Hello, I am a specialized developer sitting at the intersection of Generative AI, Voice Automation, and Robotics. I don't just build websites; I build "Smart Systems" that can talk, think, and move. Whether you need a low-latency AI voice agent for customer support or a custom hardware prototype, I provide end-to-end technical solutions.

Core Technical Pillars--
1. Real-Time Conversational AI (The "Gov-Scheme" Agent)
I engineered a production-ready Voice AI Agent that bridges the accessibility gap for government schemes
Capabilities: Users can call the bot and have a natural, real-time conversation.
The Tech: Implemented high-speed STT/TTS (Speech-to-Text) with a RAG (Retrieval-Augmented Generation) pipeline to ensure the AI provides 100% accurate, up-to-date data from complex policy databases.

2. Custom LLM Ecosystems (The "JARVIS" Project)
I developed a personalized AI Assistant (JARVIS) that goes beyond basic chat.
Capabilities: Integrated voice recognition with system-level automation to manage tasks, control environments, and process data locally.
The Tech: Expert in prompt engineering, local LLM deployment, and building "Action-Oriented" AI that actually does things rather than just talking.

3. Hardware & Robotics (The Arduino Rover)
My expertise extends into the physical world through Embedded Systems and IoT.
Capabilities: Built an autonomous Arduino-based Rover capable of real-time obstacle avoidance and remote web-control.
The Tech: Deep knowledge of sensor integration (Ultrasonic, IR, Lidar), motor control logic, and bridging the gap between hardware and web-based dashboards.

Technical Toolkit--
Languages: Python (AI/Automation), C++ (Arduino), JavaScript (Web).
AI: LLM Integration (Gemini/GPT), RAG Pipelines, Vector DBs.
Voice: Vapi, Retell, Twilio, Deepgram.
Hardware: Arduino, ESP32, Sensor Fusion, Robotics Logic.

What I Offer Your Business--
Voice AI Deployment: Custom voice-bots for lead gen, support, or scheduling.
AI Automation: Turning manual business workflows into automated AI "Agents."
IoT Prototyping: Taking your hardware idea from a sketch to a functional Arduino/ESP32 prototype.
Full-Stack Logic: Building the web infrastructure needed to support "Smart" applications.