• Origins: From Silicon Valley to Intelligence Agencies
• Technological Architecture and Key Platforms
• Palantir’s Role in Israel and the Palestinian Territories
• Use Cases: From National Security to Commercial Logistics
• The Strategic Partnership with NVIDIA and the Future of Operational AI
• Controversies, Criticisms, and the Data Sovereignty Debate
• Palantir in Europe: Between Adoption and Strategic Distrust
• Conclusion: The Ambivalence of Power through Data

Palantir Technologies represents one of the most influential and controversial entities in the contemporary technological landscape. Founded in 2003, the American company has specialized in creating software platforms that integrate and analyze enormous volumes of data from disparate sources, transforming them into actionable intelligence to support complex decision-making processes. Its name, inspired by the palantíri (the “seeing stones”) from J.R.R. Tolkien’s The Lord of the Rings universe, evokes from the outset its mission: to see through the chaos of data to discern otherwise invisible patterns and connections.

Its history is intertwined with the geopolitical events of the new millennium, starting from the post-9/11 fight against terrorism to the management of global pandemics and modern hybrid warfare. Over time, Palantir has expanded its scope from intelligence and defense to the commercial, financial, and healthcare sectors, becoming a key supplier for both governments and large corporations. This evolution, combined with the power of its AI-enabled platforms, has placed it at the center of a heated debate touching on crucial themes such as data sovereignty, mass surveillance, AI ethics, and the role of technological power in liberal democracies. An increasingly central and controversial aspect of this evolution is its deep and strategic connection with the State of Israel and its military and intelligence apparatus.

§Origins: From Silicon Valley to Intelligence Agencies

Palantir was born in 2003 through the initiative of a group of Silicon Valley entrepreneurs and investors, most notably Peter Thiel, co-founder of PayPal and the first external investor in Facebook. The other founders were Alex Karp (who became the CEO), Stephen Cohen, Joe Lonsdale, and Nathan Gettings. The original inspiration, as explained by Thiel, was to apply logic similar to PayPal’s fraud detection system (“Igor”) to broader national security problems, with the stated goal of “reducing terrorism while preserving civil liberties.”

The search for initial funding was not easy. The idea of building an expensive software platform for large organizations, particularly governmental ones, was deeply out of fashion in the Silicon Valley of that time, which was more interested in consumer products and online advertising. Alex Karp recounted that during one meeting the president of Sequoia Capital, Michael Moritz, “doodled throughout the meeting,” while a Kleiner Perkins executive lectured the founders on the “inevitable failure” of their company.

The breakthrough came thanks to the interest of In-Q-Tel, the venture capital arm of the United States Central Intelligence Agency (CIA). In-Q-Tel initially invested about $2 million, matched by $30 million from Thiel and his Founders Fund. This connection was fundamental not only for capital but for access to users and real use cases. For about three years, Palantir refined its technology in close collaboration with analysts from intelligence agencies, developing it through pilot projects promoted by In-Q-Tel. This approach, of co-development with the end-user, shaped the product’s philosophy: rather than trying to replace the human analyst with artificial intelligence, Palantir focused on intelligence augmentation, that is, enhancing human capabilities by providing tools to explore and connect data from multiple sources in an intuitive way.

The first major public recognition came in 2010 when Vice President Joe Biden announced at the White House the successes of the Recovery Accountability and Transparency Board (RATB) in combating fraud in economic stimulus programs, explicitly crediting Palantir’s software. From there, the company began rapid growth, supported by repeated funding rounds that brought its valuation to $9 billion in 2013 and $20 billion in 2015.

§Technological Architecture and Key Platforms

Palantir’s fundamental value lies in its ability to act as “glue” between pre-existing, often incompatible information systems (so-called data silos). The company does not collect or store its own data but builds an abstract layer of connection and context on top of clients’ infrastructures. As described in a Wired note, Palantir “doesn’t reorganize a company’s containers and channels… Rather, its software builds on clients’ chaotic systems and lets them integrate and analyze data without having to change the underlying architecture.”

