The use of blockchain technology is being adopted by more and more industries.
Thus, many companies (many of them known) are already using it in order to offer greater transparency and security to their customers, as well as to have greater control over the supply chain.
The conventional supply chain is plagued with various issues, most pressing among which is transparency or the lack of it thereof. Being a self-auditing distributed ledger that is accessible to all participants in the network and updated in real time, Blockchain brings in unprecedented levels of transparency to the supply chain. Moreover, its decentralized nature ensures that no single participant along the supply chain holds an unfair advantage or any influence on the data pertaining to the shipment.
Blockchain Supply Chain : Supply Chain Blockchain Use CasesLeewayHertz
By enabling transparency across the involved parties in the supply chain blockchain, the blockchain establishes the trust level which has been challenging for the last many years.
With Supply Chain blockchain, you know who you are trading with, where the product has been originated from, who refined it and if the payment is fair or not.
How to Apply Blockchain to Supply-Chain ManagementFluence.sh
Blockchain can be applied to supply chain management to increase transparency and efficiency. It allows all participants in the supply chain to access a shared ledger with real-time information. This reduces errors, delays, and fraud while improving management and trust between consumers and suppliers. Companies should start by implementing blockchain on weak points in the supply chain and collaborating with other members before expanding the solution. The full benefits are realized when the entire supply chain is integrated on the blockchain platform.
Blockchain: all assets digitized and registered to blockchains; instantaneously transactable on a global basis
Blockchain Supply Chain: all assets exist in digital inventories, tradeable (pledgeable, financeable) and more importantly, findable, in the global digital network economy
Blockchain with IoT's in the supply chain can make SCM process as easier. Just using the micro IoT's chip to monitor the movement of products and use of blockchain to store the tracking records can provide proper supply chain management. This could also increase product usage and demand.
Blockchain in Supply Chain Management By Prashant Prashant Pandey
A blockchain is a distributed, digital ledger. The ledger records transactions in a series of blocks. It exists in multiple copies spread over multiple computers, which are also called nodes. The ledger is secure because each new block of transactions is linked back to previous blocks in a way that makes tampering practically impossible Supply chain management (SCM) is the active management of supply chain activities to maximize customer value and achieve a sustainable competitive advantage
The use of blockchain technology is being adopted by more and more industries.
Thus, many companies (many of them known) are already using it in order to offer greater transparency and security to their customers, as well as to have greater control over the supply chain.
The conventional supply chain is plagued with various issues, most pressing among which is transparency or the lack of it thereof. Being a self-auditing distributed ledger that is accessible to all participants in the network and updated in real time, Blockchain brings in unprecedented levels of transparency to the supply chain. Moreover, its decentralized nature ensures that no single participant along the supply chain holds an unfair advantage or any influence on the data pertaining to the shipment.
Blockchain Supply Chain : Supply Chain Blockchain Use CasesLeewayHertz
By enabling transparency across the involved parties in the supply chain blockchain, the blockchain establishes the trust level which has been challenging for the last many years.
With Supply Chain blockchain, you know who you are trading with, where the product has been originated from, who refined it and if the payment is fair or not.
How to Apply Blockchain to Supply-Chain ManagementFluence.sh
Blockchain can be applied to supply chain management to increase transparency and efficiency. It allows all participants in the supply chain to access a shared ledger with real-time information. This reduces errors, delays, and fraud while improving management and trust between consumers and suppliers. Companies should start by implementing blockchain on weak points in the supply chain and collaborating with other members before expanding the solution. The full benefits are realized when the entire supply chain is integrated on the blockchain platform.
Blockchain: all assets digitized and registered to blockchains; instantaneously transactable on a global basis
Blockchain Supply Chain: all assets exist in digital inventories, tradeable (pledgeable, financeable) and more importantly, findable, in the global digital network economy
Blockchain with IoT's in the supply chain can make SCM process as easier. Just using the micro IoT's chip to monitor the movement of products and use of blockchain to store the tracking records can provide proper supply chain management. This could also increase product usage and demand.
Blockchain in Supply Chain Management By Prashant Prashant Pandey
A blockchain is a distributed, digital ledger. The ledger records transactions in a series of blocks. It exists in multiple copies spread over multiple computers, which are also called nodes. The ledger is secure because each new block of transactions is linked back to previous blocks in a way that makes tampering practically impossible Supply chain management (SCM) is the active management of supply chain activities to maximize customer value and achieve a sustainable competitive advantage
Blockchain technology has the potential to improve today's complex global supply chains by providing a distributed ledger that allows all parties to securely track shipments and transactions without error. This can reduce costs, increase transparency, and help address issues like fraud. Several companies are already testing blockchain applications to digitally track shipments of goods, verify product authenticity, and automate payments through smart contracts across supply chains. Widespread adoption may depend on establishing standards, addressing regulatory concerns, and resolving technical challenges regarding scalability and resilience.
