions through solving computational problems.
3) Potential applications beyond currency include decentralized applications, smart contracts, and disintermediating organizations through blockchain technology.
Buckets of Permissioned, Permissionless, and Permissioned Permissionlessness ...Tim Swanson
This was first presented on July 20, 2015 at Infosys in Mysore, India with the Blockchain University team. It is a heavily modified version of a previous presentation covering the distributed ledger landscape. All citations and references can be found in the notes.
This talk will focus on the role of blockchain in the new digital economy and the characteristics of a sustainable blockchain company. Professor Lee will talk about the 4Ds and LASIC, Hinternet and the type of deep business skill and strategy that are needed to excel in the blockchain industry. Those who are looking into fundraising by ICO/ITS’s and investing in Blockchain technology will find this talk interesting.
Bitcoin and Blockchain Explained: Cryptocitizen Smartnetwork Trust Melanie Swan
Blockchain technology is not just about cryptocurrencies, registering wills and IP on blockchains, and bank transfers taking less than 3 days to settle, philosophically blockchains invite a new level of thinking about the sensibility of the Cryptocitizen and possibilities for societal shared trust
Get Rich with Blockchain & Cryptocurrencykeerthi678722
The document discusses the current state of regulation regarding consumer tokens in the United States. It provides context on the growth of decentralized finance and non-fungible tokens. It then outlines the existing securities law framework from the Howey Test that the SEC uses to determine if a digital asset is a security. The document aims to explore what parameters exist for issuing consumer or utility tokens, which are intended for use on a distributed platform and not meant to be securities, in the US given the unclear regulatory framework.
Blockchain and its Applications in the Finance Industry milemadinah
Blockchain and its Applications in the Finance Industry | Nida Khan the head of research | Conexcap | MILE WEBINARS
The revolution against the banking industry is taking place at a breathtaking speed with the movement spearheaded by a new breed of technology entrepreneurs. The finance industry has long been marked by complex regulations, high barriers to entry and economies of scale and this is all set for disruption by the present fintech revolution. One of the most controversial and debated topics in the finance industry is blockchain. It is the buzzword in the finance world nowadays. The rise in Google searches for the term has risen to 1900% since 2013.
Blockchain technology allows for a distributed ledger of transactions and digital events that is shared among participants in a network. It allows transactions to be verified through consensus, recorded immutably on the blockchain, and provides a verifiable record of all transactions. The document discusses how blockchain works through public and private networks and provides examples of applications in supply chain management, the Internet of Things, tracking origins of goods, and smart contracts. It also covers challenges and opportunities of adopting blockchain technology.
From 7331 to legal : a selection of blockchain discussion topicsKoen Vingerhoets
During the Computational Law & Blockchain Festival (#clbfest19) of 2019/03/16, organised by the @LegalHackersBXL (@Tommy Vandepitte), I had the opportunity to address a room filled with legal people. Awesome!!
I started with a short business inspired explanation of #blockchain (oh - #hashing was there too), followed by a deeper dive in some specific topics. These topics are imho the elements requiring more legal input and as such a better understanding. Collaboration between your 7331 IT people and their legal colleagues benefits from a common view on the technology.
Koen Vingerhoets (https://www.slideshare.net/koenvingerhoets) explained (a) the basics of blockchain in its 6 key elements (transparency, ownership, traceability, distributed, trust, smart contracts) and (b) a few technical aspects on blockchain, like hashing, smart and ricardian contracts, bugs in the code, private ledgers, aspects to take into account to govern a (private) blockchain, and the impact of (EU) regulation.
The context was the second (2019) edition of the Computational Law and Blockchain Festival (#CLBFest), Brussels' node.
On December 9 & 10, Deloitte hosted over 20 business executives and thought leaders at the Internet of Things (IoT) Grand Challenge Workshop at the Tech Museum of Innovation in San Jose. The objective of the gathering was to work collectively to solve one of the more largely unexplored areas of IoT: revenue generating IoT use cases. The following report captures what was discussed during this extraordinary event where an open, collaborative dialogue focused on advancing the field of IoT.
