October 20, 2025
Klorad Engine v0.0.1 - Powering the Future of Digital Twins
At the intersection of engineering precision and digital intelligence lies the Klorad Engine, a web-based platform developed by Prieston Build & Innovate to bridge the physical and digital worlds. Born from more than a decade of research and experimentation in web-based 3D visualization and geospatial technologies, Klorad represents a new foundation for digital twin innovation.
Dual-engine architecture
Klorad brings together the combined power of Three.js and CesiumJS, uniting photorealistic rendering with geospatial accuracy. This dual-engine architecture allows designers, engineers, and developers to work seamlessly across both local and global scales, from detailed BIM and CAD models to full-scale city simulations and infrastructure networks. Through its modular core, Klorad transforms the web into a fully capable environment for real-time visualization, simulation, and interaction. The engine integrates advanced domains such as IoT data visualization, BIM integration, and CAD interoperability, offering a unified platform where live data meets 3D context. With its component-based structure, Klorad serves as the backbone for platforms that demand adaptability, performance, and precision, from smart city dashboards and industrial twins to immersive visualization portals.
Beyond Rendering
Beyond rendering, Klorad includes a comprehensive component library and multiple SDKs, empowering developers to build custom applications, interfaces, and analytic modules directly on top of its architecture. Its scalable framework supports everything from asset monitoring and spatial analytics to collaborative virtual environments, all accessible through a modern web browser. Every line of code in Klorad reflects a philosophy of engineering clarity applied to digital innovation. By merging two of the most powerful 3D engines on the web and enhancing them with Prieston’s expertise in geospatial systems, Klorad transforms complexity into coherence and gives form to the future of digital twin technology.
