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SmartHomeSecurity, Concept A 24/7 home security solution that detects: Intrusion via PIR motion sensor Door/window open via magnetic reed switch Gas leak via MQ-2 combustible gas sensor When any alarm triggers, the system sounds a buzzer, flashes an LED, and sends a push notification to your smartphone via Blynk.
Using Python Flask backend and with HTML/JS/CSS frontend. Able to efficiently handle multiple camera streams using threading. Also has a built in file storage server, so you can quickly upload files to share among family members. Revamped UI to look like professional security software.
The objective of this assignment is to practice implementing the concepts of the inserter, extractor, dynamic memory allocation, inheritance and virtual functions and classes
Smart home security system built using a NodeMCU, an ultrasonic sensor (HC-SR04), an LED, and a buzzer. The system detects motion and alerts by lighting up the LED, sounding the buzzer, and sending notifications to Telegram.
AI Human Guard System is a real-time security system. This Python project uses AI (YOLOv8) to guard against human presence in a defined area on any camera stream (e.g., local webcam, IP camera, video file). It sends instant Telegram alerts with snapshots when activity is identified.
The Arduino-Based Password Protected Security System is a simple yet effective security solution designed to restrict access to secure areas using a keypad for password entry. This project uses an Arduino microcontroller, a 4x4 keypad, LEDs, and a piezo buzzer to create an access control system.
A resilient wired perimeter & movement-detecting security system with backup power designed to for alerting on- & near-prem using an mTLS-gated Progressive Web App control surface. Using Raspberry PI, Arduino, various sensors and alarms; device interconnect via CANBUS+12V power in linear topology.