Explore the key findings here or learn more at www2.deloitte.com/us/IoT-challenge.
Code for America 2018 - Using Hyperledger Technologies to Deliver Government ...Tracy Kuhrt
This presentation was given at Code for America 2018 that discusses how to use Hyperledger technologies to deliver government services. It starts with an introduction into blockchain, including distributed ledger technologies and smart contracts. This is followed by a number of use cases where organizations are using Hyperledger technologies within the public sector space. We then provide an overview of The Linux Foundation and Hyperledger. A demo of an existing system is provided where the British Columbia government is using for registering organizations and providing verifiable credentials to those organizations. Lastly, a number of resources for additional materials is provided.
These are a few of the many uses of Blockchain technology. Undeniably, this technology is the driver of change, and if you too want to become a participant of the same, thenBlockchain training would help you in the same.
set zeroth review blockchain electoral system.pdfSudamaSharma7
Implementing Electoral System using BlockChain
The document proposes implementing an electoral voting system using blockchain technology. It discusses some of the issues with current voting systems, such as lack of transparency and security concerns. The proposed system would use blockchain, Ethereum, smart contracts and Solidity to create a decentralized voting application. This would allow votes to be recorded securely and immutably on the blockchain, improving transparency, security and reducing costs compared to traditional voting methods. A literature review found that blockchain technology could help address issues like vote verification and auditing that existing electronic voting systems face.
Blockchain Technology will Be The Future Of Digital payments.Blockchain Council
This revolutionary technology works on a peer-to-peer network where both the parties directly interact with each other without the interference of third-party.
When consumer products get switched on, brands will be able to deploy new IoT-based applications and services throughout the full product lifecycle. But what role will blockchains play in this, and is the hype about its potential justified?
This white paper will show you which use cases are best suited to blockchains and how to assess whether a blockchain-based solution is really needed.
This document provides an overview of Everything Blockchain, a company that develops blockchain technologies. It discusses the company's strategy, services, team, and growth. The key points are:
- The company provides blockchain advisory, development, and consulting services through its four divisions: EB Advisory, EB Control, EB Platform, and EB Exchange.
- It has expanded its services through strategic acquisitions in 2021 and developed new proprietary security protocols and a queryable blockchain platform.
- The presentation outlines the company's leadership team and board, its capitalization as a public company, and its goal to capitalize on the growing blockchain market estimated to reach $1.4 trillion by 2030.
When it comes to the Internet of Things, a blockchain can be provide a platform to handle device authentication process and thereby prevent a spoofing attack by malicious parties who may impersonate some other device to launch an attack to steal data or cause some other mayhem.Blockchain will allowdirect communication between two or more devices so that they are able to transact without going through a third-party intermediary, and in effect make spoofing more cost prohibitive. This White Paper explains how blockchain can improve the security of IOT devices.
Blockchain technology establishes a distributed consensus by creating an irrefutable record of digital events in a public ledger. This allows entities to verify digital transactions and assets without an intermediary. The technology is beginning to disrupt many industries and represents opportunities for financial applications like banking as well as non-financial uses such as notarization, insurance, and more. The report examines the history of blockchain technology and how it works, then discusses some existing and potential future applications of this disruptive technology.
Embedding the Use of Blockchain in Smart Government to Increase Transparency ...Cris TRAN
Cris Tran is the Regional Head of Infinity Blockchain Ventures, a consulting firm providing blockchain solutions, and Director of QRC Group, a blockchain investment company. He has expertise in securities token offerings, smart cities, and blockchain applications in finance and supply chain industries. Infinity Blockchain Ventures develops products like Blockpass for digital identity and Infinito Wallet. It advises clients on blockchain strategy and helps build decentralized solutions for issues like education verification, digital identity, voting, and tracking loans/grants. Blockchain can increase transparency in areas like charitable fundraising and refugee aid distribution.
