Procore expands NVIDIA partnership to add digital twin tools aimed at reducing megaproject risk

Procore Technologies, the construction management software company, said it is moving to the next phase of its collaboration with NVIDIA, with the stated goal of bringing more advanced digital twin capabilities to help teams anticipate and reduce risk on megaprojects.

The announcement was made October 21, 2026 at Procore’s Groundbreak 2026 conference in Orlando, Florida. Procore framed the work as an effort to use digital twin technology to improve planning and decision-making for very large projects where scheduling, cost, safety and coordination challenges can compound over time.

While the company did not provide detailed technical specifications in the materials available for this report, the emphasis on “predict and minimize risks” suggests Procore is looking to strengthen the predictive and simulation side of digital twins rather than limiting them to visualization. In common usage, a digital twin is a data-driven model of a physical asset or environment that can be updated as new information becomes available, enabling teams to test scenarios and foresee potential issues.

Procore also positioned the initiative around megaprojects, a term typically associated with complex, multi-stakeholder builds such as large transit systems, large-scale industrial facilities, and major infrastructure programs. In those settings, risk can include construction sequencing problems, clashes across disciplines, supply chain timing, and other operational uncertainties that are difficult to manage with static plans.

NVIDIA, for its part, is a leading supplier of accelerated computing platforms used for AI and simulation workloads. Across industries, companies often turn to NVIDIA technology to power large-scale model training, real-time analytics, and computation-heavy simulations that would be difficult to run efficiently on conventional hardware. Procore’s decision to link its digital twin push to NVIDIA therefore fits a broader pattern in which construction and engineering firms seek more compute-intensive capabilities to make their project models more responsive.

Still, several key details were not disclosed in the announcement materials available here. Procore did not specify which NVIDIA technologies it is integrating, what data sources the digital twins would ingest (for example, whether the approach would rely on project schedules, 3D design data, sensor feeds, or historical performance), or how customers would experience the feature in their existing workflows.

The company also did not describe commercial packaging, timelines, or availability. It was not stated whether the new capabilities are limited to certain Procore modules, specific customer groups, or particular project sizes, nor did the announcement provide performance metrics such as accuracy improvements, cycle-time reductions, or risk reduction outcomes.

For the market, the move indicates continued investment in AI-enabled construction software and digital twins, areas that have drawn growing attention as project stakeholders push for more proactive risk management. What to watch next is whether Procore follows with product-level details, customer case studies, and clear information on rollout timing and how the predictive elements of the digital twins are measured in practice.