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Build a Obejct Detection using YOLO7 with Python & OpenCV

Develop a security surveillance system using YOLOv7 to detect weapons in real-time from CCTV feeds. Train the model with weapon datasets and trigger alerts when detected.
Intermediate-level. Certificate included.

4.9/5 (1,000+ reviews)
2,000+ Students
8 Weeks
Zero to Pro Lvl
Certificate

Our Instructors Collaborate With Top Tech Leaders

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What You'll Learn in this course

By the end of this course, you'll have the skills to land your first computer vision job or freelance clients.

Introduction to AI-Based Weapon Detection Technology

Learn how AI identifies weapons like guns or knives in surveillance footage using custom-trained models.

Python, OpenCV & YOLOv7 for Object Detection

Use Python with OpenCV and the YOLOv7 model to train and detect weapons accurately in real-time.

Live Weapon Detection via CCTV or Camera Feed

Build a real-time system that detects and highlights weapons from live video streams.

Database Integration & Threat Logs

Log weapon detections with timestamps and images into a security database for alerts and reports.

Graphical User Interface (GUI) with Tkinter

Develop a GUI to display live feed, detection alerts, and captured weapon data effectively.

Earn Your Course Completion Certificate

Finish the course and receive a verified certificate of success.

Module 1 Video

Meet Your Instructor

Muhammad Yaqoob is the founder of Tentosoft Pvt Ltd and a seasoned Computer Vision expert. With 10+ years of experience and over 5,000+ students taught globally, he brings deep industry knowledge and a passion for practical, hands-on learning.

Course Curriculum

8 weeks of comprehensive training with 50+ lessons and 10+ hours of content

1
Introduction of the Weapon Detection using YOLOv7
1min
Module 1 Video

Module 1

Introduction of the Weapon Detection using YOLOv7

Weapon Detection using YOLOv7 is a computer vision application that uses deep learning to identify weapons such as guns and knives in images or video feeds. It is crucial for enhancing surveillance, ensuring public safety, and supporting law enforcement agencies.

Course Introduction and Features

Uses YOLOv7 for real-time weapon detection in images and videos

Plays a vital role in preventive security and crime response

2
Environment Setup for Python Development
3min
Module 1 Video

Module 2

Environment Setup for Python Development

Setting up the Python development environment involves installing the necessary tools, libraries, and dependencies required for developing and running the weapon detection model. It forms the foundation for building and executing machine learning projects efficiently.

Installing Python

VS Code Setup for Python Development

3
Weapon Detection Project Overview
2min
Module 1 Video

Module 3

Weapon Detection Project Overview

The Weapon Detection Project Overview provides a high-level summary of the goals, methodologies, and outcomes of using YOLOv7 for real-time weapon recognition. It highlights the project’s relevance in security and threat prevention applications.

Weapon Detection Project Overview

Summarizes the purpose and scope of the weapon detection system

Emphasizes security and public safety as key goals

Provides a scalable solution for weapon threat mitigation

4
Setup in Google Colab for Weapon Detection Model Training
1min
Module 1 Video

Module 4

Setup in Google Colab for Weapon Detection Model Training

Google Colab is a cloud-based platform that enables training of deep learning models with ease. This setup process allows users to leverage free GPU resources for developing the YOLOv7 weapon detection model without needing local computational power.

Setup in Google Colab for Weapon Detection Model Training

Utilizes Google Colab as a cloud-based development environment

Enhances productivity with auto-save and crash recovery features

5
Mounting Google Drive on Google Colab
1min
Module 1 Video

Module 5

Mounting Google Drive on Google Colab

Mounting Google Drive on Colab facilitates seamless access to datasets, model checkpoints, and output results. It is an essential step for organizing project files and managing data in the cloud-based development workflow.

Mounting Google Drive on Google Colab

Connects Google Drive to Colab for cloud file access

Essential for collaborative and long-term projects

6
Utilizing Sohas Weapon Detection Dataset for Weapon Detection
2min
Module 1 Video

Module 6

Utilizing Sohas Weapon Detection Dataset for Weapon Detection

The Sohas Weapon Detection Dataset is a curated collection of images labeled with various types of weapons. It is used to train and evaluate the YOLOv7 model to accurately detect and classify weapons in different scenarios.