Blockchain, IoT and the GxP lab technology helping compliance?
This webinar discusses how distributed ledger technology like blockchain and IOTA could help enhance compliance in GxP laboratories. It explores how DLT could be used to track devices, materials, and data in a more transparent, trusted and auditable way. Specifically, it presents a vision of an internet-connected "laboratory of the future" where all devices share data using DLT. This could improve integrity, security and access to data while reducing costs. While DLT cannot directly increase compliance, it may help build trust in GxP systems and processes by making components more transparent to regulators.
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Educaterer India is an unique combination of passion driven into a hobby which makes an awesome profession. We carve the lives of enthusiastic candidates to a perfect professional who can impress upon the mindsets of the industry, while following the established traditions, can dare to set new standards to follow. We don't want you to be the part of the crowd, rather we like to make you the reason of the crowd.
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3. 9.30 Welcome on behalf of all challenge-owners (KVK)
9.45 The Odyssey Hackathon – What can you achieve by
participating? (Rutger van Zuidam – CEO of DutchChain &
Odyssey)
10.00 Developments in Blockchain, exchanging privacy-
sensitive information and the future of a national digital
infrastructure (Zeki Erkin, Assistant Professor in Cyber
Security and Privacy at Delft University of Technology)
10.30 Challenge 1 by the Dutch Ministry of Justice and
Security – Presentation and Q&A: a Government Backed
Protocol for Digital Permissions (Flores Bakker – Enterprise
Architect for the Ministry of Finance)
Program Overview
4. 11.15 Extra support of IOTA for Challenge 1 (Dave de Fijter,
IOTA Foundation)
11.30 Coffee Break and Early Lunch
12.00 Challenge 2 by Dutch Chamber of Commerce –
Becoming an oracle in the Digital Infrastructure of a Nation
(Geerten Verweij, developer of the Dutch Chamber of
Commerce’s Innovation Lab)
12.40 Challenge 3 by Kadaster – Building a Distributed Data
Ecosystem (Nick Apeldoorn, ICT Architect at Kadaster)
13.30 End of plenary program – Ample time to Connect
7. Rutger Van Zuidam
CEO of DutchChain & Odyssey
THE ODYSSEY HACKATHON
What can you achieve by
participating?
8.
9.
10.
11.
12. We believe….
technology like blockchain, crypto currencies, AI, IOT,
open digital public infrastructure and the digital commons can
unlock completely new ways of interconnected mass
collaboration
to establish the breakthrough progress we need in all fields of
our society and all sectors of our economy.
22. Zeki Erkin
Delft University of Technology
Developments in Blockchain
Exchanging privacy-sensitive information and the
future of a national digital infrastructure
23.
24. Flores Bakker
Enterprise Architect for the
Ministry of Finance
Challenge 1 by the Dutch Ministry of
Justice and Security
Presentation and Q&A: A Government
Backed Protocol for Digital Permissions
25. Challenge:
Protocol for
approval
management
How to register and
communicate digital
permissions on a global scale
Flores Bakker
Enterprise Architect Ministry of Finance in cooperation
with the Ministry of Justice and Security
27. Approval and consent
› We approve and consent every
day in some form or way;
› We approve an action to be taken
or we consent with the status of
an entity (thing, process);
› We approve as business co-
worker, civil servant, civilian or
other;
› We approve and consent
increasingly through digital
means;
27
29. Cookie requests
29
› More and more companies are
tracking individual persons
› More and more information is
being sold to third parties
› Approval is asked...
› ...but where is my ‘red button’
in case I want to retract my
given approval?
› Do I really know and control
which parties are using my
personal information and in what
way?
? ?
