Blockchain and 3D printing are reinventing aerospace supply chains

Blockchain takes to the skies as aerospace companies begin to make use of blockchain and 3D printing to streamline their supply chains

Blockchain, like many other emerging technologies, is enthusiastically touted as a solution to many of the world’s problems. Perhaps because of its relation to cryptocurrency or the narrative prophecies that surround them both, blockchain draws both criticism and praise from a staggering array of sectors.

Blockchain and 3D Printing Are Reinventing Aerospace Supply Chains

However, with the big blockchain push from Chinese President Xi Jinping along with many tech, finance and industry giants piloting blockchain implementation, the number of use cases grows with each passing day. While cryptocurrency more often draws ire from the mainstream financial world, it seems that for blockchain, the sky’s the limit — but not for long.

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Air New Zealand trials blockchain for 3-D printed aircraft parts

Air New Zealand has trialed a blockchain system from aircraft-parts maker Moog. The solution supplied a 3D-printed replacement part for a flight from Auckland to Los Angeles, The Wall Street Journal (WSJ) reported yesterday.

air new zealand aircraft

Moog’s system uses a combination of blockchain and 3-D printing to expedite the parts replacement process and comply with aviation regulations by ensuring it’s an approved design.

“The idea is that I’m going to stock those parts digitally and turn them into physical goods when I need them,” said George Small, the CTO of Moog told the WSJ. The firm achieved $2.9 billion dollars in sales for 2019.

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Is blockchain 3D printing’s guardian angel?

Nowadays, wherever there is an opportunity for technology to boost efficiency or lower costs in businesses, there is a new cybersecurity threat to even out the benefits.  

3D printers are as vulnerable as any other connected componen

That’s especially true in the coming age of ‘Industry 4.0’, where the introduction of new, connected IT alongside legacy equipment can bring its own set of unforeseen vulnerabilities.

Forecast to be worth US$21 billion by 2021, 3D printing is becoming a key component in next-gen manufacturing. Today, brands as large and diverse as Boeing and Heineken are using the process of additive manufacturing to create bespoke parts overnight.

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How will AI, blockchain and 3D printing change global supply chains?

This is the second of a two-part conversation with Gary Gereffi, director of the Global Value Chain Center at Duke University, on the future of global supply chains. In the first piece, we looked at the impact that protectionism is having on global value chains. Today, we focus on the impact of technology and the changing U.S.-China relationship.

BRINK: You’ve talked about how we should be thinking of value chains and supply chains in regional rather than global terms. Why?

Gary Gereffi: In complex industries, no single country has the capabilities to produce all of the parts of a product. If you take something like an automobile that has about 20,000 parts, the most efficient industries are actually set up on a regional basis. For example, the U.S. automobile industry is really a North American industry, where U.S. companies are very tightly intertwined with suppliers in Mexico, Canada and even Central America to form a regional supply chain that can produce a very large share of the components needed.

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Major 3D-printing breakthrough could keep design pirates at bay

Trying to prove who designed and built what in 3D printing was envisaged as costly to major manufacturers, until now.

The amazing aspect of 3D printing is that anyone, anywhere, with the right equipment, can print and build an object almost identical to an already existing one.

A clear 3D-printed dome containing a variety of dummy and real QR codes.

While this sounds great in theory, for major manufacturers it creates one major headache: how do you prove a design is yours?

Not only that, but what liability does a company have if someone steals its design, creates a poorly made copy and it leads to a major accident?

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Researchers investigating the use of blockchain to increase efficiency in the 3D printing industry

Blockchain, the underlying technology of decentralized cryptocurrency Bitcoin, makes it possible for all members of a network to process transactions in a decentralized, transparent manner that is free from tampering. The technology stores a series of data sets, or blocks, containing transactional data, through an individual concatenation (hash values) on the preceding set. This forms a connection, or chain, between the blocks, which are then stored within the data set in a secure transfer.

Recently, we’ve been seeing increased interest in incorporating Blockchain technology into the 3D printing industry, from being used in a military testing capacity to storing data of 3D printed aircraft parts. A pair of researchers – Wjatscheslav Baumung from Germany’s Reutlingen Universityand Vladislav V. Fomin from both Vilnius University and Vytautas Magnus University in Lithuania – are looking to increase efficiency in the 3D printing business world by incorporating Blockchain.

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Industrial giant GE eyes blockchain in fight against 3D-printed fakes

Industrial conglomerate General Electric (GE) wants to use a blockchain to verify 3D-printed parts in its supply chain, according to a recently-published patent filing.

Released by the U.S. Patent and Trademark Office (USPTO) on June 21 and submitted last December, the application outlines a method for integrating blockchains into additive manufacturing – commonly known as 3-D printing – to create a database that validates and verifies the  manufacturing process.

In other words, the technology would enable the company to create a blockchain-based manufacturing history that can help with tracking and authenticating 3D-printed objects.

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LINK3D announces first integration of blockchain technology for 3D printing


At RAPID + TCT last week, additive manufacturing (AM) software solutions company, LINK3D announced the first ever integration of blockchain technology for AM in its flagship SaaS product, Digital Factory.

Building on the need for a traceable digital thread throughout the full AM workflow, LINK3D says the need for file integrity and traceability is a priority for AM processes. The integration will offer data governance, provenance, auditability and validation through a range of applications including:

  1. File integration, IP integrity, DRM: Blockchain technology can be used to track origination of each design file and its evolution.
  2. Facility matching / authentication: Service Bureau capability can be stored on Blockchain and orders can be pre-verified.
  3. Supply chain and logistics tracking: Once the part is shipped, the package can be tracked to ensure that it is opened by the correct parties.
  4. Real-time data from machines: Logs from machine can be stored in an immutable way for forensics during recalls and for traceability.

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U.S. Navy Considers a 3D Printer Blockchain Technology Connection

3d printerThe U.S. Department of the Navy has revealed its interest in Blockchain as a technology to secure data transfer during additive manufacturing processes.

Blockchain technology is no longer restricted to FinTech, financial institutions, and cryptocurrency adepts. The range of its applications is so wide that the U.S. Army is also showing interest in this technology to accompany its own additive manufacturing enterprise.

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Wipro set to secure manufacturing processes with blockchain system

Global information technology company Wipro is developing manufacturing applications that are built upon a blockchain and targeted at 3D printer systems.

A chain of blocks?

Speaking to Automation World, Wipro’s general manager and business unit leader – Sanjeev Ramakrishnan explains how Wipro has developed a blockchain system with four main offerings. These include measures for anti-counterfeiting, aerospace certification, supply chain and additive manufacturing.

Wipro3D currently offers metal 3D printing services. Image via Wipro3D. Blockchain as a decentralized network, resilient to malicious data tampering is seen as advantageous for data security and integrity. With cybersecurity increasingly making headlines, such characteristics are understandably appealing.

Next generation cryptocurrencies such as the Ethereum platform have added another level of sophistication to blockchain, for example the ability to execute scripts that permit automated negotiation via smart contracts.

Wipro’s additive manufacturing arm, Wipro3D recently partnered with US 3D printing consultancy firm Print Form to expand the company’s global 3D printing operations.

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