This operation is made possible by a conceptual framework called the Ontology. The Ontology creates a “digital replica” of an organization, modeling data and operational logic into interconnected virtual objects (people, vehicles, transactions, events) that represent real-world concepts and their relationships. On this unified layer, it is possible to build applications, perform analyses, and increasingly, operate artificial intelligence agents.

The main platforms offered by Palantir are:

• Palantir Gotham: This is the historical product, designed for the intelligence and defense sector. Gotham allows for linking disparate databases (from intelligence reports to financial data, from wiretaps to satellite images) and visualizing connections between people, places, and events. It is used by numerous US agencies such as the CIA, FBI, NSA, and DHS, as well as by police forces for criminal analysis. Its interface is optimized to allow analysts to “immerse” themselves in the data, following links and hypotheses dynamically.
• Palantir Foundry: Born for the commercial market, Foundry applies principles similar to Gotham’s to enterprise data. It helps organizations unify operational, financial, and supply chain data to optimize processes, predict failures, or personalize offerings. Among its clients are companies like Airbus, JPMorgan Chase, Fiat Chrysler Automobiles, and Merck KGaA.
• Palantir Apollo: This is the continuous deployment and management platform that acts as the “operating system” for Gotham and Foundry. Apollo automates software update releases, ensures security and compliance, and allows operations to be managed in cloud, hybrid, or “on-premise” environments, even in extreme scenarios like submarines or war zones, where connectivity is intermittent.
• Palantir AIP (Artificial Intelligence Platform): This represents the most recent evolution, designed to integrate generative and “reasoning” artificial intelligence models within operational workflows. AIP allows users to interact with data and automate complex processes through specialized AI agents that operate within the context provided by the Ontology.

§Palantir’s Role in Israel and the Palestinian Territories

One of the most significant and debated aspects of Palantir’s activity is its deep and growing integration with the State of Israel, particularly with its military (IDF) and intelligence services. This relationship goes far beyond a simple vendor-client dynamic and touches raw nerves of international law and human rights.

Strategic Integration and Products Provided Palantir established a formal presence in Israel at least by 2015, opening an office in Tel Aviv. However, collaboration intensified dramatically starting in October 2023. In January 2024, just weeks after the war in Gaza began, Palantir signed a “strategic partnership” with the Israeli Ministry of Defense. The then Executive Vice President Josh Harris declared that the two parties had agreed to “leverage Palantir’s advanced technology in support of war-related missions.” The Israeli state is provided with several key Palantir platforms:

• Gotham: The main product for military and intelligence operations.
• Foundry: Used for logistical planning and predictive maintenance.
• GAIA: The geospatial platform for visualizing data on maps in real-time.
• AIP (Artificial Intelligence Platform): The language model for querying systems and giving commands in natural language.

The head of Palantir’s operations in Israel clarified that the company’s primary focus in the country is the security sector: “Palantir is here in Israel to work with the Israeli security system – if we can generate commercial business, that’s great – but our goal was and remains to create collaborations with security companies and support Israel.”

Support for Military Operations and Accusations of Complicity Numerous journalistic investigations and reports from human rights organizations link Palantir’s software to Israeli intelligence systems used to identify targets during the war in Gaza. Although Palantir does not publicly confirm operational details, CEO Alex Karp has admitted in the past that “our product is used sometimes to kill people.” The most discussed systems are:

• “Lavender”: Described as an AI-powered database that assigns Palestinians a “threat score” from 1 to 100 by analyzing phone metadata, social media activity, and movement patterns. According to an investigation, at the start of the offensive on Gaza, over 37,000 Palestinians were flagged as potential “militants” by this system, which operated with a margin of error of at least 10%.
• “Habsora” (The Gospel): Developed to solve the problem of “target scarcity,” this system automatically identifies up to 100 new targets per day by analyzing satellite images, intercepted communications, and other surveillance data.

