Mark Zuckerberg, CEO of Meta, has made a groundbreaking announcement that could redefine the future of personal technology. Speaking at a recent tech conference, Zuckerberg boldly predicted that mobile phones, which have been a staple of modern life for nearly three decades, will soon become obsolete, replaced by smart glasses as the primary computing platform. This prediction has given rise to a discourse and controversy within the tech circle, especially when big companies like Meta and Apple are focusing more on the development of augmented reality (AR) and smart glasses. Smartphones that have been adopted from just being mere communication gadgets to something more than personal computers are now threatened by newer technologies such as smart glasses. According to Zuckerberg, this new form of wearable computing will provide a more immersive, natural, and socially integrated experience compared to the traditional mobile phone. "There will come a point where your smartphone will be in your pocket more than out of it," Zuckerberg explained, forecasting that by the 2030s, people will choose smart glasses for day-to-day tasks over traditional smartphones. The Timeline for Transition According to Zuckerberg's vision, the shift from smartphones to smart glasses will not happen overnight. It is going to be a slow step-by-step process during the next ten years at worst, and the functionality of smart glasses will be beyond the current smartphone and tablet devices. Here’s a possible timeline for the evolution of this shift: 2025-2027: Widespread adoption of basic smart glasses for notifications, simple interactions, and hands-free functionality. 2028-2030: Smart glasses with advanced augmented reality capabilities, including real-time navigation, contextual information, and immersive experiences, become mainstream. 2031-2033: Smart glasses match or exceed smartphone functionality, including media consumption, communication, and productivity tools. 2034-2036: Smartphones become secondary devices for most users, with smart glasses taking center stage as the primary computing platform. Technology Advancements Driving the Revolution Widespread adoption of smart glasses is being driven by major developments in several industry-leading technologies. These include: Augmented Reality (AR): AR is making its way in changing how users approach and engage with multimedia content by offering simple overlays to complete immersion within a virtual world. Miniaturization: While some of these were once thick prototypes, they are becoming much thinner and more fashionable, and people will be quite happy wearing these all day. Battery Technology: Advances in battery capabilities will allow smart glasses to perform throughout a single day, thus they will become useful. AI Integration: Advanced AI will enable smart glasses to provide predictive assistance, contextual awareness, and real-time feedback, making them more useful and efficient than smartphones. Smart Glasses: What Can They Do? Smart glasses are poised to revolutionize how we interact with technology. Smart glasses may thus become assistants who, using augmented reality, overlie information from the digital environment on the real one, updating the user on anything from directions to the weather, the news, and one’s social media accounts. These devices will also help in voice communication where people will be able not just to call, write messages, or control the content on display. As Zuckerberg and other tech giants like Apple push the boundaries of augmented reality and wearable technology, the transition from smartphones to smart glasses could reshape the way we live, work, and communicate. As we approach the edge of this technological revolution, it is evident that the transition from smartphones to smart glasses will have profound implications for our interactions with the surrounding world. Although this transition will occur gradually, the forthcoming adoption of wearable computing devices signifies a significant transformation in our engagement with digital content and interpersonal communication.