Volvo Group said it has been testing a proprietary cryptocurrency within an internal blockchain project designed to simplify transaction flows between the company and its suppliers. The disclosure came from Ivan Branco, Volvo Group’s head of information management, AI and analytics, during an interview with the Cardano Foundation.
The pilot is centered on a closed blockchain environment involving Volvo, material suppliers and transport suppliers. Volvo described the work as an internal exploration. It has not launched a publicly traded token and has not announced any entry into the public cryptocurrency market.
Based on the details released so far, the proprietary digital asset is meant to operate inside that closed network and help supply-chain participants process transactions and synchronize records. Volvo has not disclosed the token’s technical structure, the blockchain network behind it, whether the test involves transfers of real economic value, or when broader deployment could happen.
Closed-network design targets settlement friction
The project is aimed at a familiar problem in large-scale manufacturing: fragmented data and complex coordination across many parties. Car and commercial vehicle production depends on a wide range of materials, components, logistics providers and cross-border suppliers. Payment records, delivery confirmations, compliance documents and performance data often sit in separate enterprise systems.
If those parties can share transaction records within a single closed blockchain environment, the process could reduce reconciliation work, dispute handling and repeated data checks. In that setup, Volvo’s proprietary cryptocurrency could serve as a transaction medium inside the network, supporting supplier payments and multi-party settlement.
That model is different from public stablecoins or exchange-issued tokens. The emphasis here is control between the enterprise and its partners. For Volvo, a closed architecture may also preserve permission management, protect commercial data and support compliance review while the company tests whether blockchain can improve supply-chain finance efficiency.
Traceability and compliance are also part of the project
Volvo is looking beyond supplier payments. The company is also studying how blockchain could be used in supply-chain records, product traceability and compliance management. Branco said it is not easy to track the origin of a single component once parts move through multiple supplier layers.
That becomes more important when sanctions, trade restrictions or environmental rules are involved. Companies need stronger documentation to prove where materials came from and how they moved through the supply chain. The report linked that need to the broader European push around the Digital Product Passport. Over time, more products may be required to carry verifiable lifecycle data, including material origin, repair history, remanufacturing information and carbon footprint data.
Volvo’s view is that shared blockchain records could give participating companies access to data that is harder to alter and reduce manual checks between separate databases. That could also add value for remanufacturing and circular-economy operations, where a component’s history across the product lifecycle matters.
From cobalt tracing to payment testing
Volvo-related companies have experimented with blockchain traceability before. In 2019, Volvo worked with supply-chain technology company Circulor to track the source of cobalt used in battery materials. The goal was to improve transparency in the mineral supply chain and verify whether materials were linked to conflict minerals or child labor. Polestar later used blockchain technology as well to improve cobalt traceability in its battery supply chain.
This latest proprietary-token test extends the use case from material tracking to transactions and shared records. Volvo still described the effort as being in the exploration stage and said it has not reached large-scale industrial deployment.
The report also noted that enterprise blockchain adoption still faces hurdles, including integration with existing systems, scalability, maintenance costs and limited internal understanding. Even so, Volvo’s experiment points to a more practical direction for blockchain use in manufacturing, with attention shifting toward supplier payments, compliance records and product lifecycle management.