The defining contest of the 21st century is not simply between nations and borders. It is between systems: those that use technology to expand human freedom and those that use it to entrench control.
Critical technologies such as AI, semiconductors, cloud, quantum, biotech, and others are no longer just economic sectors. They are the operating system of modern society.
That is why the real danger is not only that authoritarian states innovate. It is that they shape the standards, infrastructures, and dependencies on which others come to rely. In the digital age, freedom can be eroded not only through military force or political coercion but through supply chains, platforms, and technological systems that quietly narrow democratic choices.
Authoritarian regimes understand this well. China deploys AI and surveillance to tighten control at home and extend influence abroad. Russia integrates advanced technology into military systems and information warfare. Iran weaponizes it to suppress dissent. North Korea steals cryptocurrency to fund its nuclear program. In each case, technology serves not modernization but power projection through dependency, opacity, and control.
Technology is not value-neutral. It reflects the incentives, governance models, and power structures of those who design, build, and control it. Democracies, therefore, face a dual challenge: authoritarian systems shaping technologies upstream through design, architectures, and standards; and authoritarian-linked firms embedding themselves downstream in infrastructure and supply chains. Both pathways can erode democratic autonomy.
Trusted technology provides the strategic answer.
Trusted technology is technology whose design, development, and supply chains are rooted in democratic principles that advance freedom and innovation, and whose adoption fosters accountable, contestable, and governable interdependence among trusted partners rather than coercive or unaccountable dependency. Trust determines whether technologies scale as enablers of democratic agency or as vectors of coercive dependency.
This is why trust is not merely a moral preference. It is a competitive advantage. Governments and enterprises increasingly reward technologies that can demonstrate security, transparency, resilience, and reliability. Over time, trust becomes a strategic variable alongside price and performance. Technologies anchored in trusted ecosystems are easier to finance, easier to adopt, and easier to integrate into critical systems without creating hidden vulnerabilities.
Trust also reduces strategic vulnerability while preserving openness. Each democracy should strengthen its role within the technology stack through targeted industrial strategies that generate trusted interdependence rather than absorb dependency. This does not require technological self-sufficiency but does require ensuring that dependencies remain governable, contestable, and compatible with sovereignty. Trusted technologies make this possible by reducing the risk that infrastructure, platforms, or suppliers become instruments of coercive leverage.
Most importantly, trust allows democracies to generate scale.
No single democratic country can dominate every layer of the technology stack alone. The technologies that now determine power are too capital-intensive, too globally distributed, and too deeply interconnected. By contrast, authoritarian systems often enjoy the advantages of centralized coordination, state-backed industrial policy, and the fusion of public power with private platforms.
Democracies can match this only through cooperation. The question is no longer whether democracies possess enough resources, talent, or innovation capacity. They do. The question is whether they can organize those resources coherently enough to compete. Fragmentation reduces scale, slows deployment, and opens space for authoritarian actors to capture markets and standards. Misalignment in AI regulation, procurement, or export controls does not remain a bureaucratic issue for long. It becomes a strategic vulnerability.
That is why democracies must move beyond shared principles toward democratic coupling: the deliberate integration of markets, capital, industrial capabilities, and innovation ecosystems.
This can develop in stages. First, strategic alignment on priorities, risks, and compatible policy frameworks. Second, operational cooperation: joint research, coordinated export controls, harmonized procurement, and common certification regimes. Third, shared investment and infrastructure: co-financed semiconductor fabs, trusted cloud ecosystems, integrated supply networks, and development finance that helps trusted providers compete globally.
Important elements of this approach are already visible. The Clean Network showed that trust can shape markets by rallying governments and telecommunications companies toward trusted 5G vendors. The G7, the Quad, and the EU-U.S. Trade and Technology Council have all advanced elements of trust-based coordination in AI, semiconductors, connectivity, and data governance. The challenge now is to move from isolated initiatives to a coherent democratic tech architecture.
Success will require discipline. Democracies must protect research and intellectual property while expanding secure collaboration among universities, businesses, and national labs. They must produce critical technologies at scale and diversify supply chains before dependency becomes irreversible. They must align policies to complement one another. And they must use development finance, export credit, and strategic investment to ensure that trusted technologies win not only in advanced economies but in emerging markets where competition is most intense.
Pax Silica represents an applied model of the trusted technology framework—aligning like-minded partners around shared objectives at critical layers of the technology stack. By focusing on areas such as semiconductors, materials, and upstream inputs, it translates principles of trust into coordinated industrial action. The result is greater supply chain resilience, reduced strategic dependency, and accelerated market adoption of trusted technologies across allied ecosystems.
The stakes are clear. If democracies fail to organize, authoritarian systems will continue to convert coordination into advantage, shaping standards upstream and embedding dependencies downstream. If democracies act together, they can turn trust into a market-shaping force and a source of geopolitical strength.
The future of global power turns on a simple question: will technology advance freedom or entrench control?
The free world does not need to choose between innovation and security. It needs to recognize that, in the technological age, the two increasingly depend on one another. By making trusted technology the price of entry into democratic markets, we can ensure that the digital age rewards the open societies that built it—and that freedom defines the 21st century.
Roberto Baldoni is former Deputy Director General of Italian Intelligence and the founding Director General of the National Cybersecurity Agency (ACN).
Janice deGarmo is the Chief Global Engagement Officer at the Krach Institute for Tech Diplomacy at Purdue. She previously served as the first Acting Chief Data Officer at the U.S. Department of State.
Len Khodorkovsky is the Senior Advisor to the Chairman of the Krach Institute for Tech Diplomacy at Purdue. He previously served as U.S. Deputy Assistant Secretary of State for Digital Strategy.