Paper Details

Banking systems always needs escalated security solutions. In tradition websites security measures are verylow resulting easily hack able server systems. We are proposing a new All in One architecture that will guard ourbanking system from various attacks. Main security threats such as SQL injection attack, URL injection attack, cross sitescripting, brute force attack. We will build a system that will prevent all these type of attacks. Every time a hacker tries tolaunch any of these attacks our system will generate a log into database. Hacker will be banned for a certain of timeperiod.The honeywords concept is also elegant because any attacker who's able to steal a copy of a password database won'tknow if the information it contains is real or fake. "An adversary who steals a file of hashed passwords and inverts thehash function cannot tell if he has found the password or a honeyword," Jules and Rivets pointed out. "The attempted useof a honeyword for login sets off an alarm. An auxiliary server (the "honeychecker") can distinguish the user passwordfrom honeywords for the login routine and will set off an alarm if a honeyword is submitted."Our systems will have some unique features like user’s password will be stored in encrypted format as a honeyword. Thishoneyword is shared with admin. If hacker use honeyword directly then system will ban access of hacker. System iscomplete Banking solution. User can transfer money to other accounts and perform other transactions.

Prof.P.S.Gaikwad, Aishwarya Sonavane, Jeevan Jena, Pushpa Varsha, Megha Koul, “Honeyword :Encryption Mechanism in Network Security”, International Journal of Advance Engineering and Research Development (IJAERD), Vol. 4, Issue 12, pp. -, December 2017.