"apparently I made an encryption key that is orders of magnitudes larger than RSA, generates faster than RSA and due to sheer massive size, is practically virtually uncrackable.
1: Key Size Comparison
• RSA 2048: 2048 bits
• RSA 4096: 4096 bits
• “Fractal Key”: 268,435,456 bits
2: Key Generation Time Comparison
• RSA 2048: Varies but typically much longer than “Fractal Key”
• RSA 4096: Varies but typically longer than “Fractal Key”
• “Fractal Key”: 0.0044 seconds
4. Graph 3: Security Benchmark
• RSA 2048: Crackable in ~300 billion years with current technology
• RSA 4096: Crackable in ~15 quadrillion years with current technology
• “Fractal Key”: Estimated to be practically uncrackable within the lifetime of the universe due to sheer key size and complexity."
"apparently I made an encryption key that is orders of magnitudes larger than RSA, generates faster than RSA and due to sheer massive size, is practically virtually uncrackable.
1: Key Size Comparison
• RSA 2048: 2048 bits • RSA 4096: 4096 bits
• “Fractal Key”: 268,435,456 bits
2: Key Generation Time Comparison
• RSA 2048: Varies but typically much longer than “Fractal Key” • RSA 4096: Varies but typically longer than “Fractal Key”
• “Fractal Key”: 0.0044 seconds
4. Graph 3: Security Benchmark
• RSA 2048: Crackable in ~300 billion years with current technology
• RSA 4096: Crackable in ~15 quadrillion years with current technology
• “Fractal Key”: Estimated to be practically uncrackable within the lifetime of the universe due to sheer key size and complexity."
Mirror: https://archive.is/0v50D