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How Companies Worldwide are Using Blockchain Technology in Their Manufacturing Processes

  • By  [x]cube LABS

  • Published: Apr 23 2020

5. Elevated customer engagement

Blockchain databases can be analyzed and used to create forecasts and predictions- not only to resolve the lags in the supply chain but also to elevate customer experience by ensuring transparency of product origin and manufacturing process. For example, grocery stores can make certain information accessible to customers such as the origin of supplies proving that the food was grown organically.  Sharing such data creates transparency, which ultimately results in loyalty and long-lasting customer relations.

6. Improved data security

Communicating information such as invoices and contract details in any supply chain can be very risky using traditional mehtods.  This is where Blockchain helps to keep the information secure with the best cryptography techniques.  Since information blocks are nothing but chronologically stored copies of documents that are linked to the previous block, the chances of information getting hacked is eliminated.

7. Automated supplier payments

Blockchain facilitates the transfer of funds directly between the payer and payee in any corner of the world, quickly and in a secure manner. The wait time of even an hour is eliminated- it is as quick as that! As soon as the digitally-secure transaction data becomes a part of blockchain agreements and your network agrees to the terms and conditions, smart contract automatically begins the payment process.

8. Reliability of supplies

Manufacturers heavily rely on the quality of supplies that they purchase. Suppliers that are reputable, increasingly want their brands to be recorded and known. This need is met with the help of blockchain technology where manufacturers can get information on suppliers, so that they are sure that they get what they ordered and that those supplies are in good shape, without defect. Implementation of smart contracts also guarantees standards, protects intellectual property, and provides for secure payments.

9. Blockchain for manufacturing plants

Some manufacturing plants already use IoT and machine learning for scheduled maintenance. Coupled with blockchain technology, the information related to lifespan of machine parts can be recorded and stored in a blockchain network and replacement parts can be ordered by smart machines and paid for on a scheduled basis. This reduces downtime when machines break down and parts need to be ordered manually-making predictive maintenance more effective. Manufacturers can store their data in the blockchain network and use it to correlate their ERP systems with their suppliers’ systems.

10. Warrant Management

Companies face many challenges in managing warranties- false claims, fake products,  misunderstanding about coverages and more.  It becomes essential for manufacturers to prevent fraud, minimize costs, while also delivering a superior customer experience.

Blockchain can help streamline the warranty lifecycle by bridging the information gap between manufacturers, warranty providers and other participants in the supply chain and tightly securing the chain of custody, ensuring no counterfeits make their way into the supply chain and no fraudulent claims are filed.

How companies worldwide are using blockchain technology in their manufacturing processes

To tackle the many challenges faced by manufacturers across the globe, some companies already started to explore the potential use cases of blockchain.

  • Samsung Electronics built a distributed ledger system to track international shipments  and aimed to reduce their shipping costs by 20%. According to a Bloomberg report, the blockchain-based system is hoped to allow the firm to reduce overheads such as costly shipping documentation, and allow it to respond more quickly to market movements.
  • IBM Blockchain is an initiative that promotes transparency and accountability in the supply chain. The stakeholders involved in shipping and logistics can use a shared ledger that can automatically update a process as it occurs-enhancing the trust across the supply chain network and building a trusted platform for collaboration.
  • The U.S. Air Force collaborated with blockchain as a service company, SIMBA Chain, to enhance security in additive manufacturing. The U.S Navy Department also used blockchain to control their 3D printers.
  • Maersk, the world’s largest container shipping company, uses blockchain technology to exchange event data and handle document workflows across manufacturing supply chains.
  • Bank of America Corp. and Mastercard, Inc. have moved to adopt blockchain technology and have over 48 blockchain-related patents and applications.

Conclusion

We discussed just a few use cases of blockchain for the manufacturing sector. The technology still has a long way to go before it is widely implemented and there are of course, many challenges such as standardization across the industry and more. But one thing is affirmative-  blockchain has the potential to transform how manufacturers do business. It is poised to revolutionize the slow moving, unsecure, manual system to a digital, secure, fast and automated network that can be operated on a single platform.

We can expect to see more blockchain in process alteration, payment transfers, supply chain tracking, warranty management and more- until we see a complete decentralized manufacturing system eventually. Even though we see the blockchain revolution mainly happening in white papers and documentation for now, but, as more and more companies are piloting its use cases to disrupt the manufacturing industry, we can be sure that soon most of the companies will embrace it in an attempt to survive as the fourth industrial revolution unfolds.

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