Working with Sohas Weapon Detection Dataset

Provides a labeled dataset of weapons like guns and knives

Contributes to safer environments through AI-driven monitoring

7
Cloning YOLOv7 Repository and Installing Required Packages
1min
Module 1 Video

Module 7

Cloning YOLOv7 Repository and Installing Required Packages

This step involves copying the official YOLOv7 GitHub repository and installing all necessary packages and dependencies. It ensures the environment is ready to run the model, modify code, and begin training or inference tasks.

Cloning YOLOv7 Repository and Installing Packages

Clones the official YOLOv7 repository from GitHub

Ensures compatibility with PyTorch and CUDA for GPU use

Forms the foundation for developing a custom detection pipeline

8
Visualizing the Weapon Detection Dataset
1min
Module 1 Video

Module 8

Visualizing the Weapon Detection Dataset

Dataset visualization is the process of exploring and displaying sample images from the dataset to understand its structure, class distribution, and annotation quality. It is vital for identifying issues and improving dataset quality.

Dataset Visualization for Weapon Detection

Displays sample images from the weapon detection dataset

Assists in detecting corrupted or mislabeled data

Improves overall dataset integrity and training readiness

9
Splitting the Weapon Detection Dataset
2min
Module 1 Video

Module 9

Splitting the Weapon Detection Dataset

Dataset visualization is the process of exploring and displaying sample images from the dataset to understand its structure, class distribution, and annotation quality. It is vital for identifying issues and improving dataset quality.

Dataset Splitting for Weapon Detection

Divides the dataset into training, validation, and test sets

Prepares data for efficient use in training pipelines

10
Detailed Walkthrough of YOLOv7 Code for Weapon Detection
19min
Module 1 Video

Module 10

Detailed Walkthrough of YOLOv7 Code for Weapon Detection

This walkthrough provides an in-depth explanation of the YOLOv7 model architecture, configuration, and training pipeline. It helps users understand how the model processes images and predicts weapon locations and classes.

Detailed Walkthrough of YOLOv7 Code for Weapon Detection

Explains the YOLOv7 model architecture and layers

Enables users to train, fine-tune, and deploy YOLOv7 effectively

11
Training the YOLOv7 Model for Weapon Detection
3min
Module 10 Video

Module 11

Training the YOLOv7 Model for Weapon Detection

Model training involves feeding the dataset into the YOLOv7 network, allowing it to learn patterns and features associated with weapons. Training aims to optimize the model’s accuracy and robustness in detecting weapons in various environments.

Training the YOLOv7 Model for Weapon Detection

Loads the annotated weapon dataset into the training pipeline

Prepares the final trained model for inference and deployment

12
Model Inference for Weapon Detection
9min
Module 11 Video

Module 12

Model Inference for Weapon Detection

Inference refers to using the trained YOLOv7 model to predict the presence and location of weapons in new, unseen images or videos. It demonstrates the model's ability to perform in real-world detection scenarios.

Model Inference for Weapon Detection

Loads the trained YOLOv7 model for prediction

Uses confidence thresholds to filter weak predictions

Ensures minimal false positives and high detection accuracy

Demonstrates readiness for deployment in real-world scenarios

Outputs annotated frames or detection logs for review

Runs in real-time for live surveillance or security feeds

13
Wrapping Up
1min
Module 12 Video

Module 13

Course Wrap-Up

This phase summarizes the entire weapon detection project, highlighting key learnings, results, and potential future improvements. It marks the completion of the model development and deployment process.

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Our Mentors

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Product Head
Pandian

PANDIAN

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Gowtham

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FAQ Section

Is this course suitable for beginners?
Yes! No prior AI or computer vision experience is required.
Will I receive a certificate?
+
Yes. A verified certificate is awarded upon course completion.
Do I need to know Python already?
+
Basic understanding helps, but we cover what you need inside the course.
Are the projects job-ready?
+
Absolutely! You’ll build 20+ practical projects useful in real-life.
Can I access the course offline?
+
Yes, all content can be downloaded for offline use.
How long will I have access to the course?
+
You have lifetime access to the course materials.