The MCP Connector for Autodesk Platform Services® and Procore® is a technology demonstration that leverages the emerging Model Context Protocol (MCP) standard and AI‑powered natural language processing to showcase how organizations can seamlessly bridge the gap between Building Information Modeling (BIM) and construction management. By integrating Autodesk Platform Services® (APS) for model visualization, geometry, and design metadata with Procore® for budgets, cost codes, and progress tracking, it enables users to query BIM models conversationally, extract element properties and quantities, and automatically synchronize results with Procore budget items and codes. The demonstration also contextualizes unstructured field data from Procore against BIM elements and visualizes real‑time construction status in color‑coded 3D, helping eliminate duplicate data entry, reduce inconsistencies, and maintain a unified source of truth—aligning design intent with field execution and laying groundwork for lifecycle interoperability.

AI Proposal Generator is a technology demonstration that explores how combining generative AI with retrieval-augmented generation (RAG) can improve and streamline proposal development. It shows an approach to managing high-volume, time-sensitive requests for proposals, accelerating turnaround time, ensuring brand and messaging consistency, customizing content for different project contexts, maintaining compliance, and automating routine tasks through context provisioning—drawing on previous project experience, company standards, and domain-specific nuances. 

AI Structural Failure Inspection is a technology demonstration that leverages an AI/ML-based image recognition method to showcase how Construction/Facility management companies and inspection agencies can automate the detection of structural failures by identifying potentially dangerous cracks. The proposed automation will significantly improve the safety inspection efficiency and accuracy, and reduce the accident risks caused by structural damage.

Parametric Shaft Modeler is a technology demonstration of creating multi-diameter shafts based on the sophisticated geometric kernel, highlighting the potential to enhance design processes across multiple sectors such as CAD software companies, third-party developers, engineering and design companies, manufacturing firms, product development teams, and simulation and analysis firms.

AI Warehouse Robot Simulator is a technology demonstration of simulating, suggesting, and training robots suitable for warehouse technical constraints based on the warehouse model to achieve greater efficiency, accuracy, and flexibility in logistics, supply chain operations, and warehouse management while also enhancing workforce safety and reducing the risk of workplace injuries and other health emergencies.

With increasing materials expenses in the construction industry, mastering takeoff calculations is a crucial step for accurately forecasting project expenses and enhancing bidding strategies. Aiming to address key business challenges in the industry, AMC Bridge has created AI Construction Takeoff, a new proof-of-concept tool that aims to show what the future of construction takeoff can be. AI Construction Takeoff is a technology demonstration of automating the detection of a predefined set of symbols in construction drawings and the calculation of room square footage to streamline the construction takeoff process.

Construction Quality and Progress Checker is an ML-based technology demonstration of ensuring floor plan accuracy that helps optimize spatial arrangements, prevent costly rework and delays, and help make informed decisions in the construction, architecture, real estate, and facility management industries.

LiDAR Scan-to-BIM Floor Planner is a technology demonstration that simplifies the process of floor plan generation for facility management based on existing real estate, showcasing automated and rapid floor planning and floor plan export flexibility and enabling cost-saving estimation of materials required for construction or renovation, offline work capability, and improved property marketing. The technology demonstration paves the way to enhance the design, sales processes, and construction in the real estate industry.

Floor Plan Generator for Autodesk® Revit® is a generative design–based technology demonstration of creating floor plans in the Autodesk Revit software to streamline the design process and improve outcomes in real estate development, interior design, and facility management. Considering specified design goals, space requirements, and constraints, Floor Plan Generator for Autodesk® Revit® demonstrates possible solution permutations, visualizes them in 3D, and enables exploring and optimizing design alternatives quickly and efficiently.