Science Fair Projects

Cracking the Code

Abstract

The objective: The objective of my science fair experiment is to determine the effects of variable alpha numeric combinations on password security.

Methods/Materials

In my experiment I am using four letters and or four numbers as the foundation of my investigation. I am using a password hacker called Free Word Excel Password Wizard which recovers encrypted word documents. I used Brute force recovery to crack a word document that I encrypted with one of the variable passwords. I used several different combinations of randomly generated passwords for each alpha-numeric code such as the combination of three letters and one number, two letters and two numbers, three numbers and one letter, four letters and four numbers.

Results

The results of my experiment show that the password with three letters and one number was the most secure and took on average 57.18 seconds to crack. The password of two letters and two numbers too an average time of 50.83 seconds to crack. The password of one letter and three numbers took 53.74 seconds to crack. The password of four letters took an average time of 52.04 seconds to crack. By far the least secure and fastest to crack was the password of four numbers on average was cracked at a time of 18.02 seconds.

Conclusions/Discussion

I found that my hypothesis was incorrect. I hypothesized the password with the most letters would be the hardest to crack based on the fact that there 456,976 possible combinations as compared to the 175,760 possibilities of a three letter one number password. In conclusion, people with passwords of more letters and a few numbers have the safer more secure passwords. In this dangerous cyber world where everything is computerized people need to be more informed on how to keep their private information private.

This Mathematical project is to determine what combination of alpha numerics creates the strongest password.

Science Fair Project done By Brandon R. Sepulveda

 

Related Projects : Multi-document Summarization using Spectral Clustering, Plotting Muon Pathways as a Source of Randomness, Nonlyrical Music Search Algorithm, Chinese Checkers Strategy, Effect of Impaired Judgment and Speed on Traffic Accidents, Non-Linear Optics of Interfaces in R^3, Determining the Fraction of Lattice Points Visible from the Origin in the Third Dimension, Salmonids by Numbers II, Mathematical Algorithms for Sensor Footprint Employment, Internet-Based Distributed Computing, Do Random Number Generators Follow Benford's Law, From the Nimber-Simplex Graph to Codes, Lattices, and Groups, Rollin' on Hoops, Efficient Strategy for Making a Choice from a Finite Stream of Offers, On the Flip Side

 

<<Back To Topics Page........................................................................................>> Next Topic

 

 

Copyright © sciencefairprojects.co.in 2013 through 2015