Challenges and future opportunities
What challenges does the industry face in getting started?
Alexander Hüsgen, DG Nexolution: Like all payment methods, the success of CBMT depends on its acceptance and adoption. Another challenge is integrating hardware wallets into devices, which is essential for enabling offline functionality. Our demonstrator illustrates the feasibility of integrating such a wallet into a Festo control unit – the foundation for machine interaction.
Our primary objective was to showcase its practicality. The next step now is to apply this technology in real-world industrial settings. We encourage industry stakeholders to provide feedback and join us on this journey to explore and shape the innovative business models of the future.
What are the biggest challenges for banks?
Liv Tschee-Wegert, DZ Bank: One of the main challenges is achieving regulatory alignment to ensure that CBMT is legally recognized as commercial bank money. This is critical to building the trust and compliance necessary for widespread adoption.
A key strength of CBMT is its fungibility, but realizing its full potential requires close monitoring of developments in tokenized deposits to identify opportunities for alignment with other approaches. Ultimately, the success of CBMT depends on harmonizing the needs of customers, banks, and regulatory frameworks to create a solution that benefits all stakeholders.
Finally, what potential payment options and use cases do you see for CBMTs in the future?
Sebastian Baierle, Giesecke+Devrient: CBMTs are extremely versatile and have the potential to transform payments across so many industries. For example, in the IoT ecosystem, they can facilitate autonomous M2M transactions, such as payments for services like refueling, tolls, or maintenance.
In a business context, CBMTs also offer opportunities in corporate treasury management, enabling real-time liquidity management, cross-border settlements, and automated workflows like payroll or supplier payments.
The transport industry also stands to benefit, as CBMTs can support usage-based payment models for urban mobility, such as ride-sharing, public transport, and vehicle rentals. Meanwhile, in supply chains, CBMTs integrated with smart contracts can automate payments based on predefined triggers like delivery confirmations or milestone achievements.
CBMTs also have potential in the energy sector, enabling dynamic pricing and micro-payments in renewable energy grids. Devices could autonomously trade electricity based on real-time demand. We’re excited to see these and other new use cases emerge as CBMTs continue to evolve.