The primary pain point addressed by Cube Plus pertains to the limited availability and fragmentation of sustainable, smart infrastructure in urban environments. In many cities, access to electricity in public spaces is inconsistent and often relies on unsustainable sources. This poses a challenge for individuals needing to charge devices or access digital services while on the go. Additionally, many existing urban furniture solutions lack integration with smart technologies, which could enhance their utility and environmental impact. There is a clear market gap for urban furniture that not only offers functionality but also aligns with the growing emphasis on sustainability. Traditional urban furniture fails to meet the needs of modern urban spaces. One of the main challenges in smart urban furniture is the limited availability of sunlight to power such devices. In cases where there is insufficient sunlight, these benches often function solely as regular benches, primarily suitable for outdoor environments. Moreover, the high cost of creating smart hub stations poses challenges for city management.

"Cube Plus addresses the challenges of modern urban spaces by providing innovative solutions through smart urban furniture. Our products bridge the gap in the market by integrating clean and sustainable energy generation directly into urban furniture, ensuring functionality regardless of sunlight availability. This is achieved through our unique triple energy system that combines solar, kinetic, and magnetic energy sources. This allows our benches to function efficiently in both outdoor and indoor settings, ensuring continuous operation. Furthermore, Cube Plus urban furniture is equipped with additional smart technologies such as Wi-Fi connectivity and charging stations, which are not only convenient but also address the needs of a digitally connected population. By integrating these features, we enhance the utility and environmental impact of urban furniture, making it more than just a place to sit but a hub of smart energy and connectivity. This approach significantly reduces the reliance on traditional power sources and decreases the operational costs associated with maintaining urban furniture, making it an attractive option for city planners and municipal management. Our innovative solutions not only fulfill the current demand for smart and sustainable urban infrastructure but also contribute to the broader goals of creating more livable, environmentally friendly urban spaces."