There are many people around the world losing their eyesight or have already lost them. Thus, it is impeccable to have a solution for that. In this project, the project team aimed to develop a device that would let blind individuals recognize obstacles at any height level and assure their safety while walking along the street. The project team has decided to use an Arduino UNO, ultrasonic sensor, ambient light sensor, potentiometer, GPS module, camera module and etc. to create a smart glass device. Moreover, the IoT architecture proposed is a five-layer architecture that has protocols that are interoperable with each other. Based on the design of the sensors and actuators, a prototype circuit of the proposed device is created as well as a prototype mobile application. Moreover, resource and potential risk management of the IoT product has been discussed to ensure the system can be able to provide services by overcoming the underlying risks and challenges. Additionally, limitations and suggestions were brought up and analyzed for future enhancements. This project has included detailed information regarding the proposed IoT device as well as matching market demands for current and future use