¿En qué aspectos la Blockchain podría ser útil en los procesos, productos, información y flujo de efectivo de cadenas globales de suministro? El 90% de los productos en el comercio internacional se mueven por mar.
- Trazabilidad de los productos
- Resolución de controversias
- Integridad y seguridad de la mercancía
- Cumplimiento
Paper de Yanling Chang, Eleftherios Iakovou y Weidong Shi
Blockchain Study(1) - What is Blockchain?Fermat Jade
This document discusses blockchain technology and provides examples of its applications. It begins by defining blockchain as a continuously growing list of records called blocks, linked using cryptography. Each block contains a cryptographic hash of the previous block, a timestamp, and transaction data. This makes blockchain resistant to modification of past data. The document then provides examples of how blockchain is being used in various industries like healthcare, finance, manufacturing, government, and more. It aims to show the vast potential applications of this new technology.
Murughan Palaniachari presents information on blockchain concepts. He discusses how blockchain enables a decentralized future (Web 3.0) with distributed and individual ownership of data. Blockchain uses distributed ledgers and cryptography to securely record transactions in an immutable, transparent and verifiable way without centralized control. Key concepts covered include how blockchain works, the structure of blocks and blockchains, consensus mechanisms, smart contracts, and examples of blockchain use cases.
Blockchain in Agri-Food – Industry Adoption AnalysisNetscribes
With the ability to track every movement of food – from the farm to the customer’s basket – blockchain has the power to address numerous challenges plaguing the agri-food industry such as waste management, food fraud, and the lack of price transparency. So it stands to reason that tech firms, both startups and behemoths, are working towards transforming this age-old industry with innovative blockchain-enabled solutions and business models. With a steady stream of projects being undertaken across food farming, processing, transportation and distribution, this report looks under the hood to find answers to key questions, such as:
• What does the value chain of blockchain enabled solutions supporting the agri-food industry consist?
• How do major blockchain companies fit in the value chain and how they collaborate with each other to meet various blockchain-enabled solutions in agri-food?
• What is the state of blockchain adoption across global regions and various sectors in the industry?
• What has been the outcome of real-world blockchain implementations, including pilot projects?
• How does the startup landscape look like?
• What does the future of blockchain in the agri-food industry look like?
For the full report, contact info@netscribes.com
Visit www.netscribes.com
Blockchain: the solution for transparency in product supply chainsJamie Sandhu
We live in the world we buy into. How brand and supply chain transparency will enable conscious consumerism ethical business practices to thrive and how blockchain technology can make it happen. A summary of the whitepaper by Provenance.org.
Use extensively researched Blockchain PowerPoint Presentation Slides to educate your audience about the secure online payment transactions and cryptographic techniques. Show encryption methods and concept of decentralized network that allows the easy transfer of digital values such as currency and data. Bitcoin developers can incorporate this professionally designed content-ready blockchain PowerPoint presentation templates for their work. This deck covers topics like distributed ledger, working of a distributed ledger, use cases, industrial blockchain benefits, blockchain limitations, and more. Illustrate the idea of transferring funds directly between two parties without any banks or credit card company using blockchain PPT presentation templates. Demonstrate the workings of cryptocurrencies, showcase the process and its benefits with the help of cryptocurrency PPT slides. These templates are completely customizable. You can edit the slides as per your convenience. Change color, text, icon, and font size as per your need. Download now. Engage with disbelievers through our Blockchain Powerpoint Presentation Slides. Explain the grounds for your beliefs.
Blockchain has the potential to transform the supply chain and disrupt the way goods are produced, marketed, purchases and consumed. Learn how blockchain can address multiple retail and supply chain challenges, including counterfeit prevention; stolen merchandise recovery; fraudulent transactions; insurance and theft protection; and intellectual property and rights management.
Blockchain is constantly revolutionizing various industries, and supply chain is one of the major ones. Many companies are already using blockchain in supply chain to reap the benefits of blockchain technology. But why is it necessary to use blockchain for supply chain management?
At the moment, the supply chain industries deal with a lot of issues. Among them, rapid changes in the market, issues with compliance and quality, lack of transparency, increasing corruption, high costs, etc., are prominent problems. This is where blockchain steps in.
Using blockchain in supply chain management comes with its fair share of benefits - peer-to-peer transaction settlement, audit transparency, tracking products, and consumer feedbacks, accurate costing info, better shipping data, etc. In fact, there are already many blockchain supply chain projects live at the moment working perfectly.
We at 101 Blockchains are driven to help you educate on blockchain technology with high-quality courses and certifications. Therefore, we offer specific courses geared to supply chain management as well. At present, we have two prominent courses that can help you understand the concepts better - Enterprise Blockchains and Supply Chain Management Course and Enterprise Blockchains and Trade Finance Course.
