"WristSens"e is an EMS-based navigation wristband that addresses the mobility challenges faced by visually impaired individuals and athletes. My research explores the intersection of wearable technology, human-centered design, and inclusive accessibility. The direction of using electro-muscle signal feedback bypasses traditional visual or auditory cues by integrating electrical muscle stimulation with real-time sensors and Al-driven navigation algorithms. This subtle EMS-based approach allows users to navigate complex environments safely while maintaining situational awareness and independence. In crafting "WristSense," I focused on ergonomic comfort, durable materials, and a minimal aesthetic, ensuring it blends seamlessly into daily life. Through multiple prototypes and user testing, I discovered that providing non-visual guidance fosters confidence and empowerment. Ultimately, I aim to spark a broader conversation about how design can reimagine mobility for diverse user needs. By reframing navigation as a tactile, intuitive experience, WristSense offers a glimpse into a future where assistive technology is an unobtrusive yet transformative companion.