CBDC: The antithesis of cryptocurrency

Central bank digital currencies (CBDCs) have rapidly become one of the most debated topics in global finance. The growing adoption of cryptocurrency, the expansion of stablecoins, and the broader digitalisation of payment systems have prompted governments and central banks to reconsider how state-issued money should function in the digital era. Supporters present CBDCs as a modern financial innovation while critics argue that they could increase state control over financial activity. 

Unlike traditional debates surrounding cryptocurrencies, discussions about CBDCs extend beyond the technology alone. Questions surrounding privacy, financial sovereignty, surveillance, monetary policy, and the future role of governments in digital finance now sit at the centre of the global CBDC debate. As more jurisdictions move from research to pilot programmes and implementation, CBDCs are increasingly viewed as a response to the rise of crypto assets and a broader transformation of modern financial infrastructure.

CBDCs represent a state-driven counterpoint to cryptocurrency.
image via Magnific

What are CBDCs?

A central bank digital currency is a digital form of fiat currency issued and controlled by a central bank. Unlike decentralised cryptocurrencies, CBDCs remain fully tied to state monetary systems and national currencies. Their value is supported by governments in much the same way as traditional currency.

Anti-crypto by design, CBDCs differ significantly from cryptocurrencies despite often using similar technological concepts. Decentralised digital assets such as Bitcoin operate without a central authority and rely on distributed blockchain networks, whereas CBDCs are centrally managed and regulated. In practice, CBDCs represent a digital state currency, not an alternative financial system.

Most CBDC models fall into two categories: retail CBDCs and wholesale CBDCs. Retail CBDCs are designed for public use in everyday transactions, while wholesale CBDCs focus on interbank settlements and institutional payments. 

Central banks have accelerated CBDC research partly because digital payments increasingly dominate global commerce. The rapid growth of crypto markets and private stablecoins has also intensified discussions about whether states risk losing influence over monetary systems if digital finance evolves outside government control.

CBDCs represent a state-driven counterpoint to cryptocurrency.
image via Magnific

Why governments support CBDCs

Governments and central banks generally present CBDCs as a financial modernisation tool. One of the most frequently cited advantages involves payment efficiency. CBDCs could potentially enable faster domestic transactions, reduce settlement delays, and lower the cost of cross-border payments. In economies where digital payments already dominate consumer behaviour, central banks increasingly argue that public money must evolve alongside technological change.

Another major factor behind CBDC development is monetary sovereignty. The rise of cryptocurrencies and privately issued stablecoins has raised concerns among policymakers that private digital assets could weaken the state’s influence over financial systems. From this perspective, CBDCs are viewed as a way to maintain central bank authority in an increasingly digital economy.

Supporters also argue that CBDCs could improve financial inclusion. In regions where large parts of the population remain outside of traditional banking systems, digital state-backed wallets could provide broader access to financial services without requiring conventional bank accounts. 

Some policymakers also view CBDCs as a strategic response to growing geopolitical competition in financial technology. Digital currencies could eventually reshape international payment networks and reduce dependence on existing cross-border settlement systems. As a result, CBDCs are increasingly becoming part of broader discussions surrounding economic competitiveness and technological sovereignty.

CBDCs represent a state-driven counterpoint to cryptocurrency.
image via Magnific

Why the crypto community opposes CBDCs

Opposition to CBDCs within the cryptocurrency community largely centres on concerns surrounding centralisation and state control. Many crypto advocates argue that CBDCs contradict the original philosophy behind decentralised cryptocurrencies, which were designed to operate independently of governments and central financial institutions. Moreover, CBDCs are seen as an attempt to imitate cryptocurrencies.

Privacy concerns remain one of the most significant criticisms. Critics fear that CBDCs could expand government visibility into personal financial activity, particularly if digital payment systems become directly connected to state-controlled infrastructure. Unlike cash transactions, which provide a degree of anonymity, CBDC transactions could potentially allow authorities to monitor spending patterns in real time.

