- Executive Title: "Using$\text{Blockchain}$(DLT) to enhance transparency in$\text{Supply Chain}$and certification of engineering documents"
- Subtopic (Technical/Focus): "Application$\text{Distributed Ledger Technology}$(DLT) for verification of the source of spare parts and the validity of the certificate"
- Engaging Title: "Cannot be counterfeited:$\text{Blockchain}$How to build confidence in the management of spare parts and technical documents"
2. 📝 Content Outline
This content will explain the decentralized ledger technology ($\text{Distributed Ledger Technology - DLT}$) also known as$\text{Blockchain}$How can it be applied to address issues of transparency and counterfeiting in supply chains and engineering documents?
2.1. Challenging issues in$\text{Supply Chain}$original
- Lack of transparency: Each stakeholder (manufacturer, carrier, customer) has information in silos, making it difficult to track goods or parts along their journey.
- Counterfeit goods ($\text{Counterfeits}$): A major problem in high-priced spare parts, especially in the aviation or marine industries, affecting safety and warranty coverage.
- Document management: Verifying the validity of quality certificates, certificates of origin, or engineering test certificates is time-consuming and susceptible to counterfeiting.
2.2. Working principles of$\text{Blockchain}$In solving the problem
- $\text{Immutability}$(Improsibility): When information (such as spare parts details,$\text{Transaction}$The transfer of ownership) is recorded in blocks and cannot be edited retrospectively, creating a reliable historical record.
- $\text{Decentralization}$(Decentralized): The data is not stored on a single server but distributed among all network participants, making it difficult to attack or tamper with by any single individual.
- $\text{Smart Contracts}$(Smart Contract): Used to perform automated actions when specified conditions are met (e.g., automatically issuing a receipt when goods arrive at their destination).
2.3. Application$\text{Blockchain}$In two main aspects
- Spare parts management ($\text{Spare Parts Tracking}$):
- $\text{Traceability}$(Traceability): Record the unique code of the part (eg.$\text{Serial Number}$) into the blockchain from the production stage, allowing for verification of the true source to confirm that it is authentic.
- Transfer of ownership: Transparently record the change of ownership of parts from manufacturer to final user.
- Engineering document review ($\text{Certification}$):
- Certificate Validity: The company issues the quality certificate ($\text{Certificates}$) with a digital signature (Digital Signature) and record$\text{Hash}$The document is stored in the blockchain, allowing auditors to instantly verify the document's authenticity.
- Reduce paper: Switch to reliable digital documents, eliminating the hassle of managing paper documents.
2.4. Benefits and considerations
- Increased Reliability: Build confidence in the quality and source of spare parts.
- Improved efficiency: Reduce delays in document verification and processing.$\text{Supply Chain}$
- Challenges: Initial implementation costs, compatibility with legacy systems, and building collaboration among industry stakeholders.
Core Technology:
$\text{Blockchain}$, $\text{DLT}$ (Distributed Ledger Technology), $\text{Smart Contracts}$,$\text{Immutability}$,$\text{Decentralization}$
Application Area:
$\text{Supply Chain}$,$\text{Logistics}$, Spare parts management ($\text{Spare Parts}$), Engineering document review
Key Features:
Transparency ($\text{Transparency}$), traceability ($\text{Traceability}$), Anti-counterfeiting ($\text{Anti-Counterfeit}$)
Documents/Assets:
Quality certificate ($\text{Certificates}$), digital documents,$\text{Asset Tracking}$
Problem Solved:
$\text{Siloed Data}$,$\text{Lack of Trust}$,$\text{Counterfeiting}$
