Explore how Autonomous Valve CFD (AVC) enhances deluge valve performance by improving UL/FM test readiness, reducing costs, and accelerating time-to-market for industrial fire safety systems.
Explore how Autonomous Valve CFD (AVC) compares with traditional flow loop testing through a detailed benchmark study, delivering accurate performance insights for confident decision-making in critical valve design applications.
Explore the challenges of manual PDF to BIM conversion and how AI-powered PDF2BIM reduces geometry setup time by 90% and enables 10x faster Building Energy Modeling workflows.
CCTech celebrates a major achievement as the simulationHub team secures the Second Position at ISV SaaS Fest 2025—an innovation-driven event hosted by AWS and Comprinno. This article showcases how our 2D-to-3D Buildings AI Viewer was engineered using cloud-native, AI-assisted workflows to dramatically accelerate building model generation. From instant geometry creation to scalable AWS integration, the solution demonstrates how CCTech is shaping the future of building energy modeling through intelligent automation and rapid prototyping.
Buildings AI eliminates long-standing interoperability challenges by unifying design files from Revit, AutoCAD, PDFs, and FloorSpaceJS into accurate, simulation-ready building energy models. Through AI-driven automation, PDF2BIM, and seamless BIM integration, it streamlines geometry preparation, reduces errors, and accelerates HVAC load and energy simulation workflows for architects and engineers.
Agentic AI and digital twins are revolutionizing smart buildings and HVAC systems by enabling predictive control, autonomous energy optimization, and data-driven operational intelligence. This piece highlights how AI-powered HVAC, simulation-driven digital twins, and adaptive building analytics will enhance efficiency, thermal comfort, and net-zero performance—shaping the future of intelligent, sustainable building design.