Concerns about programmable money have also intensified debate. Some critics argue that CBDCs could theoretically enable restrictions on how, where, or when money is spent. Although many governments insist that such scenarios are speculative, the possibility of programmable financial controls has become a major talking point in the crypto industry.

Another argument frequently raised by crypto supporters involves financial autonomy. Decentralised cryptocurrencies allow users to self-custody assets without relying on banks or governments. CBDCs, by contrast, remain fully integrated into state-controlled financial systems. For many in the crypto sector, this distinction represents a fundamental ideological divide rather than merely a technological difference.

Critics also argue that CBDCs could increase pressure on decentralised cryptocurrencies through stricter regulatory frameworks. Some fear that governments could eventually favour state-backed digital currencies while imposing stricter compliance requirements on private crypto platforms and decentralised finance ecosystems. 

CBDCs represent a state-driven counterpoint to cryptocurrency.
image via Magnific

Global CBDC projects and implementation challenges

Several jurisdictions have already launched or tested CBDC initiatives, producing mixed results across different economic and political environments.

China remains one of the most advanced examples through its digital yuan project, also known as e-CNY. Chinese authorities have promoted CBDC for years as part of a broader effort to modernise payments and strengthen the country’s digital financial infrastructure. However, public adoption has reportedly remained relatively weak despite extensive state support and pilot programmes in major cities. Surveys have indicated that a large majority of respondents neither encountered nor used the digital currency, highlighting ongoing scepticism among consumers.

India has adopted a noticeably more cautious approach towards CBDC implementation through its e-rupee project. Since its launch in late 2022, adoption has remained limited despite various incentives designed to encourage usage. Indian authorities have repeatedly stressed that while CBDCs could improve trade settlements, remittances, and cross-border transactions, the long-term consequences for the banking system remain uncertain. Officials from the Reserve Bank of India have warned that CBDCs could potentially destabilise traditional financial institutions during periods of economic stress. 

Russia has also accelerated the development of the digital rouble as part of its broader financial modernisation strategy. The digital rouble is expected to enter a phased public rollout in 2026, with pilot programmes already including government transfers, commercial payments, transport services, and real estate transactions. Russian authorities have recently announced the country’s first digital ruble salary payment, marking an important symbolic milestone for the project. Authorities have stated that future CBDC salary payments would remain optional for recipients. The Bank of Russia has described the project as one of the world’s most advanced CBDC initiatives and has highlighted smart contracts, budgetary payments, and cross-border settlements as key areas for future application.

In contrast, the United States has become one of the most politically divided jurisdictions regarding CBDCs. Debate surrounding a potential digital dollar has increasingly focused on privacy, civil liberties, and financial surveillance concerns. Several Republican lawmakers have pushed for permanent restrictions that would prevent the Federal Reserve from issuing or even testing a US CBDC. Compared to jurisdictions actively implementing CBDCs, the United States appears to be increasingly focused on limiting government involvement in digital currency systems rather than expanding it.

Meanwhile, the European Central Bank continues to develop the digital euro project. European policymakers have framed the project as part of a broader effort to preserve monetary sovereignty and reduce dependence on non-European payment providers in an increasingly digital economy. According to the ECB, the system is intended to combine the convenience of digital payments with certain characteristics traditionally associated with cash. However, privacy has become one of the most sensitive aspects of the European debate. 

Collectively, these international examples demonstrate that CBDC implementation is not solely a technological challenge. Public trust, political culture, regulatory design, and perceptions of privacy and state control may ultimately prove to be as important as the underlying digital infrastructure itself.

CBDCs represent a state-driven counterpoint to cryptocurrency.
image via Magnific

CBDCs and cryptocurrencies: competition or coexistence?

Despite the growing tension between the two models, CBDCs and cryptocurrencies may not necessarily become direct replacements for one another. Analysts argue that the two systems could coexist while serving different purposes within the broader digital economy.

