Architected and implemented a robust blog infrastructure on Google Cloud Platform (GCP), leveraging Cloud Run, Cloud Storage, and Cloud CDN to ensure scalable and secure content delivery. Integrated BigQuery for in-depth analytics, Cloud Logging for real-time monitoring, and Cloud Storage as a DataSink for optimized performance tracking. This cloud-native solution guarantees high availability and enables data-driven insights.

Created a detailed compliance guide for a fictional digital business, focusing on essential regulatory frameworks and cybersecurity standards. The guide provides actionable recommendations for areas like data protection, PCI compliance, risk management, and employee training, ensuring businesses align their operations with industry regulations to maintain a strong security posture.

Developed and deployed a Retrieval-Augmented Generation (RAG) web app that efficiently delivers contextually relevant information about the Mission Impossible film series. The app integrates document retrieval, semantic embeddings, and generative AI to match queries with accurate content using cosine similarity. Optimized the backend performance using Gunicorn, configured as a WSGI server, and served through Nginx acting as a reverse proxy. Communication between Nginx and Gunicorn is handled via a Unix socket, ensuring a high-performance, secure connection for real-time queries.

Built Network Guardian Nexus, a real-time network monitoring tool that offers in-depth insights into network traffic. Features include automated anomaly detection, customizable alerts, and intuitive data visualization. The system can process large amounts of data and seamlessly integrates with other tools for proactive issue resolution and optimization.

Developed an interactive platform to simplify technical concepts through dynamic visualizations. It offers interactive diagrams on topics like Python, Linux, Networking, Google Cloud, and AI. This platform, built with React, serves as a tool for learners and educators to grasp complex topics through visual learning.