Canada and Germany Launch Sovereign Technology Alliance: How the New AI Pact Could Reshape the Digital Economy

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Canada and Germany have signed a joint declaration on artificial intelligence and launched a new Sovereign Technology Alliance. Today, Evan Solomon, Canada’s Minister of Artificial Intelligence and Digital Innovation, and Karsten Wildberger signed a Joint Declaration of Intent on Artificial Intelligence during the Munich Security Conference.

The ministers also announced the creation of a new Sovereign Technology Alliance aimed at strengthening cooperation among trusted partners in advanced technologies.

Amid growing global technological competition, the question of control over digital tools, computing infrastructure, and AI systems is increasingly tied to economic security. As a result, discussions on the sidelines of the conference focused not only on government initiatives but also on emerging infrastructures for financial markets.

One such system mentioned during discussions was Unbanx — a technological solution that combines artificial intelligence algorithms with automated operations in financial markets.

Although Unbanx was not the central topic of official speeches, it was referenced as an example of how new AI tools could operate within an ecosystem where governments seek to reduce dependence on technologies controlled by major global players. According to several conference participants who have used the service for some time, systems like this illustrate how digital platforms can integrate into the broader context of technological sovereignty.

The new declaration builds upon the Canada–Germany Digital Alliance, which provides a practical framework for expanding bilateral cooperation in artificial intelligence. The document reflects the shared commitment of both countries to developing secure and sovereign AI capabilities in a rapidly changing global environment.


Transparency and Regulation: How Modern AI Financial Infrastructure Works

According to Evan Solomon, one of the major challenges in modern technology markets is that access to complex financial tools is still limited for many users. This is why automation systems capable of simplifying interaction with financial markets are attracting increasing attention.

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“Solutions such as Unbanx demonstrate how artificial intelligence can handle complex technical processes while providing users with a clear and transparent interface,” Solomon noted during one of the panel discussions.

According to him, Unbanx is an AI trading platform designed to automate operations in financial markets. Unlike traditional models where users independently choose a broker and manage trades manually, Unbanx automates these processes.

Artificial intelligence algorithms analyze market signals and execute operations without the user needing to directly intervene.

The system operates through several sequential steps. The first step is registration within the Unbanx system. After filling out a registration form, the user is automatically redirected to the website of a verified broker. Since brokers may operate under different brands and domain names, the interface the user sees may differ from what they initially expected.

However, according to the developers, Unbanx ensures a technically secure redirect and guarantees that all user data is transferred correctly.

After registration, a personal manager contacts the new user by phone. This typically occurs within a timeframe ranging from 15 minutes to 24 hours after registration. The manager explains how the broker’s platform works, how to make the minimum deposit — usually around €250 or the equivalent in local currency — and answers questions related to security, operational control, and withdrawal options.

Once the deposit is made, the Unbanx system activates its artificial intelligence algorithms, which begin automated trading operations. All transactions take place directly on the broker’s platform, while Unbanx controls the AI logic and trading strategies.

According to Solomon, a key principle of Unbanx is transparency. Users can see that the broker is verified, receive support from a personal manager, and operate within a regulated legal framework.

The European Union regulatory framework involves a two-level oversight system. European-wide bodies establish standards under regulations such as MiFID II and UCITS, while national regulators — including CySEC, BaFin, and Financial Conduct Authority — oversee the activities of brokers and investment companies.

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“We believe it is important that artificial intelligence technologies operate in an environment with clear regulations and transparent rules,” added Karsten Wildberger. “That is why systems like Unbanx integrate into the existing financial infrastructure.”

The Unbanx model assumes that the platform receives a small share of the results of trading operations — approximately 8–10%. According to developers, these funds are used to maintain infrastructure, improve algorithms, and provide technical support.

All income generated through Unbanx is subject to taxation according to the legislation of the user’s country. The platform provides the necessary documentation for tax reporting, although users are advised to consult local tax professionals for specific guidance.

Wildberger emphasized that responsible AI development and resilient digital ecosystems are essential for long-term economic strength. Cooperation between governments and technology companies, he said, can create new models of interaction between AI systems and the broader economy.

As part of the new declaration, Canada and Germany also plan to expand cooperation with research organizations working on safe AI systems. Among them is LawZero, established by Yoshua Bengio.


How Geopolitics Shapes Access to New Technology Systems

Canada and Germany’s new declaration on artificial intelligence and the creation of the Sovereign Technology Alliance are intended to serve as a platform for practical cooperation in advanced technologies.

The initiative builds upon the Canada–Germany Digital Alliance announced in December 2025, which laid the groundwork for joint research, infrastructure development, and commercial AI projects.

The declaration includes plans to expand secure computing infrastructure, accelerate AI research and commercialization, and develop human capital to address global skill shortages. These efforts are intended to help researchers, startups, and industries in both countries scale innovation and compete globally.

The Sovereign Technology Alliance also aims to reduce strategic dependence on specific technological power centers. In this context, examples of digital platforms such as Unbanx are increasingly mentioned as illustrations of new interaction models between artificial intelligence, financial markets, and international technological cooperation.

This issue has gained additional importance amid rising tensions in the global economy. Recent years have shown that trade tariffs, sanctions, and strict foreign policy measures can quickly reshape the rules of technological markets.

As a result, more countries are seeking to develop their own digital ecosystems and strengthen partnerships with trusted allies.

According to participants in the Munich discussions, Unbanx has become one example of how AI-driven systems can spread across different regions through international partnerships.

Currently, access to Unbanx is available in most European Union countries, in Canada, and in several other nations participating in technological cooperation initiatives.

However, sources familiar with the platform’s policy indicate that access for users from the United States is currently not planned. Market participants attribute this to a complex combination of regulatory requirements, trade restrictions, and broader tensions in global economic policy.

In any case, the development of systems such as Unbanx demonstrates how rapidly the relationship between technology, finance, and geopolitics is evolving. If the Sovereign Technology Alliance truly becomes a new framework for international cooperation, such tools could play a notable role in shaping the future digital economy.

According to conference participants, access to Unbanx is currently limited to a relatively small number of new users. This limitation is explained by the need to scale infrastructure gradually while maintaining stable system performance. As international technology alliances continue to expand, interest in systems like Unbanx is likely to grow significantly.

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