Projects using Next.js in ChennaiProjects using Next.js in Chennai
Cover image for Sojourn AI β€” Cinematic Travel
Sojourn AI β€” Cinematic Travel Memory Platform Sojourn AI transforms a travel dream or emotional feeling into a full cinematic campaign β€” persistent, evolving, and beautiful. Describe your journey in one sentence. Sojourn builds a complete visual universe: a cinematic poster, 4 documentary-style daily itinerary frames, 3 polaroid memory snapshots, and a video trailer β€” all wired together as a connected Melius workflow. What makes it different: the canvas doesn't reset. Every follow-up prompt evolves the SAME cinematic universe using node_update instead of regenerating from scratch. "Make it rainier." "More hopeful ending." The world deepens over time. --- How I built it --- β€’ Built a FastAPI backend that orchestrates the full Melius workflow via MCP β€’ Used 7 node types: custom_text (source prompt), text (director/outline), image Γ—5 (poster + itinerary days + polaroids), video (trailer) β€’ Connected all nodes with edge_create / bulk_create_edges to form a proper directed graph β€” source β†’ director β†’ parallel branches β†’ trailer β€’ Used canvas_plan_layout before node creation so the canvas renders as a clean visual workflow β€’ Wired Gemini as the creative director layer to structure prompts into cinematic directions before Melius generation runs β€’ MongoDB persists conversationId ↔ canvasId ↔ projectId so every session continues the same canvas β€’ Deployed full-stack with a Next.js cinematic frontend --- Feedback on Melius --- The MCP server is genuinely powerful for agentic workflows β€” bulk_create_edges and canvas_plan_layout are underrated tools that made the parallel graph structure possible. The ability to update nodes instead of regenerating is what unlocked the "persistent universe" concept entirely. Project link: https://sojourn-melius.vercel.app (https://sojourn-melius.vercel.app/)Screen recording and Canvas screenshot
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Cover image for VitaCareπŸš€ 

1. Immutable Health Records
VitaCareπŸš€ 1. Immutable Health Records (Blockchain & AES-256 Encryption) I moved beyond standard database storage to build a Tamper-Proof Medical Ledger. I learned how to implement a hybrid storage strategy where sensitive patient data is encrypted via AES-256 at the application layer before being anchored to a blockchain. This taught me how to ensure absolute data integrity, making medical histories immutable while providing a verifiable audit trail for every access request. 2. Privacy-First Consent Logic (Granular Data Sharing) Architecting the "Time-Limited Access" protocol taught me how to handle high-stakes privacy. I engineered a system where patients can issue temporary, scoped decryption keys to doctors via smart contracts. This taught me how to implement a Zero-Trust architecture, ensuring that healthcare providers only see what they need, exactly when they need it, with access automatically revoking after a set TTL (Time-To-Live). 3. Edge-Optimized Backend & Secure Validation By leveraging Supabase Edge Functions, I learned how to move critical business logic closer to the user while maintaining a "Thick-Client, Secure-Server" model. I architected isolated server-side environments for data validation and healthcare-specific compliance checks, which taught me how to drastically reduce latency in high-volume environments without compromising on server-side security. 4. Proactive Health Intelligence (Predictive Monitoring) I leveled up my AI integration skills by building an Advanced Command Center for Disease Surveillance. I learned how to aggregate anonymized, real-time data from disparate sourcesβ€”including IoT wearable integrationsβ€”to generate heatmaps for disease outbreaks. This taught me the complexity of Geospatial Data Engineering and how to turn passive monitoring into proactive healthcare interventions. 5. Multi-Platform Synchronization (Unified Digital Ecosystem) Building a system that bridges Citizens, Doctors, and Government officials taught me the challenges of Cross-Stakeholder State Management. I learned how to maintain a "Single Source of Truth" across a multilingual Next.js web ecosystem and mobile interfaces, ensuring that a life-saving update on a doctor's portal is reflected on a patient's mobile dashboard in near real-time. 6. Inclusive Design & Localized Accessibility To tackle the diversity of the Indian healthcare landscape, I implemented a Multilingual UI Framework. I learned how to architect a scalable localization layer that supports regional languages, ensuring that the platform is accessible to rural citizens. This taught me the importance of Inclusive UX Engineeringβ€”where the technical complexity is hidden behind a simple, high-impact interface for non-technical users.
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