The speed at which the Pentagon selects and executes battlefield strikes has become a competitive advantage, and one technology firm is making the case that it has fundamentally changed how that works. At Palantir's AIPCON conference on Thursday, senior defence officials credited the company's Maven Smart System with accelerating targeting decisions during Operation Epic Fury, the ongoing campaign of strikes on Iran.
Cameron Stanley, the Pentagon's chief digital and artificial intelligence officer, described a dramatic consolidation of military decision-making infrastructure. Previously, he said, the targeting workflow involved eight or nine separate systems where analysts would manually shuttle intelligence between platforms to reach a decision. "So we've gone from identifying the target to now coming up with a course of action, to now actioning that target, all from one system. This is revolutionary," Stanley told the conference audience.
The shift matters in practical terms. Military terminology for the compressed decision cycle is "closing the kill chain." According to Palantir architect Chad Wahlquist, the system has allowed the Pentagon to reduce the number of intelligence officers required for targeting analysis from 2,000 to 20. "Doing more with less is really enabling the warfighter to really keep everyone safe and really go after the mission," he said.
How Maven works
The Maven Smart System integrates surveillance data from satellites, drones, signals intercepts, and radar into a single interface. Machine learning algorithms identify potential targets and flag them for human review. Commanders then decide whether and how to strike. The system is described by its defenders as a decision-support tool, not an autonomous weapons platform. Humans retain the power to approve or reject each target.
The technology's lineage is significant. The project originated in 2016 when Pentagon leaders were searching for what the military calls "the third offset"—a technological advantage to counter adversaries. Google was the original contractor but withdrew in 2018 after internal staff protests over military applications. Palantir took over the work, developing Maven Smart System as the commercialised version.
Pentagon expansion of Maven has been rapid. In May 2024, the Defence Department signed a $480 million five-year contract with Palantir. By May 2025, defence leaders had increased that ceiling by $795 million, raising it to $1.3 billion through 2029. The rationale was straightforward: combatant commanders were demanding the system faster than anticipated.
Expansion across allied militaries
Maven Smart System NATO, a version tailored for the alliance, was acquired by NATO in March 2025, only six months after requirements were outlined. The US Marine Corps negotiated an enterprise licence in September 2025, expanding access down to tactical units. The Pentagon's budget decisions suggest sustained demand from across military services.
Palantir CEO Alex Karp addressed the defence establishment directly at the conference. "If you're expecting us not to support warfighters once they're in battle you got the wrong company," he said. "Once the war starts, we're not interested in debating how we're supporting them. We are very, very proud to have our role in making sure that American men and women come home safe."
The human element remains critical
Military and academic experts emphasise that systems like Maven are fundamentally tools for human decision-making, not replacements for it. A report from the Conversation notes that the US military struck approximately 1,000 targets in the first 24 hours of Operation Epic Fury, partly enabled by Maven. Yet the system only identifies candidates and organises data. Commanders decide.
This distinction matters for accountability. When a weapons system operates at speed, overseen by fewer personnel and consolidating information from multiple classified sources, the question of who bears responsibility for targeting decisions becomes more complex. The Pentagon argues that centralising the process improves accuracy and reduces civilian casualties by giving commanders better information faster. Critics raise concerns about whether centralisation creates new blind spots.
The financial commitment speaks to institutional confidence in the technology's value. Whether that confidence is justified will depend on factors beyond speed: the quality of targeting decisions, the accuracy of the underlying intelligence, and the resilience of oversight mechanisms when the system faces novel scenarios in future conflicts.