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McCarthy partners with Palantir to integrate AI across construction operations
McCarthy Building Companies signed a multi-million-dollar partnership with Palantir to embed AI in construction operations. The deal targets labor constraints and bottlenecks.

McCarthy Building Companies has entered a multi-year, multi-million-dollar partnership with Palantir Technologies to embed artificial intelligence across its construction operations. The agreement integrates Palantir's Artificial Intelligence Platform into project delivery processes, addressing industry-wide labor constraints and operational bottlenecks by connecting data from preconstruction through field execution.
Connecting construction workflows
Under the agreement, McCarthy will deploy Palantir's technology to build a connected operating system based on its 160 years of institutional knowledge. A core component of this rollout is Pulse, an AI-native operations suite. The platform provides project teams with real-time insights, scenario analysis, and risk evaluation to help managers and field personnel identify constraints during active builds.
Applying AI across business functions
McCarthy plans to apply these tools across multiple operational areas, including estimating, contract management, bidding, quality assurance, logistics, and equipment planning. The initiative includes a broader push to connect enterprise data through a common technology framework. This setup allows information generated in one department to directly support decision-making in another. To support this shift, McCarthy is organizing its internal technology teams around embedded engineering groups and developing proprietary software applications. This approach reflects a wider industry trend where contractors invest in AI for Operations to improve data accessibility and speed up decisions.
Why this matters for operations professionals
For operations professionals, this partnership highlights the shift toward integrated platforms that manage project visibility and risk. As contractors deploy these systems, operations teams will increasingly rely on AI-enabled tools to coordinate planning, field execution, and project controls. The ability to link estimating data with real-time field logistics can reduce friction and prevent costly delays. Professionals managing construction workflows should expect to see these data-driven tools become standard requirements for project delivery.