Blockchain based Information Architecture for Medical Product Supply Chain
Budget: ₹750 – ₹1,250 INR
The medical product supply chain is the most
complex and fragmented of all supply chains. The production is
found all over the world. A lot of manufacturer and retailers are
difficult to identify and track. For all the participants in the
product supply chain this creates uncertainty and risk.
Mitigating this uncertainty comes at a quality, and the outcome
may still be insufficient. Examples of problems that have been
difficult or impossible to solve with current technologies include
establishing reliable provenance and preventing fraud and
counterfeiting. These issues can have knock-on effects on public
health and the environment, and reduce financial costs of
unnecessary recalls of Medical products. To overcome the above
challenges, a blockchain based Medical Product traceability
system is proposed in this study, to achieve the following: To
integrate blockchain technology for effective and efficient
traceability, and to support shelf life adjustment and quality
decay evaluation for improving quality. For the sake of better
computational load, the blockchain is modified as a lightweight
blockchain to be associated with cloud computing to support
monitoring, and can be analysis after the whole life cycle of
traceability to release computational resources of the system. By
using a collection of reliable data, the decision support in
product quality can be made by using fuzzy logic to determine
adjustment of shelf life, rate, and order of quality decay,
according to different situations for each batch of perishable
products at processing sites. Therefore, the proposed
traceability model is extended to the modern Medical Product
supply chain environment, resulting in reliable and intelligent
monitoring, product tracking, and quality assurance.
complex and fragmented of all supply chains. The production is
found all over the world. A lot of manufacturer and retailers are
difficult to identify and track. For all the participants in the
product supply chain this creates uncertainty and risk.
Mitigating this uncertainty comes at a quality, and the outcome
may still be insufficient. Examples of problems that have been
difficult or impossible to solve with current technologies include
establishing reliable provenance and preventing fraud and
counterfeiting. These issues can have knock-on effects on public
health and the environment, and reduce financial costs of
unnecessary recalls of Medical products. To overcome the above
challenges, a blockchain based Medical Product traceability
system is proposed in this study, to achieve the following: To
integrate blockchain technology for effective and efficient
traceability, and to support shelf life adjustment and quality
decay evaluation for improving quality. For the sake of better
computational load, the blockchain is modified as a lightweight
blockchain to be associated with cloud computing to support
monitoring, and can be analysis after the whole life cycle of
traceability to release computational resources of the system. By
using a collection of reliable data, the decision support in
product quality can be made by using fuzzy logic to determine
adjustment of shelf life, rate, and order of quality decay,
according to different situations for each batch of perishable
products at processing sites. Therefore, the proposed
traceability model is extended to the modern Medical Product
supply chain environment, resulting in reliable and intelligent
monitoring, product tracking, and quality assurance.