Learn more about these courses from here ->
https://academy.101blockchains.com/courses/blockchain-and-scm
https://academy.101blockchains.com/courses/enterprise-blockchains-and-trade-finance
Other than these, we have certification courses to help you become a skilled professional in no time. Learn more about these courses from here ->
Certified Enterprise Blockchain Professional (CEBP) course https://academy.101blockchains.com/courses/blockchain-expert-certification
Certified Enterprise Blockchain Architect (CEBA) course
https://academy.101blockchains.com/courses/certified-enterprise-blockchain-architect
Certified Blockchain Security Architect (CBSE) course
https://academy.101blockchains.com/courses/certified-blockchain-security-expert
“What is Blockchain Technology?” – this is the question that more and more people ask nowadays. Learn more about blockchain:
http://pragmaticcoders.com/blog/what-is-blockchain/
This document provides an introduction to blockchain technology including general concepts, how it guarantees security, and technical details. It discusses how blockchain uses cryptography to store data in a growing list of blocks that are linked together to form a distributed ledger. This ensures security and privacy without centralized control. Examples of potential blockchain applications are also given such as smart appliances, supply chain management, smart contracts for industries like healthcare, music, and government, as well as identity verification.
An Introduction to Blockchain Technology Niuversity
Blockchain technology allows for a shared, replicated ledger of transactions that can be viewed by all participants. It enables peer-to-peer exchanges on a distributed network in a secure and non-repudiable way. Blockchain solves issues with monitoring asset ownership and transfers in a trusted business network by providing a permissioned, replicated shared ledger. It is not just for cryptocurrencies like Bitcoin but can be used for any form of asset registry, inventory, and exchange across different industries. The future potential of blockchain applications is still emerging as it will be applied experimentally to many aspects of society over the next few years.
Blockchain technology has the potential to improve healthcare by providing a secure and distributed method for managing health records and data sharing. It allows for real-time sharing of long-term patient data across providers while maintaining privacy. Blockchain could also improve supply chain management and clinical trials through increased transparency of transactions. Successful implementations of blockchain in healthcare include MedRec for patient records and projects in Dubai and Estonia. However, challenges include the need for legislation and standardization. The social impact could be placing patients at the center of their own healthcare data and empowering them through transparency.
Blockchain is a digital ledger that chronologically records transactions without privacy inclusion. Solidity is the main programming language used to write smart contracts for Ethereum blockchains. The blockchain works by broadcasting new transactions to all nodes, collecting transactions into blocks, nodes working to find proofs of work, broadcasting validated blocks, and creating the next block using the hash of the previous block. Blockchain can revolutionize transactions involving money, goods, property, and avoid fraud. It can make money transfers, property purchases, healthcare, and authenticating purchases more efficient. Blockchain types include public, private, and consortium blockchains. Advantages include transparency, security, efficiency while disadvantages include human error, slow speeds, and energy use. Applications include
The document provides an overview of blockchain use cases. It begins with remembering the key components of blockchain like blocks, miners, proof of work, and distributed ledgers. It then discusses public versus private blockchains and how private blockchains allow for control over participants. Several specific use cases are outlined, including smart contracts, proof of existence services, digital notarization of photos/videos, digital weddings, lottery systems, alarm clock apps, and banking operating systems. It is suggested that 2017 will be a year when more blockchain proofs of concept and pilots move into limited production and early adoption.
Blockchain technology and logistics managementJayakumar PP
Basic understanding of Blockchain Technology. Give special focus to the application of blockchain in Logistics Management and Supply chain. It covers the following topics
Introduction to the blockchain, The current situation in the logistics industry, The Blockchain technology - the paradigm shifter in logistics, Block Chian Technology - Explain technology aspects and features, Basics on Blockchain security, Blockchain capabilities and its advantages to the logistics industry, Value-added to the industry, Implementation challenges, Finally with the conclusion and one best practice with ship chain company.
1. What is Block Chain
2. How Does it Work
3. What are the key attributes of Blockchain
4. What are applications areas for Block Chain
5. What are the advantages and Disadvantages of Block Chain
Blockchain use cases in 2022 real world industry applicationsArpitGautam20
These are interesting predictions and real-world industry applications of Blockchain Technology that will take the world by storm in 2022! https://arsr.tech/blockchain-use-cases-in-2022-real-world-industry-applications/
Blockchain technology and its impact on the supply chain Artur Gowin
Disruptive technologies such as Artificial Intelligence (AI), Blockchain, Virtual/Augmented Reality, or the Internet of Things (IoT), have already revolutionized almost every industry in the world. The four main trends in the automotive sector are diverse mobility, electrification, autonomous driving, and connectivity.
I invite you to read the material on how Blockchain can revolutionize the Finished Vehicle Logistics market!
Evolving technologies and changes in user preferences require ICT regulators to react dynamically and in an agile manner to facilitate fair competition and protect consumers.
