This document outlines detailed user stories for Admins, Students, and Teachers using the platform.
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| Step 1: Stop Using Your Phone Immediately | |
| Deleted files aren’t immediately erased from the phone’s storage; they are marked as “free space” and can be overwritten by new data. Avoid installing apps, taking new photos, or saving files to the device. | |
| Step 2: Check Built-in Recovery Options | |
| Recycle Bin or Trash: Many Vivo phones have a trash folder in the Gallery or File Manager where deleted files are stored temporarily (usually for 30 days). | |
| Open the Gallery app. | |
| Go to Albums > Recently Deleted or a similar folder. | |
| Restore the files if available. | |
| Cloud Backup: If you had a VivoCloud, Google Photos, or other cloud backup services enabled, your photos might be stored there. | |
| Log into the respective cloud service and check. | |
| Step 3: Use Data Recovery Software |
This guide outlines a detailed blackbox pentesting methodology with Bash script samples, focusing on reconnaissance, scanning, exploitation, and post-exploitation. Tools like Nessus, Subfinder, Nmap, Nikto, SQLmap, XSStrike, and Metasploit are utilized.
This document provides a comprehensive guide to conducting a blackbox penetration test. Blackbox testing simulates an external attack with no prior knowledge of the target's internal systems.
Network engineering involves designing, implementing, and maintaining networks to ensure their optimal performance and security. This roadmap outlines the steps, skills, certifications, and resources to excel in this field.
Before diving into advanced topics, you must understand foundational concepts.
Cybersecurity encompasses a wide range of fields, each with its unique focus on protecting digital assets, networks, and data. Below is a breakdown of the primary areas and their responsibilities.
What They Do:
Protect and monitor computer networks from unauthorized access, misuse, or attacks.
In the world of blockchain, one challenge remains persistent: making cryptocurrency payments as simple and intuitive as traditional methods. This challenge inspired me to build Solpay, a decentralized payment gateway that bridges the gap between crypto and fiat systems while addressing the needs of small businesses and everyday users.
During my early explorations in blockchain development, I noticed a recurring issue—users and merchants struggled with cryptocurrency payments. Buyers had to manually swap tokens, often losing value to fees or slippage, while merchants faced difficulties integrating crypto payments with existing systems.