Hi, I'm Daniel

1st Place in Cybersecurity at the Toronto Tech Expo.

SecureFrame is an AI-powered video privacy system that uses YOLOv8 object detection and AES encryption to selectively secure sensitive entities in video footage. Objects are detected and tracked across frames, enabling precise, entity-level protection. Encryption is reversible, allowing authorized users to restore original video content. Designed as a secure alternative to traditional blurring or redaction techniques.

Prompt2Cart is an AI-powered shopping assistant that transforms natural language requests into ready-to-buy Shopify carts. Users describe what they need in plain English, including preferences, constraints, and budget. Agentic workflows analyze intent, search across Shopify stores, and select relevant products.

Instead of returning links, Prompt2Cart programmatically creates a cart and generates a one-click checkout. The result is a frictionless chat-to-cart experience that removes traditional e-commerce browsing.

A Chrome extension built for retail investors to detect behavioral biases in real-time.

RiskGuard overlays directly onto brokerage interfaces, interacting with the DOM to monitor trading activity. It identifies psychological pitfalls like Revenge Trading and Overtrading, using a Flask/Snowflake backend for analysis and Gemini to provide AI-driven coaching. The system tracks 'Capital Preserved' to quantify the value of disciplined trading.

Tutorial is a concept web app designed to introduce responsible AI use to students in early education. The experience focuses on onboarding students to AI through guided prompt archetypes rather than unrestricted chat. It emphasizes critical thinking, habit-building, and collaboration instead of cognitive offloading.

The mockup was created as part of the RBC Design Thinking Program term project. Design decisions were informed by user personas, educator concerns, and school board priorities around safe AI adoption.

A C++ machine learning library built from scratch as a final OOP course project. Implements classic models including Linear Regression, Logistic Regression, Random Forest, and XGBoost. Designed around core OOP patterns such as Factory, Builder, and Strategy to ensure modularity and extensibility.

Features a custom Dataset abstraction for loading CSV data and benchmarking models consistently. Includes a Qt-based GUI, command-line demos, and a full unit testing suite using GoogleTest.

A C++17 limit order book engine modeling a single-symbol exchange with price–time priority. Implements core exchange mechanics including limit orders, matching, partial fills, and crossing logic. Uses FIFO queues per price level and ordered containers to enforce correct execution semantics.

Explicit domain modeling for orders, fills, trades, and execution results. Designed with clear separation of concerns and thoroughly tested with unit and integration tests.