FiGlass operates at the intersection of material science and smart building technology, specializing in the development and application of advanced glazing solutions. The company engineers dynamic glass that can alter its transparency, providing on-demand privacy and light control. This core product, a form of switchable smart glass, utilizes Polymer Dispersed Liquid Crystal (PDLC) technology that transitions from opaque to clear when an electrical current is applied. The firm caters to both architectural and automotive sectors, offering turnkey services that span from design and construction to the final installation of its smart glass products. For the architectural market, FiGlass’s solutions are positioned as a modern alternative to traditional window treatments like blinds or curtains, targeting clients in commercial spaces, smart homes, and retail environments who seek a minimalist aesthetic and functional flexibility. In retail, the glass can be used for dynamic displays. For existing structures, the company provides a self-adhesive smart film that can be retrofitted onto any glass surface, offering a more accessible entry point to its technology. FiGlass’s B2B model is centered on providing bespoke, end-to-end project delivery. Revenue is generated through the sale and installation of its custom-built smart glass panels and retrofit films. Beyond privacy, the products offer benefits such as UV protection, glare reduction, and improved energy efficiency by controlling solar heat gain, which can help regulate indoor temperatures and reduce reliance on air conditioning. The company also supplies its specialized glass to the automotive industry, contributing to next-generation vehicle design by integrating switchable privacy features into car windows. Keywords: smart glass, switchable glass, PDLC film, dynamic glass, privacy glass, intelligent glass, architectural glass, electrochromic, smart windows, building technology, retrofit smart film, automated shades, glazing solutions, light control, energy efficient windows, smart building materials, automotive glass, privacy on demand, transparent displays, architectural technology
