Shoplifting Detection System (Computer Vision)
The Shoplifting Detection System is an AI-powered surveillance solution designed to identify suspicious behavior in retail environments using computer vision and deep learning. The system analyzes real-time video from CCTV cameras to detect potential theft activities. It was trained on a dataset of 70,000+ images and uses a YOLO-based object detection model to recognize suspicious actions. When abnormal behavior is detected, the system triggers automated alerts and saves video clips for further review, improving retail security and loss prevention.
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Signify - ISL
Signify is a web-based AI system designed to translate Indian Sign Language (ISL) gestures into text and audio in real time, helping bridge communication gaps for people with hearing and speech impairments. The project uses computer vision and machine learning to detect hand gestures through a camera and convert them into understandable language.
The system was trained on a dataset of over 260,000 gesture images, enabling accurate recognition of different ISL signs. The model processes live video input, identifies hand gestures, and instantly generates corresponding text and speech output.
The platform also includes learning features such as quizzes and a sign dictionary, making it useful for both communication and educational purposes. The project focuses on real-time image processing, gesture recognition, and accessibility-driven AI solutions.
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✨ Welcome to Aurelia Pixie 🌸🖤
A creative fashion and aesthetic inspiration space where every post is designed with elegance, style, and personality. This project focuses on creating high-quality posters, fashion edits, moodboards, and trendy visual content that blends soft aesthetics with bold modern vibes.
From dreamy outfits and Pinterest-inspired designs to aesthetic lifestyle visuals, every post is carefully crafted to inspire creativity and style lovers worldwide. ✨
Follow the journey of aesthetic storytelling through visuals, fashion inspiration, and beautifully designed content.
Aurelia Pixie Website
Pinterest: @aureliapixie01
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Aureli Apixie (https://aureli-apixie.lovable.app) is a modern AI-powered web experience built using the Lovable platform, focused on sleek design, interactive user experience, and smart digital functionality. The site reflects a clean aesthetic with a futuristic and minimal interface, making it feel premium and visually engaging.
It appears to combine:
Elegant UI/UX styling
Responsive web design
AI-integrated workflow or automation features
Smooth navigation and lightweight performance
Startup-style branding with a modern creative feel
The platform is likely built using Lovable AI, an AI website and app builder that allows creators to generate websites and apps through prompts and natural language. Lovable is known for helping users quickly build full-stack apps, landing pages, dashboards, and interactive tools without heavy coding knowledge.
Overall, Aureli Apixie gives the vibe of:
an AI startup landing page,
a digital product showcase,
or a futuristic creative-tech brand website.
It uses a polished, soft-modern visual identity that fits current 2026 web design trends such as:
glassmorphism,
minimal luxury layouts,
neutral palettes,
AI-inspired branding,
and immersive scrolling experiences.
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Bank Loan Case Study
Explored loan application data to uncover patterns in customer defaults and support better lending decisions through data analysis.
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IMDB Movie Analysis
Explored IMDB movie data to uncover what drives high ratings, focusing on factors like genre, duration, and budget. Used Excel for data cleaning, statistical analysis, and storytelling to provide insights for better decision-making in film production.
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Analyzing the Impact of Car Features on Price and Profitability
This project aimed to identify which car features most significantly affect pricing and profitability for manufacturers in a competitive and evolving market. The insights generated can guide pricing strategies and product development decisions to better align with consumer expectations and maximize returns.
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