CBDCs are primarily designed to preserve and modernise existing monetary systems, whereas cryptocurrencies often aim to provide alternatives outside of traditional financial structures. From that perspective, CBDCs may function as a regulated digital payment infrastructure while decentralised cryptocurrencies continue to attract users seeking autonomy, borderless transactions, or alternative stores of value.

Some observers also believe that CBDC development could indirectly accelerate digital asset adoption by familiarising the public with blockchain-related technologies, tokenised payments, and digital wallets. Greater public exposure to digital currencies may ultimately increase broader participation in digital finance in general.

At the same time, tensions between the two ecosystems are unlikely to disappear entirely. The debate over CBDCs increasingly reflects a broader conflict between institutional control and decentralised financial models. Questions surrounding privacy, regulation, and ownership of financial data are likely to remain central as digital currency systems continue to evolve.

 CBDCs represent a state-driven counterpoint to cryptocurrency.
image via Magnific

Rethinking money, trust, and sovereignty

Ultimately, the debate over CBDCs is not merely about payments or financial technology, but about the future relationship between citizens, money, and the state itself. Throughout modern history, money has represented more than just economic value alone- it has reflected trust, sovereignty, political power, and social stability. As finance becomes increasingly digital, governments and societies are now forced to reconsider the role that public money should play in an environment shaped by decentralised technologies, borderless transactions, and rapidly evolving digital economies.

CBDCs may therefore emerge as one of the defining financial experiments of the twenty-first century. Their long-term significance will likely depend not only on technological efficiency but also on whether central banks can preserve public confidence while adapting to a digital era that increasingly values autonomy, privacy, and financial flexibility. Excessive state control could intensify public resistance, while insufficient innovation may risk weakening the relevance of sovereign currencies in a global financial system increasingly influenced by private digital assets and decentralised networks.

Rather than representing a simple conflict between governments and cryptocurrency communities, the rise of CBDCs may ultimately signal the beginning of a broader transformation in how value, trust, and economic participation are understood in the digital age. The countries that succeed may not necessarily be those with the most advanced technology, but those capable of balancing innovation with civil liberties, monetary stability with openness, and financial modernisation with public trust.

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Europe strengthens quantum ambitions with top scientists and researchers

Leading quantum scientists and Nobel Prize laureates met in Brussels as the European Commission advanced discussions on the future of Europe’s quantum ecosystem, industrial strategy, and technological competitiveness.

The Top-level Advisory Board on Quantum Technologies meeting focused on the EU’s next steps in quantum policy, funding, and commercial uptake. Participants discussed progress on the Quantum Europe Strategy, the forthcoming Quantum Act, and quantum priorities under the next Multiannual Financial Framework.

The advisory board was set up to support the Commission’s goal of making Europe a global leader in quantum technologies and a quantum industrial powerhouse. It provides independent advice on key policies and industrial developments related to quantum technologies.

The Quantum Europe Strategy, released in July 2025, sets out five areas for action: research and innovation, quantum infrastructures, ecosystem strengthening, space and dual-use technologies, and quantum skills. The strategy aims to make Europe a global leader in quantum by 2030.

Executive Vice-President Henna Virkkunen said Europe must turn its scientific excellence and discoveries into commercial applications and the deployment of quantum technologies as the field moves from the lab into everyday use.

Why does it matter?

Quantum technologies are becoming a strategic priority for the EU’s technological sovereignty agenda. The Commission’s focus on infrastructure, industrial ecosystems, commercial deployment, space and dual-use applications, and skills shows that quantum policy is increasingly being framed not only as a research issue, but also as a competitiveness and security priority.

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Study says AI is rewiring global trade and reshaping economic power

A new Allianz Research report argues that AI is transforming global trade, supply chains, digital infrastructure, and geopolitical influence.

The report says AI growth increasingly depends on global semiconductor production, cloud infrastructure, hyperscale data centres, and cross-border digital services. It also argues that trade is increasingly shaped by who controls AI infrastructure, data flows, and cloud capacity.

