Distributed ledger technology (DLT) like blockchain allows for the decentralized and secure sharing of data across a network without intermediaries. Blockchain enables trustless transactions through transparency and consensus. Non-fungible tokens (NFTs) represent unique digital assets using blockchain. Blockchain facilitates collaboration in distributed manufacturing by allowing different organizations to securely share data in real-time, improving supply chain visibility, operational efficiency and quality control through processes like automated smart contracts and end-to-end traceability.
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Blockchain Smart Manufacturing .pdf
2. John Ward Founder & CEO of ServBlock
Blockchain & Smart
Pharmaceutical Manufacturing
3. Introduction – What is Distributed Ledger Technology?
• Distributed Ledger Technology (DLT) is a decentralized system for
recording, storing, and sharing data across a network of computers,
called nodes, without the need for a central authority or intermediary.
• DLT offers increased transparency, security, and resilience compared to
traditional centralized systems. Blockchain is a prominent example of
DLT
4. Introduction – What is a Blockchain?
• Blockchain is a decentralized, digital ledger technology that securely
records transactions across a network of distributed computers, called
nodes.
• The transparency, immutability, and consensus-driven nature of
blockchain make it ideal for applications such as supply chain
management, and secure data storage.
• It enables trustless transactions, reducing the need for intermediaries
and providing enhanced security, traceability, and efficiency
5. Introduction – What is an NFT?
• A Non-Fungible Token (NFT) is a unique, indivisible, and non-
interchangeable digital asset that represents ownership of a specific
item or piece of content. NFTs are built on blockchain technology, which
provides a decentralized, secure, and tamper-proof way to verify their
authenticity and provenance.
• Each NFT has a distinct identifier that distinguishes it from other tokens,
even if they represent similar items.
14. Introduction – Smart Contracts
• A self-executing contract with the
terms of the agreement directly
written into code.
• Smart contracts are built on
blockchain technology which allows
for secure, transparent, and
decentralized transactions between
parties without the need for
intermediaries or legal entities.
15. Blockchain for Distributed Manufacturing
• Blockchain is an enabler of
distributed manufacturing due to its
unique properties, which facilitate
collaboration, data sharing, and
process automation across multiple
companies, manufacturing facilities
and locations
16. Key Benefits for Distributed Manufacturing
• Enhanced Supply Chain
Transparency and Traceability
• Improved Operational Efficiency
and Cost
• Strengthened Compliance and
Quality Control
17. Decentralization
• Allows for distributed decision-making
and operations
• Advantageous for distributed
manufacturing, as it enables a seamless
and secure exchange of information
between different manufacturing units
• Better coordination and increased
efficiency
18. Data Security and Integrity
• Tamper-proof and secure digital ledger,
blockchain ensures that the data shared among
different manufacturing facilities and companies
• Enhancing trust among stakeholders
• Maintaining quality and operational efficiency in a
distributed manufacturing environment
19. Automation Through Smart Contracts
• Smart contracts can be used to
automate production planning,
scheduling, inventory management, and
quality assurance processes.
• This automation leads to standardization
across different manufacturing facilities,
improving overall efficiency and
reducing human errors
20. Real-time Collaboration and Traceability
• Enables end-to-end traceability of products
and components throughout the distributed
manufacturing process
• Provides a comprehensive view of the
entire production process. This visibility
allows stakeholders to identify bottlenecks,
inefficiencies, and potential risks, enabling
them to optimize operations and make
more informed decisions
21. Summary
• Decentralization: Seamless and secure exchange of information between manufacturing
units, enabling better coordination and increased efficiency
• Data Security and Integrity: Tamper-proof and encrypted data sharing, ensuring
consistency and reliability across different facilities
• Collaboration with Permissioned Access: Controlled data sharing among
stakeholders, enhancing collaboration while maintaining data privacy and security
• Smart Contracts: Process automation and standardization, improving efficiency and
reducing human errors
• End-to-End Traceability: Comprehensive visibility throughout the production process,
enabling optimization, risk mitigation, and informed decision-making
22. Too Long; Didn’t Read
• Blockchain is not Crypto
• NFTs are more than expensive pictures
of monkeys
• The true value of blockchain lies in
enabling distributed manufacturing