WriteFlow is a browser extension MCP client that connects to your Google Docs to provide intelligent, context-aware document assistance. This production-scaled tool helps you work with documents faster and smarter through semantic search, natural language queries, and automatic context understanding. It features tab-aware intelligence that knows which document you're editing, RAG-powered responses using Redis vector database, and seamless Google Drive integration. Designed as both a productivity enhancer and a document intelligence platform, it provides an efficient, scalable solution for content writers, business professionals, researchers, and developers who need instant answers from their documents without manual context switching.
The Itea Lab homepage is also a modern and responsive website built with Next.js and Tailwind CSS to showcase the activities of the Itea Lab coding community. It highlights community projects, event listings, and member profiles while leveraging server-side rendering for improved performance and SEO. Designed as both an information hub and a community portal, it provides a sleek, accessible platform for developers to connect and collaborate. Visit my GitHub to learn more.
SentinelAI is an AI-powered compliance automation framework designed to streamline PCI DSS v4.0 audits for financial institutions, developed as a hackathon project during the VPBank Hackathon 2025. By integrating Amazon Bedrock AI (Claude 3.5 Sonnet), AWS Config, CloudTrail, Security Hub, and Aurora PostgreSQL, it automates evidence collection, compliance evaluation, and report generation across 200+ AWS accounts.
The framework eliminates manual auditing by offering real-time dashboards, AI audit agents, cross-framework mapping, intelligent risk prioritization, and multi-format reporting. Its modular architecture includes an AI agent orchestrator, evidence collector, RAG-based knowledge base, and frontend compliance portal. With up to 90% faster evidence collection and 80% less prep time, SentinelAI demonstrates enterprise scalability, cost savings, and adaptive learning for long-term compliance management.
A proof-of-concept full-stack pharmacy platform developed as a university project, built with Next.js, Django, and PostgreSQL, designed to mimic real-world pharmacy chain operations. It provides multi-role access (staff, pharmacists, customers, managers) with features for orders, prescriptions, inventory, deliveries, reporting, and loyalty programs, all optimized for Vietnamese business workflows.
Carbonio is a decentralized application for recording and verifying carbon emissions on the Solana blockchain, promoting transparency and accountability in sustainability efforts, developed as a hackathon project for BREAKOUT Hackathon by Colosseum. It enables companies to register, upload carbon data, and undergo verification by third-party auditors, while consumers can scan QR codes to view verified footprints. Built with Next.js, TypeScript, Express, and Anchor smart contracts, Carbonio also uses IPFS (Pinata) and Supabase for storage and supports NFT creation via Metaplex. By offering portals for consumers, companies, and auditors, it fosters a multi-user ecosystem that tracks and incentivizes emission reduction. You can see the Demo Video or visit my GitHub to learn about the project.
ArtChain AI is a hackathon project developed for the Sui Agent Typhoon Hackathon 2025 that combines AI art generation with blockchain technology to empower artists and collectors in creating, trading, and owning unique digital artwork. Users can connect their wallets, choose from curated artistic styles, generate images using AI models, and mint NFTs on the SUI blockchain with automatic royalty distribution for contributing artists. The platform emphasizes artist-driven creation, blockchain verification, and fair compensation, while offering a gallery, studio tools, and NFT minting for seamless participation in the digital art economy. It positions itself as a future-forward ecosystem for creativity, ownership, and monetization of AI-assisted art.
GoBuy is a university project that presents a modern, multilingual marketplace built with Vue.js, Express.js, Supabase, and Tailwind CSS, designed for global accessibility with real-time language switching (English, Spanish, Vietnamese) and multi-currency support (10 currencies with live FastForex API integration).
The platform provides full e-commerce functionality, including product listings with filtering, shopping cart management, checkout, and seller dashboards. It features user authentication via email/password, magic links, and Google OAuth, along with customizable user profiles.
A strong emphasis on modern UI/UX ensures a responsive, polished experience with animations, loading skeletons, and instant translations. The backend REST API supports secure JWT authentication, Supabase-managed data, and smart caching for performance.
Deployed on Vercel (frontend) and Render (backend), GoBuy demonstrates a scalable architecture for international online marketplaces, balancing accessibility, performance, and security.
BlockScan is a university project that presents a web-based platform focused on strengthening blockchain security by providing automated smart contract auditing tools. It leverages the Slither static analysis framework to detect vulnerabilities such as reentrancy, unchecked calls, and integer overflow. The system translates raw Slither output into user-friendly audit reports, complete with severity ratings and remediation guidance.
The platform features a dashboard interface that gives users contract overviews, risk assessments, token details, and downloadable PDF reports. It also provides historical audit tracking, making it easy to compare improvements over time. Built with Next.js, Node.js, Supabase, and TailwindCSS, BlockScan offers both beginner-friendly usability and professional-grade analysis for developers and businesses deploying Solidity contracts.