PLUTO – AI + IoT Interactive Chatbot System
Innovator ID
SNDMAC017
AI-driven interactive chatbot with emotional expression and IoT control, enabling natural, engaging digital interaction for education, accessibility, and smart living.
Conventional voice assistants like Alexa and Google Home can respond to basic commands, but they lack emotional understanding, visual interaction, and physical expression. Their responses often feel robotic, limited, and impersonal, leading to weak user engagement. Additionally, these systems require constant internet connectivity, restricting use in low-network areas. There is a growing need in education, assisted living, and smart home environments for an AI system that can listen, see, respond emotionally, recognize faces, and interact physically. Users are looking for more human-like digital companions that feel intuitive, expressive, and engaging.
PLUTO is an interactive AI-driven chatbot integrated with IoT and animatronic motion. It listens, speaks, detects faces, expresses emotions, and controls smart devices. Built on Raspberry Pi and ESP32, it provides natural, expressive, and engaging interaction, improving learning, accessibility, and smart home experience.
Primary customers include students, educators, robotics learners, and innovation labs who need interactive AI systems for training and experimentation. Smart home users seeking interactive automation and emotional engagement also benefit. Rehabilitation centers, assisted living spaces, and accessibility support organizations can adopt PLUTO to aid individuals requiring interactive digital assistance.
PLUTO offers a human-like interactive experience that goes beyond basic voice commands. Its emotional expression, gesture-based communication, and IoT control create a more meaningful interaction for learning, assistance, and smart living. Schools and innovation labs can use it to teach AI, IoT, and robotics concepts through hands-on experience. Smart home users gain a personalized, expressive digital companion, while therapeutic and assisted environments benefit from increased emotional comfort and communication support. The solution is affordable compared to global robotic assistants, making it accessible, practical, and value-driven.
We Would Require Support In the Following :
Technical and Product Development Support; Mentorship and Expert Guidance; Funding and Financial Assistance; Infrastructure and Prototyping Facilities; Networking, Collaboration, and Investor Connect
Capital to achieve the desired outcome, we would require
Less than ₹10 L, unclear plan
And would be required for
Prototype Development Support; Technology and Digital Infrastructure Funding; Business Model & Market Access Support; Research, Design & Validation Funding
Expected Return Should Be in:
Less than 3 years