30. More examples
› Consent requests for the use of your
personal or your company’s
information by other parties
› Approval requests for copyright
licenses
› Approval requests for budgetting and
purchasing within an organisation
› Consent requests for the accurate
representation of a witness account
› Consent requests with the status of an
item of property or work (inspection)
› ...and many more
30
31. Why do we approve?
› We approve and consent because we
have the legal power to do so;
› We approve and consent because
there are legal consequences in
some form or way for us or the
organisations on behalf of whom we
are approving or consenting;
31
32. The power to consent
› The power to consent is actually
the power to change a legal
relationship
› Based upon the framework of
fundamental legal concepts by
Hohfeld (1918)
› Approving or consenting leads to
a change in the legal position
of a stakeholder, resulting in
more or less rights and duties
for the stakeholder in question.
32
33. Theory: rational decision making
› Approving is a form of decision making;
› Decision Making Theory identifies seven
phases in the rational decision making
model;
› Now we can define what is true informed
consent:
– Clear context
– Clear consequences
– Clear risks
› Approving needs trust in the accuracy,
completeness and up-to-date presentation
of this information position. 33
34. Reality: intuitive decision making
› In reality we are not always that
rational;
› Intuitive decision making is often
the way decisions are made in real
life, based on cues, patterns and
action scripts;
› Intuitive decision making needs
trust in the strength of those cues,
patterns and action scripts;
› Intuitive decision making should not
be denied as it is human to do so.
The solution lies in combining it with
rational decision making. 34
35. Trust is an important aspect of consent
› Trust is built upon:
– Fully Informed Consent
– Non-repudiation (authenticity, integrity)
– Uniformity
– Compliancy
– Agility
– Adequate infrastructure
– Resiliency
– Strong cues, patterns, action scripts
– User friendliness
35
36. The challenge
› Develop an open source, decentralized
and government backed protocol for
registering and communicating digital
permissions;
› Re-usable for any type of stakeholder,
approval process and application;
› High trust;
› For civilian, governmental and
commercial use.
36
37. Properties of the solution
› Supports non-repudiation (authenticity and
integrity) and other trust aspects;
› Supports fully informed consent (context,
consequences and risks) but also strong cues and
patterns;
› Registers exact information position upon which
a stakeholder will give his response;
› Uniform protocol across the globe;
› Evolvability – future changes to the protocol
(new laws, new processses, etcetera) should be
implemented easy and without the possibility of
corrupting older approval transactions;
› Open Source.
37
38. Innovation – think outside the box
› Standardised contract terms across the globe?
› Contract terms satisfaction/reputation score?
› Anonymous statistics in how other users have
responded in similar cases?
› What is the role of incentives and tokenization? I.e.
artificial intelligence or third party experts explaining me
the contract terms, risks and consequences of approval in
layman’s terms?
› What is the role of gamification?
› Self-sovereign: my wallet of consent?
› Taxonomy for approval contracts? The use of Linked
data?
› Paving the way for automated decision making?
› Dare to experiment!
38
39. DigiAkkoord – approval application
39
Innovation project
“DigiAkkoord” at department
of Justice and Security,
release somewhere in 2019;
Focuses on a re-usable
application for all approval
processes within the
government;
DigiAkkoord is not really a
protocol but a business
building block;
Challenge has more global
perspective and more
emphasis on protocol
development compared to
DigiAkkoord;
49. Donations of
$100M+ to date
Hubs in Berlin, Tel Aviv,
Oslo, Taipei
More than 80 employees
around the globe
Ecosystem of more
than 100 entities
> 70k active
community members
> 120k content followers
Ecosystem Development Fund
$13M+ in funding
nearly $100k awarded to date
A global Foundation, based in Berlin
51. Why IOTA?
- Scalable
- No fees, no hassle
- Data transactions supported
- Lightweight
- Open source and permissionless
- Quantum immune, ready for the future
52. IOTA Networks
Due to the nature of IOTA, you are able to send
transactions on the Mainnet without fees. This lets
you publish transactions with data directly on the
Mainnet for no cost.
