- Life Sync Mirror-AIOT Health Assistant
Principal Investigator: Dr. G. Dhanalakshmi., Professor/ECE
Student Inventors:
1) Marella Samarasimha Reddy- IV year CSE
2) Ms. S.Teja- IV year ECE
Project Details:
Seed fund allotted from the Host Institution: Rs. 40,000/-
Description: Smart Mirror is a cutting-edge AI-powered smart mirror designed to enhance personal well-being through advanced facial recognition, health monitoring, and mood analysis. This innovative mirror seamlessly integrates several features to provide a comprehensive reflection of your physical and emotional state. Equipped with temperature and pulse sensors, Smart Mirror accurately measures your vital signs and provides real-time health data. It detects fluctuations in body temperature and pulse, offering useful insights into your health and wellness. In addition to health monitoring, Smart Mirror utilizes advanced facial recognition technology to assess your mood based on subtle facial expressions and other visual cues. The AI analyses these emotional signals and provides feedback, helping you understand how you’re feeling—whether stressed, happy, or relaxed. This emotional insight is particularly valuable for promoting mental well-being and mindfulness. The Smart Mirror also adapts to your daily routine, offering personalized messages, reminders, and even wellness tips based on your health metrics and emotional state. With its sleek design and intuitive interface, the mirror integrates effortlessly into any home or office space. Whether you’re checking your health, tracking your emotional well-being, or simply starting your day, Smart Mirror offers a holistic view of your overall state—making it the ultimate tool for a balanced lifestyle. By combining health monitoring, mood detection, and AI-powered insights, Smart Mirror helps you maintain a healthier mind and body, all while reflecting your true self.
Principal Investigators:
Dr. G. Dhanalakshmi., Professor/ECE
Mr. M. Sharath Chandra., Assistant Professor/ECE
Student Inventors:
- 215U1A0544 DUDIMETLA MADHU
- 215U1A0509 ANKIREDDYPALLY CHETAN REDDY
- 235U5A0402 B. KRUTHIKA
- 235U5A0404 CH. POOJITHA
Project Details:
Project funding Details: Seed fund allotted from the Host Institution: Rs. 40,000/-
Description: IoT-Driven Greet Bot is an innovative, interactive robot designed to enhance social and professional interactions through seamless communication and smart IoT connectivity. With the ability to engage in real-time conversations and offer a handshake, GreetBot is built to foster human-like interaction in both personal and business environments. This robot features advanced speech recognition and synthesis, allowing it to understand and respond to voice commands, making it an ideal companion for welcoming guests, assisting in receptions, or providing information. Equipped with IoT capabilities, GreetBot can connect to cloud platforms and other IoT devices, enabling remote monitoring and control. Users can customize its greetings, set schedules, or monitor its activity from anywhere via mobile apps or web interfaces. The integration of sensors and Wi-Fi ensures that GreetBot can autonomously recognize users, offer personalized greetings, and interact accordingly. In addition to its interactive communication skills, IoT-Driven GreetBot can perform tasks like handshakes, gestures, and even adjust its behaviour based on environmental conditions and real-time data. Its robust IoT features also allow for predictive maintenance, sending alerts when the robot requires charging, updates, or repair. With its intuitive design and smart connectivity, IoT-Driven GreetBot creates a welcoming and engaging experience, making it a perfect fit for smart homes, offices, events, and public spaces. Whether greeting visitors or offering assistance, GreetBot ensures that every interaction is smooth, personal, and efficient.
Principal Investigators:
Dr. G. Dhanalakshmi., Professor/ECE
Dr.B.Shilpa., Associate Professor/CSE
Student Inventors:
215U1A0543 DUDDU MANIKANTA
235U5A0409 K. CHANDRA SHEKAR
235U5A0402 B. KRUTHIKA
235U5A0404 CH. POOJITHA
225U1A04C6 Y. HARISH REDDY
Project Details:
Project funding Details: Seed fund allotted from the Host Institution: Rs. 40,000/-
Description: GeoRover is an advanced, IoT-driven terrain detection rover designed for efficient exploration, mapping, and environmental monitoring in challenging terrains. Equipped with a suite of IoT-enabled sensors, including high-resolution cameras, LiDAR, and environmental sensors, GeoRover autonomously collects and transmits real-time data to cloud platforms, allowing remote monitoring and analysis. The rover’s connectivity ensures seamless communication via Wi-Fi, 4G/5G, or satellite, providing full control and data access from anywhere in the world. GeoRover leverages IoT technology to enable predictive maintenance by continuously monitoring its components’ health and performance. Sensors track parameters like battery levels, motor status, and overall system diagnostics, providing alerts for maintenance needs and preventing system failure. Its onboard AI and machine learning capabilities enhance autonomous terrain analysis, adapting the rover’s navigation strategies based on terrain conditions. The rover is built for diverse environments, with a robust design that ensures all-terrain mobility. Through IoT integration, GeoRover can dynamically reroute in real-time, using weather data and GPS for accurate navigation, ensuring it adapts to changing conditions. Additionally, GeoRover enables remote software updates and real-time collaboration with other rovers, creating a connected fleet of devices capable of sharing data and working in unison. This IoT-powered connectivity allows for enhanced efficiency, collaboration, and scalability in mission-critical operations, making GeoRover an invaluable tool for scientific research, environmental monitoring, and industrial applications.
