Fouad's Algorithm: A Quantum-Ready Breakthrough in RSA Factorization.

Title: Fouad’s Algorithm: A Quantum-Ready Breakthrough in RSA Factorization. Author: Fouad Alkhazraji, Independent Researcher, Iraq. Contact: fouadalkhazraji8@gmail.com | fouad.sahab@mohersr.edu.iq. Executive Summary: I am announcing the successful results of Fouad’s Algorithm, a major leap in prime factorization efficiency. This algorithm allows standard classical hardware to achieve results that previously required supercomputing power Performance Benchmarks (Standard PC): The following data demonstrates the algorithm's performance across various magnitudes: Target: 522,921,749,281 (12 Digits) – Total Attempts: 75,150. Target: 3,465,878,567,416,841 (16 Digits) – Total Attempts: 142,999. Target: 66,931,744,482,441,031 (17 Digits) – Total Attempts: 11,975,527. Target: 17,220,941,265,085,177,391,391,551 (25 Digits) – Total Attempts: 1,419,235,771,156. Quantum Compatibility: Designed for current-generation quantum computers (Google, IBM), Fouad’s Algorithm enables the cracking of RSA-1024 and RSA-2048 using existing hardware, bypassing the need for future error-corrected qubits Important Notice: Technical details, source code, and live demonstrations are strictly confidential. Interested parties must sign a Non-Disclosure Agreement (NDA) before any further disclosure or cooperation.