Allianz Research says exports of AI-enabling goods rose from USD 1 trillion in 2014 to USD 3.8 trillion in 2025, accounting for 15% of global trade and far outpacing overall goods trade growth. Asia dominates the supply side, accounting for 65% of global AI-related exports and seven of the top ten exporters, led by China, Taiwan, and Hong Kong.

The report also highlights the United States’ role as a centre of hyperscale AI infrastructure. It says the US has tripled its AI-related imports since 2023 and is home to 5,427 operational data centres, equivalent to 45% of the global total.

Europe faces a different challenge. According to Allianz Research, the region has less than 10GW of operational data-centre capacity, compared with 60GW in the US, while US hyperscalers already control 35% of European computing capacity and are consolidating a 70% share of the cloud market. The report points to fragmented regulation, complex permitting processes, grid connection delays, limited funding, and the absence of a domestic hyperscaler as factors that reinforce European dependence.

The study also warns that AI diffusion could widen EU-US service imbalances by requiring recurring payments to American AI providers and cloud platforms. In a high-adoption scenario, annual payments by eurozone users to US AI services providers could rise from EUR 2.7 billion to EUR 34 billion, according to the report.

Allianz Research concludes that AI governance, industrial policy, export restrictions, subsidies, and digital trade regulation are becoming central components of global economic competition. Governments are increasingly treating semiconductors, cloud infrastructure, data centres, and AI services as strategic assets linked to national security, economic resilience, and geopolitical influence.

Why does it matter?

The report frames AI as a trade and industrial policy issue, not only a technology story. Its findings suggest that control over semiconductors, cloud infrastructure, data centres, and AI services could shape which economies capture AI-driven productivity gains and which become more dependent on foreign platforms, supply chains, and infrastructure. For Europe, the key concern is a possible double dependence on US cloud and AI services and Asian hardware supply chains.

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European Commission marks .eu anniversary with internet governance focus

The European Commission has marked the 20th anniversary of the .eu top-level domain, presenting it as a symbol of European identity online and an element of Europe’s technological sovereignty agenda.

The milestone was celebrated during the 2026 European Internet Governance Dialogue in Brussels, where policymakers, technical experts, businesses, civil society representatives, and other stakeholders discussed the future of global internet governance.

According to the Commission, .eu has grown into the fourth-largest country-code top-level domain in Europe, with 3.8 million registrations since its launch in April 2006. The EU officials described the domain as a symbol of European identity online and an example of resilient European digital infrastructure, noting that it has operated without a single outage for two decades.

The discussions also focused on Europe’s broader approach to internet governance, digital autonomy, and the reduction of strategic technological dependencies. Executive Vice-President Henna Virkkunen said Europe is at a pivotal moment where digital autonomy, reduced dependencies, and global leadership in internet governance must go hand in hand.

The Commission linked the anniversary to future EU initiatives, including the upcoming Technological Sovereignty Package, which it said would further support Europe’s vision for a decentralised and open internet where users, businesses, and governments have real alternatives and control over their digital future.

Officials also stressed the importance of ensuring that European values, including human rights, inclusivity, and competition, continue to shape the next decade of global internet governance.

Why does it matter?

The anniversary shows how domain governance and internet infrastructure are increasingly being linked to digital sovereignty and technological dependence. By framing .eu as part of Europe’s identity, resilience, and internet governance agenda, the Commission is connecting a long-standing country-code top-level domain to broader debates on autonomy, infrastructure, trust, and Europe’s role in shaping the future of the open internet.

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Greece launches public AI literacy guide for citizens

Greece’s Ministry of Digital Governance and Artificial Intelligence has launched ‘Artificial Intelligence for All, a public guide designed to improve understanding and use of AI tools.