The lines between sector- and subject-specific regulators may need to be redrawn. In some cases, more specialised regulators may need to be established, eg a data protection agency or a spectrum agency.
Evolving technologies also provide ICT regulators opportunities to become more effective and fine-tune tools. Big data and advances in AI allow regulators to become agile and dynamic, enabling precision, evidence-based regulations.
FinTech is just short for financial technology and it refers to the application of technology in the financial industry. On the other hand, blockchain refers to the distributed ledger technology behind cryptocurrencies; it allows digital information to be distributed and each piece of data can only have one owner.
Blockchain technology has the potential to improve today's complex global supply chains by providing a distributed ledger that allows all parties to securely track shipments and transactions without error. This can reduce costs, increase transparency, and help address issues like fraud. Several companies are already testing blockchain applications to digitally track shipments of goods, verify product authenticity, and automate payments through smart contracts across supply chains. Widespread adoption may depend on establishing standards, addressing regulatory concerns, and resolving technical challenges regarding scalability and resilience.
¿En qué aspectos la Blockchain podría ser útil en los procesos, productos, información y flujo de efectivo de cadenas globales de suministro? El 90% de los productos en el comercio internacional se mueven por mar.
- Trazabilidad de los productos
- Resolución de controversias
- Integridad y seguridad de la mercancía
- Cumplimiento
Paper de Yanling Chang, Eleftherios Iakovou y Weidong Shi
Blockchain Study(1) - What is Blockchain?Fermat Jade
This document discusses blockchain technology and provides examples of its applications. It begins by defining blockchain as a continuously growing list of records called blocks, linked using cryptography. Each block contains a cryptographic hash of the previous block, a timestamp, and transaction data. This makes blockchain resistant to modification of past data. The document then provides examples of how blockchain is being used in various industries like healthcare, finance, manufacturing, government, and more. It aims to show the vast potential applications of this new technology.
Murughan Palaniachari presents information on blockchain concepts. He discusses how blockchain enables a decentralized future (Web 3.0) with distributed and individual ownership of data. Blockchain uses distributed ledgers and cryptography to securely record transactions in an immutable, transparent and verifiable way without centralized control. Key concepts covered include how blockchain works, the structure of blocks and blockchains, consensus mechanisms, smart contracts, and examples of blockchain use cases.
Blockchain in Agri-Food – Industry Adoption AnalysisNetscribes
With the ability to track every movement of food – from the farm to the customer’s basket – blockchain has the power to address numerous challenges plaguing the agri-food industry such as waste management, food fraud, and the lack of price transparency. So it stands to reason that tech firms, both startups and behemoths, are working towards transforming this age-old industry with innovative blockchain-enabled solutions and business models. With a steady stream of projects being undertaken across food farming, processing, transportation and distribution, this report looks under the hood to find answers to key questions, such as:
• What does the value chain of blockchain enabled solutions supporting the agri-food industry consist?
• How do major blockchain companies fit in the value chain and how they collaborate with each other to meet various blockchain-enabled solutions in agri-food?
• What is the state of blockchain adoption across global regions and various sectors in the industry?
• What has been the outcome of real-world blockchain implementations, including pilot projects?
• How does the startup landscape look like?
• What does the future of blockchain in the agri-food industry look like?
For the full report, contact info@netscribes.com
Visit www.netscribes.com
Blockchain: the solution for transparency in product supply chainsJamie Sandhu
We live in the world we buy into. How brand and supply chain transparency will enable conscious consumerism ethical business practices to thrive and how blockchain technology can make it happen. A summary of the whitepaper by Provenance.org.
Use extensively researched Blockchain PowerPoint Presentation Slides to educate your audience about the secure online payment transactions and cryptographic techniques. Show encryption methods and concept of decentralized network that allows the easy transfer of digital values such as currency and data. Bitcoin developers can incorporate this professionally designed content-ready blockchain PowerPoint presentation templates for their work. This deck covers topics like distributed ledger, working of a distributed ledger, use cases, industrial blockchain benefits, blockchain limitations, and more. Illustrate the idea of transferring funds directly between two parties without any banks or credit card company using blockchain PPT presentation templates. Demonstrate the workings of cryptocurrencies, showcase the process and its benefits with the help of cryptocurrency PPT slides. These templates are completely customizable. You can edit the slides as per your convenience. Change color, text, icon, and font size as per your need. Download now. Engage with disbelievers through our Blockchain Powerpoint Presentation Slides. Explain the grounds for your beliefs.
Blockchain has the potential to transform the supply chain and disrupt the way goods are produced, marketed, purchases and consumed. Learn how blockchain can address multiple retail and supply chain challenges, including counterfeit prevention; stolen merchandise recovery; fraudulent transactions; insurance and theft protection; and intellectual property and rights management.
