Designed and developed a height-adjustable multifunction humanoid robot capable of voice interaction, autonomous navigation, and real-time monitoring. The robot features a touchscreen interface, IoT-based control, SLAM-enabled autonomous movement, a custom in-house human-like hand, a 3D-printed robotic gripper, and integrated health and environmental sensors including heart rate, SpO₂, stress monitoring, and gas detection. The robot can extend up to 5.5 feet for surveillance applications and was recognized through publication in local newspapers.