The guide was developed through cooperation between leading AI scientists, the Ministry of Digital Governance and Artificial Intelligence, the National Council for Research, Technology and Innovation, and the Special Secretariat for Long-Term Planning. The guide is available free of charge through the digital platform of the Special Secretariat for Artificial Intelligence and Data Governance.

According to the ministry, the initiative aims to support digital education, responsible AI use, and a broader understanding of AI systems.

The material introduces basic concepts related to AI and large language models through practical examples and simplified explanations. The guide explains how AI systems can process different forms of data and generate outputs, including recommendations, summaries, and digital content.

The project forms part of Greece’s broader digital strategy focused on digital skills development and public familiarity with emerging technologies.

Officials also highlighted collaboration with the members of the Greek scientific community in Greece and abroad, with the objective of making advanced technological tools more accessible to the wider population.

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Environmental group raises concerns over AI data centre emissions in Scotland

Environmental charity APRS has criticised the Scottish Government over how greenhouse gas emissions linked to hyperscale AI data centres are assessed within existing planning and climate frameworks.

According to APRS, earlier lifecycle emissions assessments focused primarily on broadband and smaller-scale digital infrastructure before the recent expansion of generative AI-related facilities.

The concerns are linked to a proposed 212MW AI data centre project in Edinburgh, currently involved in a planning appeal process.

APRS argued that the term ‘green data centre’ lacks a clear policy definition in relation to large-scale AI infrastructure projects. The organisation said Scotland does not yet have a dedicated policy framework addressing hyperscale AI data centres.

APRS stated that multiple large-scale data centre proposals are currently under consideration across Scotland. The group warned that growing electricity demand linked to data centre expansion could have implications for energy planning and climate objectives.

APRS also called for updated lifecycle emissions assessments and revised planning guidance for hyperscale AI infrastructure projects.

Why does it matter?

The debate highlights a widening policy gap between the rapid expansion of AI infrastructure and existing environmental planning frameworks. Many national climate assessments were created before the emergence of hyperscale generative AI systems, meaning governments may be underestimating the energy, emissions, and resource demands associated with large-scale AI deployment.

It also demonstrates how AI is no longer only a digital or technological policy challenge, but increasingly an environmental, infrastructure, and energy governance issue.

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Singapore pushes trusted AI governance with KPMG AI centre

Singapore’s Ministry of Digital Development and Information has highlighted trust and accountability as key factors in AI adoption during the launch of KPMG’s new Trusted AI Centre of Excellence. Minister of State Jasmin Lau said governments and businesses should ensure AI adoption benefits workers, citizens, and smaller enterprises alongside larger organisations.

The new centre will focus on AI governance, monitoring systems, and AI-related assurance processes as organisations deploy increasingly advanced AI models. KPMG said it is using AI tools internally across audit, tax, and advisory services before broader deployment to clients.

Singapore also reiterated its goal of strengthening its role in regional AI governance and standards development. Officials highlighted efforts involving ASEAN cooperation, AI testing capabilities, and governance initiatives such as AI Verify. According to officials, transparency, explainability, and accountability will remain important factors influencing public confidence in AI systems.

The discussions also reflected broader concerns about AI-related economic disruption, governance challenges, and public trust. Officials noted that businesses and workers continue to face uncertainty regarding AI governance, compliance, and the economic effects of AI adoption.

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Kazakhstan launches UNESCO AI readiness assessment initiative

The United Nations Educational, Scientific and Cultural Organization has announced the launch of its AI Readiness Assessment Methodology in Kazakhstan to evaluate the country’s preparedness for AI governance and development.

The framework is intended to help countries align AI governance approaches with UNESCO Recommendation on the Ethics of AI. Representatives from government, academia, business, civil society, and expert organisations participated in the launch discussions.

Participants discussed Kazakhstan’s digital transformation priorities and plans related to AI ecosystem development. According to UNESCO representatives, the assessment process will address issues including human rights, inclusion, gender equality, and transparency in AI governance.

