Technological Sovereignty: Lessons from Boeing and Palantir

Trust in critical infrastructure is fundamental in the global economic landscape. This applies to a plane carrying hundreds of passengers. It also applies to a digital system handling sensitive government data. Any failures can have immense repercussions, from public safety to geopolitical stability. Two emblematic cases emerge. They differ by sector. They converge on a crucial point: strategic vulnerability. This arises from excessive dependence. It calls into question nations’ control and technological sovereignty.

Trust in critical infrastructure is fundamental in the global economic landscape.

When Foundations Waver: The Price of Technological Sovereignty

Boeing’s crisis, one of only two large-scale long-range passenger airplane manufacturers in the world, has shown the geopolitical weight of industrial failures. The company also provides Air Force One. A third of its revenue comes from contracts with the U.S. government. It accumulated a backlog of more than 6,100 commercial jets. This backlog is worth $682 billion by the end of 2025. Demand was never the problem; Boeing’s ability to build what it had been commissioned to build, however, was.

The root of the problem goes back to 2005, when Boeing decided to spin off much of the fuselage production, entrusting it to an independent supplier, Spirit AeroSystems. This choice, motivated by cost reduction, moved direct control of the 737 airframe quality outside the company. A structural decision that had devastating consequences. Two 737 MAX crashes occurred between 2018 and 2019. They caused the deaths of 346 people. This led to a $2.51 billion settlement for fraud.

A door panel detached mid-flight from a 737 MAX 9. The incident occurred in January 2024. It was an Alaska Airlines plane at 16,000 feet of altitude. This reopened the case. It turned out the plane had left the factory without four key bolts. This episode rekindled concerns about corporate culture and the supply chain. Meanwhile, Palantir has adopted an expansion strategy that, although in a different sector, creates an equally deep dependence, but in the digital realm.

The Digital Mooring: The “Land and Expand” Strategy and Strategic Vulnerability

Palantir Technologies, founded in 2003, built its reputation on software capable of integrating and analyzing enormous amounts of heterogeneous data. Its “land and expand” strategy became evident in the United Kingdom. It moved from a symbolic £1 contract with the NHS during the pandemic. It now has over £670 million in government contracts. This exponential growth demonstrates how an effective technological solution can quickly become critical infrastructure and threaten technological sovereignty.

Its platforms are Foundry and Gotham. They transform information from disconnected systems into tools usable by decision-makers. Foundry covers the commercial and health sectors. Gotham covers intelligence and defense. This distinction is crucial, because Palantir has never separated its civilian identity from its military one. Its co-founder, Alex Karp, has openly stated that defense and national security are at the core of the company’s mission.

This deep integration creates a technical lock-in. Systems are structured around a technology. Employees are trained on it. Decision-making processes depend on it. Changing supplier becomes extremely difficult. the initial procurement decision may seem like a normal commercial transaction. But subsequent contracts are signed in a completely different context, where the supplier is already an integral part of governmental infrastructure. A glaring example is the £330 million contract to manage the NHS’s Federated Data Platform. There is also a £1.5 billion defense partnership with the United Kingdom in 2025.

Lifting a Giant and Building National Alternatives

For Boeing, the solution required a drastic approach. Kelly Ortberg, an aerospace veteran, diagnosed a cultural problem, not just a technical one. He moved his office onto the factory floor. He introduced a “Speak Up” program. This program protects workers who report defects. He also reduced “traveled work.” These were unfinished jobs deferred to later stations. He also gave workers the ability to stop production in case of problems.

The most significant step was reversing a 2005 decision. In December 2025, Boeing reacquired Spirit AeroSystems for $8.4 billion. It brought 737 fuselage production back under its own roof. This move demonstrated a commitment to retake direct control of quality. The financial recovery was evident: Boeing reported $89.5 billion in revenue in 2025, up 34% year on year, and a net profit of $2.24 billion, returning to profitability for the first time since 2018.

Meanwhile, in Europe, the challenge of regaining technological sovereignty in the face of Palantir is complex. While the United Kingdom has become deeply integrated, other countries like Switzerland rejected Palantir for national security reasons, and Germany has taken a cautious stance. France, meanwhile, is attempting to develop a domestic alternative, choosing the French technology company ChapsVision to replace Palantir technology used in intelligence after the 2015 terrorist attacks.

The Dilemma of Immediate Capability Versus Future Sovereignty

Europe’s need for technology is growing. It is growing faster than its ability to produce alternatives. The war in Ukraine highlighted this point. It showed the importance of real-time intelligence and AI-enabled decision systems. Governments face a choice: immediate capability or long-term sovereignty. Palantir has a substantial advantage because its systems already exist, are tested, and can be deployed quickly.

This dilemma turns purchasing decisions from purely commercial into strategic ones. Just as Boeing had to face the cost of losing control over its supply chain, governments that rely on a single supplier for critical infrastructure face a similar vulnerability. Boeing’s total debt, which exceeds $50 billion, is a reminder of the persistent challenges even after a financial recovery.

The debate over Palantir is part of a broader European problem: dependence on American chips, cloud infrastructure, and AI systems. Palantir’s success suggests that governments, and the innovators that serve them, should consider not only the immediate effectiveness of a solution but also the long-term implications for maintaining credible alternatives. The true test of sovereignty is not in speeches, but in a government’s ability to withdraw from a supplier when it chooses.

Sources:

• How Palantir Quietly Became Impossible for European Governments to… | europeanbusinessmagazine.com