Blockchain is constantly revolutionizing various industries, and supply chain is one of the major ones. Many companies are already using blockchain in supply chain to reap the benefits of blockchain technology. But why is it necessary to use blockchain for supply chain management?
At the moment, the supply chain industries deal with a lot of issues. Among them, rapid changes in the market, issues with compliance and quality, lack of transparency, increasing corruption, high costs, etc., are prominent problems. This is where blockchain steps in.
Using blockchain in supply chain management comes with its fair share of benefits - peer-to-peer transaction settlement, audit transparency, tracking products, and consumer feedbacks, accurate costing info, better shipping data, etc. In fact, there are already many blockchain supply chain projects live at the moment working perfectly.
We at 101 Blockchains are driven to help you educate on blockchain technology with high-quality courses and certifications. Therefore, we offer specific courses geared to supply chain management as well. At present, we have two prominent courses that can help you understand the concepts better - Enterprise Blockchains and Supply Chain Management Course and Enterprise Blockchains and Trade Finance Course.
Learn more about these courses from here ->
https://academy.101blockchains.com/courses/blockchain-and-scm
https://academy.101blockchains.com/courses/enterprise-blockchains-and-trade-finance
Other than these, we have certification courses to help you become a skilled professional in no time. Learn more about these courses from here ->
Certified Enterprise Blockchain Professional (CEBP) course https://academy.101blockchains.com/courses/blockchain-expert-certification
Certified Enterprise Blockchain Architect (CEBA) course
https://academy.101blockchains.com/courses/certified-enterprise-blockchain-architect
Certified Blockchain Security Architect (CBSE) course
https://academy.101blockchains.com/courses/certified-blockchain-security-expert
“What is Blockchain Technology?” – this is the question that more and more people ask nowadays. Learn more about blockchain:
http://pragmaticcoders.com/blog/what-is-blockchain/
This document provides an introduction to blockchain technology including general concepts, how it guarantees security, and technical details. It discusses how blockchain uses cryptography to store data in a growing list of blocks that are linked together to form a distributed ledger. This ensures security and privacy without centralized control. Examples of potential blockchain applications are also given such as smart appliances, supply chain management, smart contracts for industries like healthcare, music, and government, as well as identity verification.
An Introduction to Blockchain Technology Niuversity
Blockchain technology allows for a shared, replicated ledger of transactions that can be viewed by all participants. It enables peer-to-peer exchanges on a distributed network in a secure and non-repudiable way. Blockchain solves issues with monitoring asset ownership and transfers in a trusted business network by providing a permissioned, replicated shared ledger. It is not just for cryptocurrencies like Bitcoin but can be used for any form of asset registry, inventory, and exchange across different industries. The future potential of blockchain applications is still emerging as it will be applied experimentally to many aspects of society over the next few years.
Blockchain technology has the potential to improve healthcare by providing a secure and distributed method for managing health records and data sharing. It allows for real-time sharing of long-term patient data across providers while maintaining privacy. Blockchain could also improve supply chain management and clinical trials through increased transparency of transactions. Successful implementations of blockchain in healthcare include MedRec for patient records and projects in Dubai and Estonia. However, challenges include the need for legislation and standardization. The social impact could be placing patients at the center of their own healthcare data and empowering them through transparency.
Blockchain is a digital ledger that chronologically records transactions without privacy inclusion. Solidity is the main programming language used to write smart contracts for Ethereum blockchains. The blockchain works by broadcasting new transactions to all nodes, collecting transactions into blocks, nodes working to find proofs of work, broadcasting validated blocks, and creating the next block using the hash of the previous block. Blockchain can revolutionize transactions involving money, goods, property, and avoid fraud. It can make money transfers, property purchases, healthcare, and authenticating purchases more efficient. Blockchain types include public, private, and consortium blockchains. Advantages include transparency, security, efficiency while disadvantages include human error, slow speeds, and energy use. Applications include
The document provides an overview of blockchain use cases. It begins with remembering the key components of blockchain like blocks, miners, proof of work, and distributed ledgers. It then discusses public versus private blockchains and how private blockchains allow for control over participants. Several specific use cases are outlined, including smart contracts, proof of existence services, digital notarization of photos/videos, digital weddings, lottery systems, alarm clock apps, and banking operating systems. It is suggested that 2017 will be a year when more blockchain proofs of concept and pilots move into limited production and early adoption.
Blockchain technology and logistics managementJayakumar PP
Basic understanding of Blockchain Technology. Give special focus to the application of blockchain in Logistics Management and Supply chain. It covers the following topics
Introduction to the blockchain, The current situation in the logistics industry, The Blockchain technology - the paradigm shifter in logistics, Block Chian Technology - Explain technology aspects and features, Basics on Blockchain security, Blockchain capabilities and its advantages to the logistics industry, Value-added to the industry, Implementation challenges, Finally with the conclusion and one best practice with ship chain company.
