Procore Launches Connected Common Data Environment to Power AI-Driven Construction Management
Procore Technologies, a global leader in construction management software, has unveiled its new connected Common Data Environment (CDE), a platform designed to transform how construction teams manage, verify, and utilize project information throughout the entire building lifecycle. The launch represents a major step forward in the construction industry’s digital transformation, creating a trusted data foundation that enables advanced artificial intelligence capabilities, including agentic AI, to operate effectively across projects.
The construction sector has long struggled with fragmented data, disconnected workflows, and information silos that hinder collaboration and decision-making. Despite significant advances in digitization, many organizations still rely on multiple systems that fail to communicate seamlessly with one another. As a result, project teams often spend considerable time searching for information, reconciling conflicting data, and addressing errors that contribute to delays, rework, and increased costs.
Procore’s new connected CDE addresses these challenges by providing a single platform that unifies project information from approved design through project handover. Rather than serving merely as a repository for documents, the platform functions as an active governance environment that ensures data remains connected, verified, and aligned with real-world site conditions throughout the construction process.
The importance of connected data is becoming increasingly evident across the industry. Recent research conducted by Dodge Construction Network highlights the significant advantages enjoyed by organizations that have optimized their data management practices. According to the study, companies with strong data strategies achieve up to 23 percent higher productivity and can manage nearly 28 percent more construction volume using the same resources. These organizations also experience shorter project delays, reducing schedules by more than six days on average, while reporting overall performance improvements of up to 40 percent.
These findings demonstrate why connected and trustworthy project data has become a critical requirement for construction firms seeking to improve operational efficiency and successfully adopt emerging technologies such as artificial intelligence. Without a reliable information foundation, AI systems struggle to generate meaningful insights or automate complex workflows.
Procore’s connected CDE is designed to create precisely that foundation. By capturing evidence directly within the flow of work and maintaining alignment between digital records and site activities, the platform helps ensure that project information remains accurate and trustworthy. This capability is particularly important for organizations operating in highly regulated environments where compliance and accountability are essential.
For construction teams across Europe, the platform supports compliance with important industry frameworks such as ISO 19650 and the Building Safety Act. By maintaining a connected and traceable project record, organizations can establish the defensible audit trails needed to satisfy regulatory requirements and demonstrate accountability throughout the project lifecycle.
Lee Miles, General Manager for Europe, the Middle East, and Africa at Procore, emphasized that the industry’s challenge has evolved beyond simply replacing paper-based processes with digital tools. According to Miles, the focus now is on ensuring that information flows consistently across teams, workflows, and project phases. As projects become increasingly complex and regulatory expectations continue to rise, organizations require trusted information environments that not only improve current performance but also support the next generation of AI-powered construction technologies.
A key element of Procore’s announcement is the expansion of its AI capabilities through the integration of Datagrid technology directly into the Procore platform. This enhancement introduces agentic AI coworkers capable of automating construction workflows and performing actions within project environments.
Unlike traditional AI tools that primarily retrieve information or answer questions, agentic AI is designed to take action based on project context. These intelligent digital assistants can analyze relationships between workflows, interpret project data, and support decision-making across complex construction environments. The goal is not to replace construction professionals but to eliminate administrative burdens and allow teams to focus on higher-value activities.
The practical benefits of this approach are already becoming apparent. Buro Happold, a global engineering consultancy, has reported significant improvements through the use of AI-enabled workflows. According to Chief Technology Officer Alain Waha, the organization is on track to reduce administrative work related to Requests for Information (RFIs), responses, and submittal reviews by approximately 50 percent. By embedding AI directly into project workflows, teams can spend less time searching for information and more time advancing project objectives.
The effectiveness of Procore AI stems from its ability to access and understand structured project datasets. The system connects with Building Information Modeling (BIM) data, drawings, specifications, RFIs, submittals, and field activity records. This comprehensive understanding allows AI to interpret both the physical and operational dimensions of a project.
As a result, construction teams can quickly identify information that already exists within project records before creating new RFIs, reducing duplication and unnecessary administrative work. The platform can also detect inconsistencies between approved designs and actual site conditions, helping teams address issues before they escalate into larger problems. By connecting related workflows, documents, and historical project information, Procore AI enables faster issue resolution and greater project visibility.
Tasks that traditionally required hours of manual investigation can now be completed in minutes. Importantly, the system provides transparent source attribution, allowing users to understand how conclusions were reached and maintain confidence in the information being presented.
Unlike general-purpose AI platforms, Procore’s AI capabilities have been developed specifically for the construction industry and are grounded in verified project data. This specialization enables the technology to identify emerging risks, highlight coordination challenges, and recommend appropriate next steps before issues impact project schedules or budgets. By helping teams detect root causes earlier and make informed decisions more quickly, the platform has the potential to reduce delays, minimize rework, and improve overall project outcomes.
Procore plans to showcase its connected CDE and enhanced AI capabilities at Digital Construction Week in London, providing industry professionals with an opportunity to explore the technology firsthand.
Initially, the connected CDE will be available in the United Kingdom and Ireland, with expansion planned across the broader Europe, Middle East, and Africa region. To support regional requirements, Procore has established a localized UK Data Zone and intends to launch a dedicated EU Data Zone in the fall of 2026. The platform also supports major industry standards and is working toward achieving Cyber Essentials certification by the end of the year.
With the introduction of its connected CDE and agentic AI capabilities, Procore is positioning itself at the forefront of construction technology innovation, helping organizations create a more connected, intelligent, and efficient future for project delivery.
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