The wearable showdown is emerging as a key battleground in education and technology. Charles County Public Schools (CCPS) teams recently competed in the regional Mathematics, Engineering and Science Achievement (MESA) Showcase, where students tested their skills in challenges such as the Wearable Technology Challenge. According to the school district, teams from Berry, Dr. Samuel A. Mudd, and other schools advanced to the state-level competition on May 2 at the Johns Hopkins Applied Physics Lab Campus in Laurel.

Students Compete in Wearable Technology Challenges

The MESA Showcase includes a variety of challenges tailored for elementary, middle, and high school students; At the elementary level, teams competed in the Wearable Technology Challenge, Planetary Lander Challenge, and others. The first-place team in the Planetary Lander Challenge at the regional level was from Berry Elementary School — Team members included Jade Belle, Malcolm Hill Jr., Eliana Pillera, and Jordan Weeks, with coordinators Marietta Wachowski, Amber Wachowski, and Shauntia Pickeral.

Dr. Mudd Elementary placed second in the Planetary Lander Challenge; their team included Zoe Bennett, Adriana Galdamez Martinez, Clara Stanley, and Zendaya Savoy, with school coordinators Brandy Alexander and Maribel Reyes. These achievements highlight the growing importance of wearable tech education, preparing students for future careers in STEM fields.

Apple Enters the Wearable Showdown with AI-First Smart Glasses

While students are building wearable tech in school competitions, tech giants are preparing for a new chapter in the wearable showdown — According to industry reports, Apple is expected to reveal its first smart glasses as early as 2026. Unlike previous assumptions that Apple’s next big device would be an augmented reality (AR) headset like Vision Pro, the new smart glasses are reportedly built around artificial intelligence (AI) rather than immersive displays.

Apple’s smart glasses. Which insiders are calling “Visual Intelligence,” are expected to focus on AI functionality that understands the user’s environment; this approach suggests a shift from traditional screen-based wearables to a more intelligent, context-aware experience. According to reports from 9to5Mac. The glasses will prioritize AI over augmented reality, aiming to make the user’s real-world experience more intuitive and responsive.

Modders Push the Limits of Wearable Tech

While Apple and others focus on AI-driven wearables, modders are pushing the boundaries of what is possible with existing smartwatches, as a modder known as LeggoMyFroggo has created a wearable device called the Time Frog Color, which transforms a smartwatch into a functional Game Boy Color. This device allows users to play classic games like Pokémon Gold, Silver, and Crystal while also maintaining the core function of a smartwatch.

The Time Frog Color is the result of over two years of work, according to Hobby Consolas. The modder used original parts from a Nintendo Game Boy Color, integrating the battery into the watchband and scaling down the screen while preserving the vibrant colors of the original console. The device uses the original CPU of the Game Boy Color and can load microcartuchos for game play. It also keeps track of time even when powered off, fulfilling the dual purpose of a smartwatch and a gaming console.

These developments, from school competitions to AI-powered smart glasses and modded smartwatches, illustrate the broad scope of the wearable showdown. As education, technology, and DIY innovation converge, the future of wearable tech is becoming more diverse and exciting than ever before.