1. What is Block Chain
2. How Does it Work
3. What are the key attributes of Blockchain
4. What are applications areas for Block Chain
5. What are the advantages and Disadvantages of Block Chain
Blockchain use cases in 2022 real world industry applicationsArpitGautam20
These are interesting predictions and real-world industry applications of Blockchain Technology that will take the world by storm in 2022! https://arsr.tech/blockchain-use-cases-in-2022-real-world-industry-applications/
Blockchain technology and its impact on the supply chain Artur Gowin
Disruptive technologies such as Artificial Intelligence (AI), Blockchain, Virtual/Augmented Reality, or the Internet of Things (IoT), have already revolutionized almost every industry in the world. The four main trends in the automotive sector are diverse mobility, electrification, autonomous driving, and connectivity.
I invite you to read the material on how Blockchain can revolutionize the Finished Vehicle Logistics market!
Evolving technologies and changes in user preferences require ICT regulators to react dynamically and in an agile manner to facilitate fair competition and protect consumers.
The lines between sector- and subject-specific regulators may need to be redrawn. In some cases, more specialised regulators may need to be established, eg a data protection agency or a spectrum agency.
Evolving technologies also provide ICT regulators opportunities to become more effective and fine-tune tools. Big data and advances in AI allow regulators to become agile and dynamic, enabling precision, evidence-based regulations.
FinTech is just short for financial technology and it refers to the application of technology in the financial industry. On the other hand, blockchain refers to the distributed ledger technology behind cryptocurrencies; it allows digital information to be distributed and each piece of data can only have one owner.
Merging supply chain and blockchain technologiesMohammad Amr
Technology has been playing a major role in our lives. One definition for technology is all the knowledge, products, processes, tools,methods and systems employed in the creation of goods or in providing services.This makes technological innovations raise the competitiveness between organizations that depend on supply chain and logistics in the global market. With increasing competitiveness, new challenges arise due to lack of information and assets tractability. This paper introduces three scenarios for solving these challenges using the Blockchain technology. In this work, Blockchain technology targets two main issues within the supply chain, namely, data transparency and resource sharing. These issues are reflected into the organizations strategies and plans.
Globalizing the world supply chain and the ibm blockchain platform short v.2LennartF
This document discusses how blockchain technology can help address inefficiencies in global supply chains. It provides examples of blockchain-based supply chain platforms from IBM, including Food Trust for food transparency and TradeLens for improving efficiency in global trade. Blockchain creates an immutable record that gives all participants visibility into transactions, replacing error-prone paper-based processes and data silos with a shared, trusted record.
The document discusses the potential benefits of blockchain technology for digital transactions. It explains that blockchain relies on consensus, smart contracts, and cryptography to create a decentralized ledger system that does not require trusted third parties. This could make transactions more efficient, less costly, and more secure compared to traditional centralized ledger systems. The document also provides several examples of how blockchain is being applied to areas like financial services, trade finance, real estate transactions, and the Internet of Things through companies in Singapore. However, it notes there are still uncertainties around security, implementation costs, and privacy that could limit blockchain adoption.
The document discusses the potential applications of blockchain technology. It summarizes how blockchain provides a decentralized ledger system that does not require trusted third parties, unlike centralized ledger systems. This is achieved through consensus, smart contracts, and cryptography. Some potential applications discussed include using blockchain for remittances, trade finance, financial services, and the Internet of Things. Blockchain could revolutionize industries by enabling low-cost digital transactions and automated processes.
This document discusses the application of blockchain technology in international logistics. It begins with an agenda for a presentation on this topic, including definitions of blockchain, global developments, industry applications, and benefits of implementation. It then describes DP World's Cargoes Datachain solution, which applies blockchain for supply chain data sharing, tracking shipping milestones, and facilitating automated processes. Benefits include near real-time secure data sharing across organizations and tracking every step in the shipping process. The key elements of blockchain discussed are the distributed ledger allowing a single record of transactions, use of smart contracts to automate processes, and immutable transaction records. Blockchain is suited for use cases involving multiparty data sharing where there is no mutual trust.
PropTech is the application of technology to improve real estate transactions, property management, and tenant experiences. While adoption has historically been slow, momentum is building as funding increases and the pandemic accelerates digital adoption. PropTech addresses key pain points across the industry through innovations like virtual leasing, digital underwriting tools, smart building technology, and mobile tenant services. The future of real estate is seen as digital, people-centric, intelligent, and sustainable as technologies optimize stakeholder experiences while reducing costs and environmental impact.
This document discusses how blockchain can be used to solve problems in the agricultural supply chain. It begins with explaining key blockchain concepts like distributed ledgers, consensus algorithms, and smart contracts. It then outlines issues farmers face like lack of transparency and financing. Blockchain could improve traceability, provide immediate payment, and give farmers direct access to market data and buyers. The document reviews companies applying blockchain for food tracing and financing farmers. It concludes that while adoption challenges remain, blockchain has potential to transform agriculture.