These tools have raised serious questions about compliance with international humanitarian law. The UN Special Rapporteur on human rights in the occupied Palestinian territories, Francesca Albanese, in a report accused Palantir and other companies of “profiting from genocide,” providing “predictive tools for policing activity” and “fundamental defense infrastructure” to the IDF. Albanese spoke of possible complicity in war crimes. The attitude of Palantir’s leadership has been one of open support. After the October 7, 2023 attack, Palantir’s board of directors met in Tel Aviv, with Alex Karp publicly declaring “We stand with Israel.” Karp has also stated he is “proud to support Israel in every way possible” and is not troubled by the fact that some employees have left the company over its work with Israel.

The Israeli Military-Technological Ecosystem Palantir’s link with Israel is also cultural and based on an exchange of expertise. The company employs engineers and former analysts in Israel from elite Israeli military intelligence units, such as the famous Unit 8200, known for its cybersecurity and information warfare capabilities. This unit is the foundation of the IDF’s Data Science and Artificial Intelligence Center, responsible for having “transformed the entire concept of targeting” in the Israeli army. Palantir alumni see the Israeli ecosystem as fertile ground for defense innovation. Alex Moore, Palantir’s first employee and now an investor, during a visit to Israel stated: “In many categories in the world of defense, Israel is far more advanced than the United States… The ecosystem is much more dynamic.” Moore expressed the goal of “building the next Rafael” (a major Israeli defense conglomerate) by leveraging local engineering talent and battlefield data. This integration has also led to tangible economic consequences. In 2024, Norway’s largest asset manager, Storebrand, divested $24 million worth of Palantir shares, citing concerns that the company’s work for Israel could put it at risk of violating international humanitarian law.

§Use Cases: From National Security to Commercial Logistics

The applications of Palantir’s platforms are extremely varied, reflecting its dual nature as a company for defense and the market.

In the government and military sphere, use cases include:

• Counter-terrorism and intelligence analysis: By linking isolated databases from different agencies, Palantir has helped identify networks and threats. TechCrunch noted as early as 2013 that spy agencies like the CIA and FBI had been “linked for the first time” by Palantir software.
• Military targeting systems: Palantir provides decision-support systems for military operations. For example, in March 2025, it provided NATO with the Maven Smart System for operations in the war in Ukraine.
• Immigration control: This is one of the most controversial areas. In 2025, U.S. Immigration and Customs Enforcement (ICE) awarded Palantir a $30 million contract to develop “ImmigrationOS,” a platform designed to “streamline the identification and apprehension” of priority individuals for removal, track “self-deportations,” and make expulsion logistics more efficient. Previous Palantir tools for ICE, such as the Falcon app, were already used to track air travel, analyze driver’s license scans, and locate people through phone company records.
• Emergency health response: During the COVID-19 pandemic, Palantir found a new field of application. Its Foundry software was used by the UK’s National Health Service (NHS) to model and manage the pandemic response. The company also developed “Tiberius,” a vaccine allocation and distribution software used in the United States.

In the commercial sphere, applications range from supply chain optimization to predictive maintenance:

• Supply chain management: The partnership with NVIDIA has an emblematic case study in Lowe’s, the large US home improvement chain. Lowe’s is using the integrated Palantir-NVIDIA technology stack to create a digital replica of its global supply chain network, enabling dynamic, continuous optimization via AI. The goal is to respond in real-time to changes in demand, reduce costs, and improve customer satisfaction.
• Automotive and aerospace sector: Clients like Airbus and Fiat Chrysler use Foundry to integrate design, production, and maintenance data, accelerating product development and preventing failures.
• Financial services: Institutions like Morgan Stanley employ the platforms for risk analysis, regulatory compliance, and fraud prevention.