A national stakeholder group involving ministries, universities, business associations, and civil society organisations will support implementation and policy recommendations. The launch event was held at Astana Hub in Kazakhstan.

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Canada backs AI adoption across Toronto businesses

Canada has announced nearly C$16.5 million in funding for 13 businesses and organisations in the Greater Toronto Area to support AI adoption and help bring new AI technologies to market.

The investment was announced by Evan Solomon, Minister of Artificial Intelligence and Digital Innovation and Minister responsible for the Federal Economic Development Agency for Southern Ontario. The funding will support projects in healthcare, energy management, legal services, construction, finance, transportation, sensitive data infrastructure, and enterprise software.

Several projects focus on healthcare and life sciences. Cosm Medical will accelerate the clinical and commercial rollout of an AI-driven platform for patient-specific gynaecological devices, while Future Fertility will commercialise AI-powered technology for assessing endometrial receptivity. MarkiTech will advance an AI healthcare solution for clinical workflows, and ProteinQure will bring to market an AI-powered targeted drug delivery solution.

Other recipients will use AI to improve business operations and sector-specific workflows. DMD Building Systems will integrate robotics, automation, and AI software for engineering workflows, while Edgecom Energy will commercialise its AI Energy Co-Pilot platform for energy management. Trax will develop an AI-assisted platform for building permit compliance checks, and VisFuture will deliver a natural-language AI tool for small and medium-sized enterprises.

The funding also includes C$2 million for Private AI, operating as Limina, to scale a sensitive data infrastructure platform for regulated sectors such as healthcare, financial services, and insurance. MinuteBox will add advanced AI capabilities to its legal services platform, while Stratosphere Technology, operating as Fiscal.ai, will develop an AI-powered platform for structuring corporate filing data.

The Vector Institute will receive C$4 million to launch and deliver a programme helping start-ups improve data readiness, develop models, and deploy AI products. The Government of Canada said the investment is intended to support AI adoption, commercialisation, productivity, competitiveness, and Ontario’s wider AI ecosystem.

Why does it matter?

The funding shows how Canada is using regional development programmes to push AI from research and experimentation into sector-specific commercial deployment. The mix of recipients also points to a broader policy priority: supporting domestic AI capacity while encouraging adoption in regulated and productivity-sensitive sectors such as healthcare, finance, construction, energy, and legal services.

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EU consultation closes on AI energy measurement

The European Commission has moved forward with work on measuring the energy consumption and emissions of AI models and systems, as part of preparations for a possible AI energy measurement framework under the EU AI Act.

The targeted consultation forms part of a Commission-procured study on measuring and promoting energy-efficient and low-emission AI in the European Union. Responses will help refine the study, contribute to a measurement framework for the AI Act’s energy-related objectives and support the design of a potential AI energy and emissions label.

The process focuses on how to measure energy use across the AI lifecycle, including development and training, as well as operational use and inference. The Commission says a comprehensive picture of AI’s energy efficiency and carbon footprint requires data on computational resources, electricity consumption and hardware details.

Under Annex XI of the AI Act, providers of general-purpose AI models must document known or estimated energy consumption as part of their technical documentation obligations. The consultation, therefore, targets developers and deployers of general-purpose AI models and AI systems, as well as component and service suppliers.

Stakeholders were asked about the accessibility of data needed to assess AI energy consumption and emissions, as well as the suitability of different AI performance indicators. The Commission said the aim is to develop a robust and practical industry-informed framework for measuring AI energy consumption and efficiency.

The AI Office will publish a summary of the consultation results based on aggregated data, with respondents not directly quoted.

Why does it matter?

AI’s growing energy demand is becoming a regulatory and environmental policy concern, especially as general-purpose AI models require substantial computing resources for training and inference. A common EU framework for measuring AI energy use and emissions could make environmental impacts more visible, support future transparency obligations and help compare systems more consistently. A possible AI energy and emissions label would also push sustainability into AI governance alongside safety, transparency and accountability.

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