The idea of smart homes has been around for quite some time now, and over the last couple of years, domestic smart home solutions have really taken off. The ultimate aim of smart homes is to reduce the mental load on homeowners, allowing busy individuals to come home and enjoy the convenience of automated environments. By making home products intelligent and aligning them with the homeowner's lifestyle, smart home systems can provide a more comfortable, healthier, eco-friendly, energy-efficient, and intelligent living space. While we've made significant progress, there’s still a long way to go in terms of practicality, usability, and truly integrating these systems into our daily lives.
### Current State of the Smart Home Industry
A renowned market research center recently noted that while the smart home market is growing, it’s still far from maturity. The reliability and practicality of current smart home systems aren’t where they should be, and there’s a clear need for improvement. Currently, each smart home product operates within its own ecosystem, lacking a standardized protocol. This fragmentation creates challenges for users and hampers widespread adoption. For manufacturers in the smart home space, the challenge lies in finding a unique niche in a crowded market—a "Blue Ocean" amidst the "Red Sea" of competitors. However, standing out isn’t easy, and even when a company does find a unique angle, maintaining it can be difficult. To achieve long-term success, companies must focus on solving critical consumer pain points and excelling in areas where others are weak.
Since the inception of the smart home industry, most stakeholders have returned to the core purpose of smart homes: enhancing convenience, comfort, and simplifying daily tasks. Steady growth, coupled with significant R&D investments, is what will drive innovation forward. Sci-fi-like smart home experiences could soon become a reality.

### Breaking Through in Smart Home Innovation
From a user experience standpoint, smart homes are all about seamless interaction with household devices anytime and anywhere. Users should be able to remotely or minimally control aspects like air quality, water supply, food storage, temperature, and lighting to enhance their comfort and convenience. The pinnacle of this interaction is full automation. For instance, a refrigerator might automatically reorder groceries based on your consumption habits, or an air conditioner could adjust the temperature based on your schedule.
In such a highly integrated scenario, different home appliances need to work together on a unified platform, controlled via a single interface. Ideally, all connected devices would operate on the Internet of Things (IoT). However, the reality is quite different. Competing home appliance companies are each developing their own ecosystems, vying to become the primary entry point for users. As a result, different brands offer separate apps, forcing users to download multiple apps just to control various smart devices. This creates unnecessary complexity for users who are already dealing with an increasing number of smart gadgets.
Thus, the smart home industry needs a universal super-platform to simplify user experience. From a business perspective, controlling this platform is crucial for strategic dominance. Think of it as the operating system (OS) for smartphones—whichever company dominates this platform will control the user’s access point.
Major players are already recognizing this opportunity. Haier’s U+ system, Apple’s HomeKit, and Samsung’s Smart Home service are all attempts to capture this market and gather valuable user data.
The smart home sector is rapidly evolving, with diverse products and technologies emerging. As prices drop, smart home solutions are becoming increasingly accessible to consumers. Let’s stay tuned to see how this market develops!
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Fresnel Lens
The fresnel lens is a thin sheet made of plastic material. One side of the lens surface is smooth, and the other side is molded with concentric circles from small to large. Its grooves is designed from the interference of light, the relative sensitivity, and receiving angle requirements.
Compared to the conventional Spherical Lens, a Fresnel lens by the lens divided into a series of concentric circles theoretically infinite number of lines (i.e., the Fresnel zone) to achieve the same optical effect, while saving the amount of material For these lines, the overall thickness of the lens is reduced; ordinary Fresnel convex lens is actually a continuous curved surface is truncated to a section of a discontinuous change of the curvature as the surface is finely divided, so look like a
circle around the lines. Fresnel lenses may in fact be regarded as a series of prisms are arranged in a ring, wherein the relatively sharp edge, and the center of the convex surface is relatively smooth.
Fresnel lenses are mainly used in optical imaging industry ( projectors, VR, AR, etc.), Fresnel lenses are used in LED lighting distribution (spotlights, floodlights, stage lights, traffic signal lights), infrared induction lenses are used in ( industry 4.0 intelligent fields, building security systems, induction lighting, etc.), large Fresnel lenses are used in ( photovoltaic concentrated light generation, heat collection, light utilization, etc.).
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