This study addresses the challenges faced by visually impaired individuals who struggle with autonomous navigation due to limited obstacle detection at the head and torso levels. We propose a prototype that seamlessly integrates with eyeglasses to complement the white cane and provide enhanced safety and mobility. Our approach involved a structured methodology including requirements analysis, conceptual design, prototype development, and testing. Results show that our prototype effectively detects obstacles at varying distances and provides real-time alerts via vibration. This innovation promises to improve the independence and safety of the visually impaired by overcoming the limitations of existing devices and providing a cost-effective solution.