Company: GAUZ
Filing Date: 2025-03-11
Form Type: 20-F
Source: 0001213900-25-022437
Chunk: 17

Company: Gauzy Ltd.
Filing Date: 2025-03-11
Form: 20-F
Item: Item 4
Chunk 17
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 the floor in the center of the car, glass panoramic sunroofs are becoming
an industry standard as a solution to save head room as the glass panels installed on roofs are thinner than traditional automobile roofs.
Utilizing smart glass in these glass panoramic sunroofs also allows for the control of the amount of heat, light and glare.

Commercial Vehicles

In the commercial vehicle
market, OEMs are developing trucks and buses replacing traditional side-view mirrors with fully-integrated CMS technology that can analyze
road conditions in real time and alert the driver of hazards to better protect VRUs. Meanwhile, light control technologies will allow
operators the ability to provide passengers with controllable ambience settings on bus or train rides.

Aerospace

In aerospace, we expect key
OEMs to devote a significant amount of resources and capital over the next decade to updating their fleets’ interiors with cabin
shading technologies as a key differentiator in the marketplace. Here, we are leveraging our expertise in cockpit applications to expand
our strong and growing market presence in the cabin light management market. We are also a leading provider of dimmable solutions and
glazing options to commercial and private jet and helicopter OEMs. As one of the companies currently manufacturing dimmable solutions
and solar protection for helicopters, we expect to expand our market share in this segment with our customizable light control solutions.

Architecture - Exterior Applications

According to the U. S. Department
of Energy, in 2021, building use in the residential and commercial sectors accounted for 39% of total U. S. energy consumption and 75%
of total U. S. electricity use, most of which is being used to maintain the building’s interior conditions. Integrating light control
technologies into a building will help reduce energy use associated with lighting, heating and cooling by about 20%. By 2050, it is anticipated
that the adoption of smart glass can eliminate 2.19 gigatons of CO2, resulting in $321.5 billion in savings.

Architecture - Interior Spaces

In addition to lowering a
building’s carbon footprint, smart glass is a sophisticated interior design element that has a number of innovative functions.
Coupling light control technologies with the benefits of using glass partitions balances the need for privacy with the desire to enhance
and efficiently sanitize interior spaces. As an engineering solution, the use of glass as an interior partition maximizes space as glass
partitions are generally thinner than standard drywall partitions, allowing architects and interior designers to fully utilize the