However, it is best to use the Devnet to build Proof
of Concept applications. This network is run by the
IOTA Foundation for developer to use and test on as
they please. We also have a Faucet which dispenses
tokens for use on the Devnet.
We also have a Spamnet for testing the protocols
resilience to high TPS.
The configuration of the `Devnet`
54. Masked Authenticated
Messaging (MAM)
● Secure message streams over the tangle
● Feeless messages
● Currently Javascript/Typescript only
● New C-based implementation in the works
● Both public and private messages possible
#mam
55. ??? ???????? ????
????
????????????
2nd Layer libraries like MAM do not require protocol
changes or hardforks, they can be built and
supported by anyone to ensure that IOTA fits their
needs.
????????
? ???
57. Relevant projects done with IOTA
● TangleID project (https://tangleid.github.io)
● Digital identity Proof of concept by VX Company
#development
58. What will the IOTA Foundation provide
We will be there with 2 coaches (Jedi’s) to support
teams working with IOTA
Content packages and support for teams will be
available before and during the hackathon
We will publicly communicate about the event and
the participating projects before, during and after
the hackathon
#odyssey-hackathon on Discord
#odyssey-hackathon
65. Geerten Verweij
Dutch Chamber of Commerce’s Innovation
Lab
Challenge 2 by Dutch Chamber of
Commerce
Becoming an oracle in the Digital
Infrastructure of a Nation
67. What is the Dutch Chamber
of Commerce all about?
68. Our Mission
• Making live easier for
entrepreneurs
• Provide useful information
• Provide useful data
69. Our Actions
• Registering businesses in the
trade register
• Providing information from the
trade register
• Being a guide and advisor for
entrepreneurs
70. Trade Register
• Registering your business
Become legit
• Look up other businesses
See if they are legit
• Create trust and certainty
We are both legit, let’s do business!
71. Our crown jewel
• A piece of paper, possibly in PDF
• Used a lot by all entrepreneurs
and businesses in the Netherlands
• Might not be high-tech
by today’s standards
79. Digital Identity
• Protect your personal identity by using
your business identity through the KVK
• The KVK is the Oracle for business
entities
• Next step: integrating these concepts
into the Digital Nations Infrastructure..
Trusted Digital
Business Identity
80. Digital Identity
How do we challenge you?
Build innovative solutions that help
entrepreneurs be in control of their identity.
Or even better: help entrepreneurs succeed
in conducting business using their online
identity using these experimental new
features.
81. For example: Flash Company
• Smart contract
• One-off collaboration
• Backed by KVK verified
business identity
83. Datamining and AI
• KVK has plenty of data
• What can we learn from this data?
84. Datamining and AI
Existing experiments at the KVK:
• Success Prediction
• Fraud Detection
What else is possible?
• Anomaly detection?
• Clustering?
• Surprise us!
93. Kadaster
Providing legal certainty about ownership and transactions of real estate.
Managing nationwide geographic datasets and acting as consultant.
99. Building wallet
Digitization of the built environment.
Making all information on real objects readily available for authorized persons and
machines.
Distributed data ecosystem: distributed ledger as backbone.
Validating information and the parties adding and accessing the data.
Ensuring privacy.
Solution at the protocol level.
100. Research questions
How to include existing standards, e.g. BIM?
How to tie existing solutions / applications and data sources into the ecosystem?
How to manage access to (private or commercially sensitive) data in this distributed
environment?
How to engage data owners to contribute data to the building wallet?
How to govern this public-private infrastructure in an effective and responsible way?
101. Toolkit
Open geographic datasets.
A transaction and ownership database for real estate.
The Proof of Concept built last year.
A relevant network: Kadaster, Dutch Ministery of the Interior, building companies.
102. Contact
Nick van Apeldoorn – ICT Architect
Kadaster – Emerging Technology Center
Nick.vanApeldoorn@kadaster.nl
+316 52 48 19 06
103. End of Plenary Program - Time to Connect
REGISTER TODAY AT THE ODYSSEY STAND!