Ghost Academy

Graphical user interfaces (GUIs) enhance the usability and aesthetic appeal of applications. In this blog post, we explore an example of creating a sleek and functional calculator using PyQt5, a powerful Python library for building GUI applications. We'll walk through the code, highlighting its structure, functionalities, and the styling techniques used to create an engaging user interface. Your browser does not support HTML video. Understanding the PyQt5 Calculator Code: 1.1 Code Structure: The provided code consists of a Python class named "Calculator" that extends the QWidget class from the PyQt5 library. It implements the calculator's functionalities and user interface. 1.2 Widget Layout: The calculator widget is structured using a vertical layout (QVBoxLayout) to organize its components effectively. 1.3 User Input Field: A QLineEdit widget serves as the input field, displaying the current calculation and results. It is configured to be read-only and a

 Introduction: In today's technologically advanced world, where information is readily accessible, decoding hidden details can be both intriguing and useful. This blog post explores a fascinating code snippet that enables users to extract birth date information from a National Identity Card (NIC) number. We will delve into the functionality of the code, its implementation using HTML, JavaScript, and jQuery, and understand the significance of this tool. Understanding the NIC Birth Date Finder: 1.1 Purpose: The NIC Birth Date Finder code is designed to extract birth date and gender information from a valid NIC number. 1.2 Technologies Used: HTML, JavaScript, and the jQuery library. 1.3 How it Works: By inputting a valid NIC number into the provided field and clicking the "Find" button, the code processes the number and reveals the gender and birth date associated with it. Live Site URL :  Link Implementation Details: 2.1 HTML Structure: The code employs HTML elements to cre

 In today's interconnected world, where digital systems and networks play a crucial role in our daily lives, ensuring the security and integrity of these systems is of paramount importance. Ethical hacking and penetration testing are vital practices that help organizations identify and address vulnerabilities in their systems before malicious actors can exploit them. This article explores the concepts of ethical hacking and penetration testing, highlighting their significance, methodologies, and the ethical considerations that surround them. Understanding Ethical Hacking: 1.1 Definition and Purpose: Ethical hacking, also known as white-hat hacking, involves authorized individuals or teams employing hacking techniques to uncover vulnerabilities within a system or network. 1.2 Role of Ethical Hackers: Ethical hackers use their skills and knowledge to identify weaknesses and security flaws, allowing organizations to proactively address them. 1.3 Legality and Ethical Guidelines: Ethica

In the world of cybersecurity, Distributed Denial of Service (DDoS) attacks continue to pose a significant threat to online services and infrastructure. Among the various tools used by attackers, one notorious tool stands out: High Orbit Ion Cannon (HOIC). In this article, we will explore the HOIC tool, its capabilities, and the potential impact it can have on targeted systems.   What is HOIC? HOIC, short for High Orbit Ion Cannon, is a popular open-source DDoS tool used by individuals and hacker groups to launch powerful DDoS attacks. It was developed as a successor to the Low Orbit Ion Cannon (LOIC) tool, with the aim of providing enhanced capabilities and evading detection measures. How Does HOIC Work? HOIC leverages a technique known as "HTTP flooding" to overwhelm a target server with a massive influx of HTTP or HTTPS requests. The tool allows attackers to coordinate their efforts by joining "HOIC booster" networks, enabling simultaneous attacks from multiple

In the realm of cybersecurity, there are various forms of attacks that can compromise the integrity, availability, and security of web servers. One such attack, known as the Slowloris attack, operates with a unique approach to exploit web servers. In this article, we will delve into the workings of the Slowloris attack, its impact, and measures to mitigate its effects. What is a Slowloris Attack? The Slowloris attack is a type of Denial-of-Service (DoS) attack that targets web servers. Unlike traditional DoS attacks that flood servers with a massive volume of requests, Slowloris takes a stealthier approach by exploiting the way web servers handle simultaneous connections. Instead of overwhelming the server with excessive traffic, it aims to exhaust server resources by keeping multiple connections open for an extended period. How Does Slowloris Work? Slowloris achieves its goal by utilizing a fundamental characteristic of web servers: the ability to handle multiple concurrent connection