Blockchain technology allows users to transfer value or assets between each other without the need for a trusted intermediary. The internet allowed for the digital transfer of information; Blockchain allows for the digital transfer of value, using a distributed or decentralized ledger that is immutable, anonymous, and secure. Blockchain technology has also provided the verification and networking needed to enable “smart contracts”, which allow users to codify significant parts of a workflow process, agreement, or task. Blockchain technology has many applications, including solutions to problems in agriculture, including traceability of food products, finance, insurance, and supply chain transactions. Many companies are working on or have developed solutions in all of these areas that reduce agriculture industry transaction costs and create new networks.
Blockchain applications demand standard testing such as functional performance, integration, and security testing. In addition, testing teams must have these specialized testing capabilities including Smart Contracts testing and Node Testing. know how differently each industry is influencing Blockchain Testing capabilities.
Organizations are looking for secure and robust platforms to transparently share the information and build absolute trust for the end user.
Blockchain can help organizations maintain transparency through Decentralization with added security.
Adopting Blockchain can have certain challenges such as high energy consumption, integration issues, privacy and security issues.To overcome these challenges blockchain testing is important to implement
This document summarizes a seminar presentation on the Internet of Things (IoT). It first defines IoT as connecting embedded devices to the internet and integrating data analytics. It then explains how IoT works through sensors collecting data that is digitized and placed on networks for analysis and action. Finally, it discusses the importance of semantics for enabling data sharing and interoperability among billions of connected devices and some challenges of privacy, complexity, and environmental impacts.
2018 has been a roller-coaster ride for blockchain technology mostly at the hands of cryptocurrencies – blockchain’s main beneficiary. Extreme price volatility, unsuccessful ICOs, fraud, cyber security issues, and negative press around cryptocurrency would have all but killed most emerging technologies. But not blockchain.
Blockchain is entering into a new evolutionary phase with the help of tech giants like IBM, Amazon and Google who recognize the wider applicability of blockchain as a game changer in data storage, commerce, and security. Even cryptocurrency is showing promising signs as it moves out of the domain of overnight Bitcoin millionaires (and more who have lost fortunes when speculating on cryptocurrencies) to risk averse financial heavyweights such as Goldman Sachs and JP Morgan. Like the Internet, e-commerce, social media, and cloud computing before it, blockchain is on a fast track to become a ubiquitous technology.
This document provides an executive summary on the transformation of utility asset management due to new technologies like smart meters, sensors, cloud computing, predictive analytics, and the internet of things. It discusses how these technologies have created new sources of data that utilities must now integrate and analyze in real-time to improve asset management. The future of asset management will rely more on data-driven decision making using descriptive, predictive, prescriptive and adaptive analytics. This will allow utilities to move from reactive to proactive maintenance to improve reliability and reduce costs.
In this webinar Prof. Banafa will discuss in details the use of Blockchain in the following businesses: Insurance; Payments; Internet-of-Things (IoT); Supply Chain; Healthcare; Government; Identity; Advertising; Marketing; Banking.
The document discusses potential use cases for blockchain technology in the telecom industry. It outlines how blockchain could help streamline internal processes like billing and number portability databases. It also describes how blockchain could solve problems with roaming charges and authentication across networks by enabling the sharing of subscriber identity and billing information in real-time on a distributed ledger. Finally, the document predicts that the use of blockchain in the telecom industry will grow significantly in the next few years and eventually become standard practice.
Telecoms in a convergent world - Emerging issuesMartyn Taylor
Telecommunicationss in a convergent world; Big data and its implications; M2M and the Internet of Things; Digital content and video streaming; Growing use of strategic alliances
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Blockchain in supply chain conference Jul19 - Christina Patsioura
1. Blockchains & Supply Chains:
the perfect match
Athens, 2 July 2019
Christina Patsioura
Senior Research Analyst, Emerging Technologies, GSMA
2. Why Blockchain in real world applications
Why Blockchain in supply chains
What’s happening in the market
Use cases: food quality, number portability, land registry
Conclusions
Agenda
Open questions
3. Blockchain in real world applications
3 Key Benefits of
Blockchains
How different our daily lives can be
Fast execution of
transactions
Automated trust in
the application
• O fees for transactions
Instant exchange of goods and services, with 0 fees
• No need for ‘Ubers’ and ‘Airbnbs’
Users of sharing economy platforms transact directly with drivers
without needing to go through the ‘Ubers’
• Digitally secure, less cyberattacks and fraud
Easy to verify integrity of data and reliability of assets.