§The Strategic Partnership with NVIDIA and the Future of Operational AI

A fundamental development for Palantir’s future trajectory is the strategic collaboration announced with NVIDIA in October 2025. This alliance aims to create an unprecedented integrated technology stack for operational AI, meaning artificial intelligence applied to complex industrial and governmental environments to automate processes and support real-time decisions.

The collaboration involves the integration of three NVIDIA components at the heart of Palantir AIP:

1. NVIDIA Accelerated Computing: NVIDIA GPUs to accelerate data processing.
2. NVIDIA CUDA-X Libraries: For advanced data and operational optimization (e.g., the cuOpt library for logistics route optimization).
3. Open-Source NVIDIA Nemotron Models: Language and reasoning models that can be trained and optimized for specific tasks within an organization’s Ontology.

Jensen Huang, CEO of NVIDIA, summarized the shared vision: “Palantir and NVIDIA share a vision: putting AI into action, transforming enterprise data into decision-making intelligence.” Alex Karp added that the goal is to “fuse our AI-powered decision-making systems with the world’s most advanced AI infrastructure.”

The long-term implication is clear: Palantir and NVIDIA aim to establish the de facto standard for AI implementation in the most critical sectors, from logistics to defense, creating a platform where organizational “digital twins” can be managed and optimized by highly specialized AI agents. The integration of the future NVIDIA Blackwell architecture promises to further accelerate the entire pipeline, from data processing to model development to long-term reasoning agents.

§Controversies, Criticisms, and the Data Sovereignty Debate

Palantir’s rise is accompanied by persistent controversies that touch exposed nerves of contemporary society. The main criticisms can be grouped into several areas:

1. Mass surveillance and civil rights: Collaborations with agencies like ICE have been at the center of fierce criticism from civil rights and immigration organizations. Critics argue that systems like “ImmigrationOS” normalize pervasive, automated surveillance, risking turning anyone into a potential suspect. The system, designed to provide “near real-time visibility” on self-deportations, raises questions about the boundaries between law enforcement and mass monitoring. The American Immigration Council has warned that errors in such systems can lead to “detention, loss of legal status, or wrongful deportation.” Similar concerns have been raised about the use of Gotham by police forces for so-called “predictive policing,” accused of perpetuating racial and social biases already present in historical data.

2. Access of US Intelligence Services to Foreign Data: One of the most acute concerns, especially in Europe, relates to the possibility that sensitive data from foreign governments, processed on Palantir platforms, could be accessible to US intelligence agencies by virtue of US laws like the Cloud Act. A 2025 journalistic investigation, based on internal Swiss army reports, revealed that Swiss military experts concluded it “remained unclear” whether US intelligence services could access data shared with Palantir, despite the company’s official reassurances. This report, described as “explosive” by journalists, was a key factor in Switzerland’s refusal to contract Palantir. The same concerns have been raised in the United Kingdom regarding the contract with the NHS. Labour MP Clive Lewis, commenting on the Swiss case, stated: “Palantir… is an organization from which the British government, in terms of the NHS, in terms of contracts, should stay very far away… I think the Swiss army is right to be suspicious.”

3. Commercial Aggressiveness and Lack of Transparency: Palantir has been accused of aggressive commercial tactics and opacity. The Swiss investigation described a seven-year “shopping trip” by the company to Swiss federal authorities, which concluded with at least nine rejections. In the UK, the award of the £330 million contract for the NHS Federated Data Platform occurred despite strong resistance from doctors, activists, and parliamentarians, concerned about the sensitive nature of health data and the company’s ties to Peter Thiel, known for his libertarian positions and support for Donald Trump.

4. Militarization of AI and Responsibility (with a Focus on Israel): The use of Palantir platforms in war contexts, such as in Ukraine and particularly intensively in Gaza, reignites the debate on the autonomy of weapon systems and the psychological distance of killing. Although Palantir emphasizes that its tools support human decisions, the efficiency and analytical power they provide pose deep ethical questions. Accusations that systems like “Lavender” and “Habsora” generate target lists with high margins of error, striking civilians, have led to calls for regulation of exports of advanced AI systems, compared by some to “digital weapons of mass destruction.” Alex Karp, for his part, has publicly defended a position of American “technological supremacy,” arguing in a book that technological leadership is essential for national security in an era of competition with powers like China, which operate with “fewer ethical constraints.”

