Light Stanza

LightStanza is a state-of-the-art software platform designed to deliver precise daylight simulations and advanced lighting analysis for architects, lighting designers, and sustainability professionals. Founded in 2015 and based in Boulder, Colorado, LightStanza leverages the industry-standard RADIANCE engine, ensuring reliable and accurate data for even the most complex projects. Its innovative approach makes it the preferred tool for those aiming to optimize daylight performance in their designs.

The platform’s user-friendly interface simplifies intricate daylight calculations, enabling users to simulate various daylight systems such as skylights, automated shading, and electrochromic glass. With the ability to run multiple simulations simultaneously, LightStanza enhances productivity and streamlines collaboration among design teams. Whether you're exploring new ideas or refining a project for final delivery, LightStanza's robust features make it easier than ever to achieve exceptional results.

Designed with compliance in mind, LightStanza offers tools to meet key industry standards like LEED and WELL. The software provides detailed metrics and reports, including daylight factors, glare analyses, and other sustainability benchmarks, helping users design spaces that are energy-efficient and comfortable. This functionality supports professionals in their pursuit of healthier, more sustainable buildings, while also simplifying the regulatory approval process.

Beyond its technical strengths, LightStanza prioritizes customer support and community engagement. Users have access to real-time assistance from manufacturer representatives and can participate in webinars to enhance their skills. This commitment to education and innovation ensures that LightStanza users remain at the forefront of the industry.

With its combination of cutting-edge technology, ease of use, and unwavering focus on user success, LightStanza continues to set the standard for daylight and lighting analysis. It empowers professionals to create designs that maximize natural light while promoting sustainability and occupant well-being.