• Control of personal data (finally)
Individuals control who uses their data and can selectively allow for it
in exchange of a monetary benefit
• Incentivisation and rewards
Citizens are rewarded from their cities authorities for recycling
Track assets status in
real time and
historically
2/7/2019
4. Blockchain in real world applications
what matters
3 Key Benefits of
Blockchains
The promise of Blockchain for the Supply Chain
Fast execution of
transactions
Automated trust in
the application
Track assets status in
real time and
historically
Tariffs
Finished
products
Geodata
Partners
Assets
Data
Intermediaries
Suppliers
Quality
standards
Product
temperature
Manufacturers
Port
authorities
End users
Retailers
Compliance
authorities
Raw
material
Relationships
Access rights
Logistics SPs
Distribution
centers
Supply chain is the perfect fit for Blockchain
Information &
transactions flow
Elimination of intermediaries
through consensus
Peer to peer exchange of info,
goods and services
Cryptographic validation of
documentation
Dispute resolution thanks to
immutability
A “single view of the truth” in the
supply chain
Traceability of assets and
transactions
Digital (cloud, IoT)
Customs
operations
2/7/2019
5. What’s happening in the market?
What matters
• Implementations typically through BaaS.
All usual suspects are involved…
• Specialised companies expand scope of
applications.
Most prominent ones in identity management
and asset tracking.
• Tackling counterfeiting and fraud in the
commerce gain traction.
Emerging as the highest value add applications.
• Blockchain in the supply chain has cross-
sector applicability.
From transport and shipping to media, telecoms
and public policy.
Notable Vendors & Adopters
Blockchain-as-a-
Service (BaaS)
horizontal platforms
Assets tracking
& identity
experts
Food &
Pharma
Telecoms
Logistics, transport
and shipping
companies
2/7/2019
6. Why Blockchain in supply chains:
Walmart is tracking mangos
Food quality use case
Photo by Emma Van Sant, Unsplash
Objective
• Walmart was facing criticism and allegations over
food contamination scandals
• Needed to improve food quality and ensure
compliance in the supply chain
• Blockchain was implemented for the mango line
Data put on the
Blockchain
Outcome
• Products and orders details
• Quality assessment results
• Product temperature and other qualities while in
production and in transit
• Digital certifications
• Unit tracking was brought down to 2.2’’ from 1 week
• Impoved transparency and visibility on the chain
2/7/2019
7. Why Blockchain in supply chains:
Italtel on number portability
Blockchain for telecoms use case
Photo by: Daniel Mayer, Wikipedia
Objective
• Switching operators and still keeping the same phone
number is typically slow process in Italy
• Operators have to update databases
• Consumers get poor service and cannot benefit from
competitive offerings
Data put on the
Blockchain
Outcome
• Users’ phone number, identity and credit info
• Operators’ network and customer relationship info
• From a matter of days, the process is down to 3’’
• Quick ROI, expected to break even within a year
• Better services for consumers thanks to increased
competition in the countries telcos market
• Plans to make it to a European-wide solution
2/7/2019
8. Why Blockchain in supply chains:
Land registry in Sweden with Telia
Blockchain for public policy use case
What a blockchain-powered real
estate transaction might look like
Photo by: Lantmäteriet
Objective
• Swedish land registry authority wanted all its data and
services to be available digitally and paperlessly.
• Telia worked with the Swedish Land Registry
authority to create an open platform for digital land
and property registration, purchases and mortgages.
Data put on the
Blockchain
Outcome
• 3.2 million property units and owners
• Geodata, addresses, coordinates
• Registered mortgages
• The platform is used by buyers, sellers, banks, public
authorities, all of whom seamlessly transact through it
• The platform is based on the open data concept so
the public benefits from its use
2/7/2019
9. Conclusions: The opportunity is clear,
yet the commercial activity is still limited
Blockchain augments the digital supply chain.
Cloud, IoT, analytics and digital payments are the foundation
Two types of adopters are drawn in Blockchain: the tacticians and the FOMOs.
First, it’s about use case discovery and cost savings. Fear of missing out on the
disruptive potential is pushing people into adoption. FOMOs want to make an impact.
Companies proceed with great caution and concern.
The right mix of on-chain vs. off-chain will continue to be the preferred way forward.
Minimum viable products require minimum viable ecosystems.
Role of alliances is key. Synergies with transport, energy, food and pharma are being explored.
2/7/2019
10. How will adoption grow? Open questions
2/7/2019
Who governs Blockchain?
Hype or disruption?
Create the
Telcos’
Blockchain?
Or the Blockchain
for payments?
Decentralisation
Scalability
Security
Interoperability of Blockchains is key.
End goal is for users to not even
realise they are using Blockchain.
AI
5G
IoT
Solving the trilemma of decentralisation-scalability-security.
• Developers are doing the weightlifting and they need time
• Build on top of Ethereum, Hyperledger, BigchainDB, VS. build a
Blockchain from scratch.
Blockchain
‘The Internet of Trust’