Background of the Problem:

Communication limitations for individuals who are deaf, blind, or mute often restrict
their interactions and autonomy. The project addresses these communication barriers, enhancing user
independence and facilitating health monitoring.
Proposed Solution: The project introduces a gesture-based communication system integrated with a heart rate
sensor and home automation features, allowing users to express needs, control devices, and monitor health using
hand gestures​.

Implementation:

Utilizing Arduino microcontrollers, flex sensors for gesture recognition, and a heart rate sensor,
the system interprets gestures to execute commands, send messages, or control household devices, with Bluetooth
enabling connectivity to a mobile app.

Results and Findings:

Testing confirmed that users could successfully communicate simple commands, control
household devices, and track heart rate through gestures, demonstrating the system’s versatility and potential
effectiveness in real-world applications​.

Benefits to Society:

This system promotes inclusivity and enhances the quality of life for individuals with sensory
impairments by enabling non-verbal communication and control of their environment, which could greatly benefit
healthcare providers, caregivers, and family members​.

Marketability: With rising demand for assistive technologies, this system has a strong market appeal within
healthcare, home automation, and assistive device sectors, potentially transforming accessibility and interaction
for those with sensory