Fraunhofer Institute for Material Flow and Logistics IMLBlockchain technology has the potential to fundamentally transform the supply chain. By providing a transparent, decentralized, tamper-proof, and verifiable system, it enables efficient traceability of goods and transactions. At a time when efficiency and security are critical to success, the implementation of blockchain solutions opens up new perspectives for optimizing supply chains.
Blockchain in the supply chain: technology & application
Blockchain for greater transparency and security in logistics
Blockchain technology is a groundbreaking key technology that will significantly shape the future of business. In logistics and supply chain management in particular, it is a driver of sustainable value creation and efficient processes. Blockchain technology is suitable for all areas of logistics in which multiple actors interact with each other and proof of this interaction must be provided, for example, the proper transfer of goods.
The tamper-proof storage of data on the blockchain enables companies to build trustworthy and transparent value creation networks and optimize them jointly. The use of smart contracts, i.e., decentralized computer programs executed on the blockchain, and the combination with cyber-physical systems in the Internet of Things enable increasing automation of value creation networks.
Unsere Dienstleistungen
We offer comprehensive services for the application of blockchain technology in companies. Our approach includes the identification of use cases, the development of new solutions and prototypes, and support for the entire innovation chain.
Find out about the possibilities for your company!
Harnessing the potential of blockchain technology
We unlock the full potential of corporate cooperation in the areas of production, logistics, and supply chain management. By identifying and analyzing use cases, we are continuously developing new opportunities for the use of blockchain technology in logistics.
Our services include both professional and technical expertise for the implementation of cooperative and sustainable value chains:
- Potential analysis: Support in identifying suitable use cases for blockchain technologies and other distributed ledger approaches in the areas of production, logistics, and supply chain management.
- Planning: Consulting on the creation of business models and requirements analysis for decentralized solutions, as well as on the selection of suitable technologies and frameworks.
- Design: Support in the design of blockchain-based solutions, including the development of project plans and the definition of functional and technical concepts.
- Development: Implementation of functional and technical concepts and validation of implementation to ensure the functionality and performance of the solutions.
- Piloting: Setting up and piloting blockchain networks and providing support for integration into existing systems.
- Continuous improvement: Collaboration with partners, including as an interface between industry and blockchain technology, to achieve continuous improvements to solutions, including the identification of new use cases and the integration of new technologies.
By working with us, you benefit from the combined knowledge of our partner network consisting of industry, research, and associations. In addition, we support you in identifying and implementing blockchain-based business models for your use case and offer customized development of blockchain applications on a scientifically sound basis.
Advantages of blockchain technology in the supply chain
The optimization of processes based on blockchain technology offers various advantages for the logistics industry, including in the following areas of application:
- Increased efficiency in production, logistics, and supply chain management through blockchain-based automation and autonomization.
- Establishment of sustainable, resilient, and transparent value creation networks.
- Increased transparency through proof of origin for products and traceability along supply chains.
- Development of innovative financing and incentive models along the supply chain through the use of decentralized finance (DeFi) solutions, e.g., by tokenizing real assets such as receivables or invoices.
Areas of application for blockchain and smart contracts
Blockchain technology has expanded beyond the financial industry into numerous other sectors and use cases. Among the most notable applications are:
Industrial Metaverse
The Industrial Metaverse connects digital twins, IoT data, and immersive technologies such as augmented reality (AR) and virtual reality (VR) to create a holistic, networked environment. This allows industrial processes to be planned and simulated virtually and optimized in real-time operation. Greater transparency across processes and resources improves decision-making, supports new forms of collaboration, and creates space for innovative services and business models. These include advanced solutions for route and warehouse optimization as well as for transport and picking processes, which help companies make their operations more flexible, efficient, and resilient.
Decentralized physical infrastructure networks (DePINs)
Decentralized physical infrastructure networks (DePINs) connect the digital and physical worlds by creating an ecosystem of decentralized applications that offer incentives in the form of tokens. These tokens motivate individuals or groups to build and operate physical infrastructures. Examples include the Charge project, which provides charging infrastructure for electric vehicles, and Helium, which is building a network for wireless communication.
Decentralized finance (DeFi)
Decentralized finance (DeFi) describes an alternative financial infrastructure based on smart contracts that replicates existing financial services in an open, transparent, and interoperable manner. The total value locked (TVL) in DeFi protocols, which has exceeded $100 billion since January 2026, demonstrates the growth and acceptance of these new financial models.
Web3
Web3 describes the third generation of the internet and integrates concepts such as decentralization, blockchain technology, and token-based economic models. It enables a user-centric data economy in which individuals retain control and privacy over their own data. This form of self-determination opens up new opportunities for the economic use of their data, for the sovereign management of their digital identities, and for active participation in the co-determination of digital platforms and applications. In logistics, these principles can be implemented, for example, in the form of data cooperatives, which enable secure, cooperative, and economically sensible data sharing along supply chains.
In addition to the areas mentioned, blockchain technology is also used in supply chain tracking, in healthcare for managing patient data, and in the arts for authenticating digital artworks through non-fungible tokens (NFTs). These applications illustrate the potential of blockchain to transform various sectors and enable new business models.
Our expertise in blockchain technology
- Use of blockchain technology for sustainable, resilient, and efficient value creation networks
- De facto standards for blockchain software components
- Interface connectivity (e.g., IoT integration and legacy systems)
- Asset tokenization (e.g., industrial NFTs) and token economics (Web3)
- Pilot networks: Tendermint/Cosmos, Hyperledger Besu and Quorum (blockchain) as well as Corda (DLT)
- Governance and economic analysis
“Blockchain technology is revolutionizing logistics by ensuring transparency and traceability in the supply chain. This enables companies to build trust and cooperate with each other in a secure environment.”
Dr. Maximilian Austerjost, research associate in the field of blockchain at Fraunhofer IML
Making logistics transparent, secure, and sustainable – with blockchain technology!
Do you need support in implementing blockchain technology in your logistics processes? Our team is always available to assist you. Contact us!
Blockchain in action: our references
Proof of origin for hydrogen
In the research project “DUH-IT”, the use of blockchain technology is intended to ensure the necessary transparency and traceability along the value chains of green hydrogen.
FAQs on the use of blockchain in logistics
What is a blockchain?
A blockchain is a decentralized, public or private data storage system that stores information in the form of blocks and links them together in a tamper-proof manner. This technology enables data to be stored securely, transparently, and immutably, promoting trust and traceability in various applications, such as supply chains or emissions trading.
What is blockchain in logistics?
Blockchain has the potential to make logistics more transparent, secure, and efficient. Companies that do not necessarily know each other can be networked with each other through the technology and build trust in each other.
This is because blockchain technology allows companies to manage and synchronize their material, information, and financial flows in a traceable manner, even in decentralized networks. In addition, blockchain enables seamless tracking and documentation of products and materials, with data exchange that is tamper-proof and autonomous.
How does a blockchain work?
A blockchain works by using a decentralized network in which transactions are stored in blocks. The blockchain does not run centrally on one infrastructure, with network participants having access to a copy of the blockchain. Each block contains a list of transactions and is cryptographically linked to the previous block, creating a chain. This structure makes the blockchain secure and tamper-resistant, as changes to one block would also require changes to all subsequent blocks, ensuring the integrity of the data.
What are the four types of blockchain?
Blockchain technology can be divided into four main types: public, private, consortium, and hybrid blockchains. Public blockchains, such as Bitcoin, allow anyone to participate and validate transactions, while private blockchains only grant access to authorized users, making them attractive to businesses. Consortium blockchains are controlled by a group of organizations, and hybrid blockchains combine elements of both types to offer flexibility and control.