Securade.ai HUB - A generative AI based edge platform for computer vision that connects to existing CCTV cameras and makes them smart.

AI-powered computer vision system for real-time workplace safety monitoring. Detects people and PPE compliance (helmets, vests) using YOLO models with intelligent tracking and MP4 output.

An AI-powered CCTV surveillance system for real-time detection of PPE compliance, including helmet and mask violations, using YOLO and computer vision.

AI-powered safety monitoring system for industrial sites, detecting PPE compliance and unauthorized access in real-time with facial and object recognition.

Problem Statement : Aerial Location of Hazardous Atmosphere in Industries (Ministry of Home Affairs).

NLP based Industrial Accident Severity Assessment

App para riesgos (Fine–Kinney) desde foto: tabla, CSV y JSON

Autonomous AI Agent built with Hugging Face SmolAgents and VLMs (Vision Language Models). Capable of analyzing industrial video feeds for safety compliance and logging violations via tool calling.

Real-time Personal Protective Equipment (PPE) detection system using YOLOv8 and OpenCV. Features a Streamlit Dashboard for live monitoring and automated compliance reporting. Optimized for high-FPS inference on CPU.

AI-Driven Industrial Safety: Real-time YOLOv8 PPE detection system featuring asynchronous email alerts, incident evidence capture, and live analytics dashboard.

This is a computer vision project that uses YOLOv9-e model and checks if workers wear their Personal Protective Equipment (PPE) and if they keep a safe distance from work machines.

AI-based industrial hazard detection and prevention system using machine learning and computer vision (sanitized academic version)

An AI-powered CCTV surveillance system for real-time detection of PPE compliance, including helmet and mask violations, using YOLO and computer vision.

An AI-powered smart glove that detects toxic gas, high temperature, fall types, and overloads in industrial environments, sending real-time alerts and logging data for machine learning-based safety analysis.

Aplicación web para detectar el uso de casco de seguridad (PPE) en imágenes/video en tiempo real usando visión por computadora y deep learning.