The initial software implementation for the prosthetic hand focuses on building a structured skeleton code that establishes motor control and fundamental functions. Using the Arduino Servo library, the team defined three servo motors to control the thumb, pointer finger, and claw, along with a digital output for the wrist locking mechanism. The setup() function initializes motor connections and ensures a default open position, while the loop() function listens for serial input commands to trigger specific movements. The core functionalities—grabbing, pointing, and locking/unlocking the wrist—are modularized into dedicated functions, each adjusting servo positions accordingly. A reset function ensures the hand returns to its default state when needed. This framework provides a scalable foundation for integrating additional features, such as sensor-based control or dynamic grip adjustments, once hardware testing becomes feasible.