الفهرس 
Gold Production Life CycleOnly 14 pages are availabe for public view
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Abstract
Blockchain technology has an influential role in multi-step transactions. Blockchain technology’s availability of new solutions and innovations has made a fundamental business change. It contributes to the development of many decentralized applications for all domains. We focus on its effect on production process data from the actual inventory of gold bullion and all other types of precious metals such as silver, copper, lead, zinc, cobalt and nickel.
This thesis provides a model based on the private blockchain permissioned system with the Hyperledger fabric platform based on the consensus Federated Byzantine Agreement (FBA) in recording and monitoring the results of the mineral exploration process in rocks and the result of the process data analysis of atomic absorption to prevent any manipulations. It achieves a remarkable level of scalability, transparency and safety. highlights the importance of this emerging technology and how to protect the gold and precious metals industry from looting .
POA consensus protocol for Hyperledger Fabric platform with the number of validation nodes is 1000 and changed workloads, transaction throughput is 80 TPS, transaction block validation takes 5-8 seconds
Increased TPS count from 80 to 4000.
Latency time using the FBA consensus protocol has been reduced from 5-8 seconds to 5-6 seconds.
With 1000 validation nodes and variable changed workloads, transaction throughput is 4000 TPS and validation of transaction block takes 5-6 seconds