How can the aviation industry enhance safety, improve maintenance efficiency, and foster transparency across the supply chain?
We have decided to further explore these issues in light of our PLM know-how and demonstrate how digital innovations can contribute.
Key Highlights:
1. Aircraft part Traceability: we first define traceability as the ability to accurately track and trace the history, location, and movement of individual aircraft parts throughout their lifecycle.
2. Challenges in traditional systems: It addresses the limitations of current tracking and recording systems, including paper-based processes, record accuracy issues, and physical security concerns.
3. Digital Traceability benefits: digital traceability enhances helps enhance safety, improves maintenance efficiency, ensures regulatory compliance, and optimises inventory management.
4. Emerging technologies: Blockchain, IoT, PLM systems, and AI can revolutionise traceability in aviation, offering real-time monitoring, predictive maintenance, and enhanced decision-making capabilities.
5. Digital Product Passport (DPP): digital traceability in can be key in supporting the DPP initiative, promoting circular economy practices in the aviation sector.
"By leveraging advanced technologies such as blockchain, IoT, PLM, and AI, the aviation industry can enhance safety, improve maintenance efficiency, and foster transparency across the supply chain" state the authors, highlighting the transformative potential of digital innovations in aviation"
This white paper demonstrates our commitment to driving innovation and efficiency in the aviation sector. We feel it provides valuable insights for industry professionals seeking to streamline traceability processes, mitigate risks, and elevate operational standards. To access the full white paper and learn more about the future of traceability in aviation, please click here
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