Trading on Hyperliquid: The Future of High-Efficiency Markets

The financial markets are undergoing a silent revolution as next-generation platforms redefine what's possible in trading execution. Trading...

Showing the invisible: Using Fischertechnik Models to Make the Integration of Industrial Processes Visible

In contrast to the majority of applications, software used in data integration often doesn’t have a nice, intuitive...

B2B E-Commerce Part 4 – Intelligent Systems Integration in E-Commerce

The first part of our blog series on systems integration for e-commerce was an e-commerce 101. The second...

From Drivetrain to Blockchain: transparency in the automotive supply chain

Blockchain is increasingly becoming more widespread in its use outside of just the financial services industry. Providing the...

What is edge computing, and why is edge computing important for processing real-time data?

Edge computing is cutting-edge technology that is transforming the way we process data in digitally networked ecosystems. But...

IoT Challenges and Industry 4.0

The opportunities that IIoT and Industry 4.0 solutions offer for businesses are manifold. However, there are a number...

Digital Value Chains are Transforming B2B-Integration – From EDI to IDS?

Digital transformation is changing the entire value chain. Data is increasingly becoming a commodity. As data-driven business models...

Artificial Intelligence and the SEEBURGER BIS

Artificial intelligence is playing an ever greater part in our everyday lives. Intelligent systems are behind ever more...

Using Real Time Data in Smart Manufacturing

We are currently in the fourth industrial revolution, which is characterised by widespread digitalisation and connecting all manner...

OPC UA as standard for IIoT applications

OPC UA – a standard for the exchange of industrial process data with increasing importance. The SEEBURGER Business...

Цифровые близнецы энергосистем: интеллектуальное будущее электроэнергетики

Современные энергосистемы сталкиваются с беспрецедентными вызовами: рост доли возобновляемых источников, усложнение сетевой топологии, необходимость обеспечения устойчивости к киберугрозам....

Is Your Track & Trace Solution Real-Time or a Waste of Time?

Tracking and tracing parts throughout the automotive supply chain used to be a case of ship and forget...

e-works Industry 4.0 visit to SEEBURGER

The Chinese delegation from e-works visited Bretten on 1.4.2019. As part of their Industry 4.0 company visits, a...

Smart Services – from passive to active (I)IoT applications

IoT applications have so far mainly been used in connection with networking and analysis of field and operational...

Communication Standards in IoT and IIoT

For seamless communication between applications, devices and machines and with corporate IT systems, a uniform communication basis is...

Green Logistics: How Digitalization is Driving Sustainability in Logistics

Can digitalization help drive sustainability in the logistics sector? Oh yes! This is not merely possible, but in...

Procurement 4.0 – Purchasers as Innovation Scouts

Did you know that procurement processes have a particularly important role in a company’s digital transformation to an...

Predictive Maintenance – Part 1: Predictive Maintenance 101 – What Is It and Where Is It Used?

Sooner or later, components in constant use start to wear out. You need to repair or replace them...

Information Security in Mechanical and Plant Engineering

Information security in data exchange and integration along the entire value chain in mechanical and plant engineering presents...

Interoperability – a core requirement of industry 4.0

On the road towards Industry 4.0, companies modernize their IT infrastructure and the digitalization of business processes to...
  • William
  • Blog

From Drivetrain to Blockchain: transparency in the automotive supply chain

Blockchain is increasingly becoming more widespread in its use outside of just the financial services industry.

Providing the capability to track raw materials through their lifecycle of being made into components and then delivered to the automobile assembly line, is incredibly powerful. Guaranteeing the authenticity of those parts and the working credentials of the companies that made them is invaluable, e.g. working conditions, human rights, environmental protection, safety, business ethics etc. This is made possible by utilising the power of blockchain’s distributed electronic ledger capability.

Adoption of blockchain technology is still in its relative infancy. Having now spread wider than its original use as a public transaction ledger for bitcoin, the benefits are being realised increasingly by more industries outside of financial services, including automotive.

Blockchain is increasingly becoming more widespread in its use outside of just the financial services industry. Read how Mercedes-Benz in partnership with contract management software provider Icertis is utilising blockchain for improving transparency in its supply chain.

Having been involved in providing supply chain solutions for ~30 years, SEEBURGER expect the benefits of blockchain to gradually (at first) work their way into more mainstream EDI / E-Invoicing solutions, particularly with regards to smart contracts that are able to create invoices that pay themselves when a shipment arrives. This will be accomplished by embracing API’s (Application Programming Interfaces) to utilise the underlying power of distributed electronic ledger technology such as blockchain.

Blockchain is not just a hype technology, it is starting to deliver real-world benefits outside of the financial services market, particularly in the areas of supply chain in the automotive industry. Read more about SEEBURGER’s vision of blockchain here or contact us directly.


Source: https://blog.seeburger.com/from-drivetrain-to-blockchain-transparency-in-the-automotive-supply-chain/

Inline Feedbacks
View all comments
guest