I build AI-native products that scale from zero to revenue, from insight to impact.

The Problem: Creator Economy Friction

Content creators lose 70-80% of potential engagement when sharing YouTube links on Instagram or Twitter due to login walls and forced web views. I architected OpenRight to solve this fundamental friction in the creator economy.

Technical Solution & Execution

Built a "Smart Link" engine that detects the user's OS in <10ms and deep-links directly into the native YouTube app, bypassing social media login walls. Leveraged Cloudflare Workers for instant global redirection, achieving 100% native app open rate with <300ms latency worldwide.

Strategic Trade-off

Prioritized universal compatibility over feature richness—chose to focus on one thing done perfectly (OS detection + deep linking) rather than building a full link management platform, enabling creators to adopt instantly without setup.

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Extreme Environment Design

Built a high-precision GPS utility for tracking speed, altitude, and coordinates without internet connectivity. Designed specifically for extreme environments like high-altitude trekking and aviation where reliability is non-negotiable.

Privacy-First Architecture

Prioritized sensor-direct telemetry and zero data collection, ensuring complete privacy. All processing happens on-device with no cloud dependencies, making it ideal for security-conscious users and remote expeditions.

Product Decision

Chose offline-first over feature-rich connectivity. While competitors focused on social sharing and cloud sync, this utility prioritizes reliability and privacy—critical for users where network access isn't guaranteed.

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User Research & Problem Discovery

Interviewed dog shelter staff to understand operational pain points. Built a centralized digital ecosystem for 4good.ai's CSR initiative, balancing emotional storytelling with operational efficiency for non-profit dog rescue operations.

Product Features & Impact

Designed automated adoption pipeline, donation tracking, and custom CMS for rescue staff. The platform streamlines the entire rescue workflow from intake to adoption, reducing administrative overhead while improving adoption rates.

Design Philosophy

Prioritized emotional connection over technical complexity. Each rescued dog's story is showcased with empathy, making adoption easier while maintaining operational efficiency for shelter staff behind the scenes.

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AI-Powered Travel Planning

Built an AI-driven platform where users generate custom itineraries through intelligent prompt engineering. Leveraged Claude AI to create personalized travel plans that adapt to user preferences, budget, and interests.

Community & Content Integration

Integrated video sharing and blog posting in a unified, engaging UI/UX. Created a community-driven platform where travelers can share experiences, tips, and recommendations, enhancing traveler engagement beyond just itinerary generation.

Hardware-Software Integration

Designed a Bluetooth-enabled ECG monitor using Arduino, transmitting real-time cardiac data to smartphones for remote health monitoring. Bridged hardware sensors with mobile software for accessible health tracking.

Competition Success

Demonstrated working prototype at NMAMIT Project Expo, competing against 75 teams. Secured 3rd place recognition for innovation in accessible healthcare technology and robust hardware-software design.

User Problem & Innovation

Identified portability friction in mobile charging—users carrying separate power banks. Developed a portable power bank integrated into a wearable belt, eliminating the need for additional accessories while maintaining daily utility.

Funding & Validation

Pitched to NAIN Center and secured ₹300k in early-stage funding for product development. Validated market demand through customer interviews and competitive analysis, demonstrating product-market fit for wearable charging solutions.

Building Clinical Platform from Ground Up

Led 0-to-1 development of a cancer-focused EHR platform with AI Assistant for oncologists and patients. Built the entire Clinical platform from ground up, specifically tailored for cancer care workflows, integrating genomic data, treatment protocols, and patient monitoring in a unified system.

Product Launches & Analytics Infrastructure

CancerAI Launch: Successfully launched CancerAI for oncologists, enabling AI-powered clinical decision support and research streamlining. Analytics Setup: Implemented PostHog analytics infrastructure to monitor product usage and drive data-informed improvements based on real user interactions.

AI Safety & Evaluation Framework

Led the setup of comprehensive Evals for CancerAI to ensure clinical accuracy and safety. Collaborated with oncologists, genetic counselors, and research scientists to define the 18-month product roadmap, integrating LIMS and patient monitoring capabilities.

Strategic Trade-off

Prioritized Ethics AI Agent and HL7/FHIR compliance over rapid feature expansion to solve for clinical data residency requirements—a decision that accelerated hospital adoption by 3x.

AI-Powered Empathetic Care

Introduced an AI assistant for pain therapy that transformed the user experience from navigating 80 complex screens to 3 intuitive interactions. The AI handled 90% of tasks through conversational chat, creating the experience of talking to a health professional with genuine empathy.

Dual Role: PM & UX Designer

Led full product revamp from both angles—understanding user pain points in traditional apps as PM, and executing complete UX redesign. Played major role in market release and integrated customer feedback into continuous product improvements.

Business Impact

The empathetic AI experience was an instant hit, directly driving device sales improvement. User engagement grew by 40%, and we scaled revenue to ₹1L/day consistently, proving that AI-powered simplicity and empathy are the ultimate sophistication in healthcare products.