§Palantir in Europe: Between Adoption and Strategic Distrust

Palantir’s expansion in Europe is a microcosm of the global tensions the company embodies. On one hand, there is a fascination with the efficiency its platforms promise, especially in complex public sectors like healthcare and defense. On the other, there persists a deep strategic distrust regarding data sovereignty and dependence on an American company with strong ties to the US security apparatus, now further complicated by its close collaboration with Israel.

The British case is paradigmatic. The United Kingdom has become one of Palantir’s largest European clients, with two emblematic mega-contracts:

• The £330 million contract with NHS England for the Federated Data Platform.
• A £750 million contract with the UK Ministry of Defence to “power up military AI and innovation,” signed less than a year after the Swiss army had rejected Palantir precisely over security concerns. These decisions have generated fierce controversy in Parliament. MP Rachael Maskell asked the government to “undertake transparent due diligence” on Palantir’s conduct.

In the rest of Europe, the attitude is more cautious and fragmented:

• Germany: Adoption is uneven. Some federal states like Bavaria, Hesse, and Baden-Württemberg have chosen Palantir analysis software for their police forces. However, the head of German domestic intelligence, Sinan Selen, has publicly warned against European security services using US software, without explicitly naming Palantir. The Greens’ expert Konstantin von Notz explicitly asked the interior minister to “finally say goodbye to Palantir,” calling it a “highly controversial” company.
• Switzerland: After seven years of negotiations and a negative internal evaluation by the army, the Swiss Confederation has so far refused to adopt Palantir platforms.

This European scenario reflects a broader conflict: the gap between the urgent need for digital modernization of governments and industries and the strategic necessity for control over critical infrastructure and sensitive data. The European Union, with its GDPR regulations and initiatives for digital autonomy, seeks to chart a path that often clashes with the value proposition of companies like Palantir.

§Conclusion: The Ambivalence of Power through Data

Palantir Technologies is not simply a software company. It is a socio-technological phenomenon that crystallizes the fundamental dilemmas of our digital age. Its history from its founding in 2003 to its current partnership with NVIDIA outlines a trajectory of constant growth in influence, from the periphery of Silicon Valley to the center of operations of global governments and corporations. Its choice to openly “take sides,” rejecting clients like China and Russia and embracing an ever-closer alliance with Western security apparatuses and with Israel, transforms it into a geopolitical actor in its own right.

Its value proposition—providing coherence from the chaos of data—is undeniably powerful and addresses a real need in a world of fragmented information. The ability to help find missing children, optimize vaccine distribution, make supply chains more efficient, or protect against terrorist threats demonstrates the positive potential of its technology.

However, the exact same power, when applied to immigration surveillance, military targeting—especially in high-intensity contexts like Gaza—or predictive profiling, raises disturbing questions about the future of privacy, individual autonomy, social justice, and international law. The ambivalence is intrinsic to the tool. The duality of its public image—crucial infrastructure for Western security for some, a symbol of uncontrolled technological surveillance and complicity in human rights violations for others—is not a misunderstanding to be clarified, but the direct consequence of the scale and depth of the impact its platforms can generate.

The crucial question Palantir poses to society is not so much technological, but political and philosophical: How can liberal democracies govern and limit the use of such pervasive analytical tools, especially when they are managed by a private company with precise geopolitical agendas and alliances? How can robust legal and ethical boundaries be established when the technology to overcome them evolves continuously and is tested in real war theaters? The answer to these questions will determine not only Palantir’s fate, but the kind of digital future—and the price in terms of freedom and human lives—we are willing to accept.

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