A Hacker Take Trillion Years to Break Your Online Payment Gateway

A major non technical society of India still hesitate to use the online banking because of the protection. A simple question regarding the security of online banking raise from the society. This article will help you to understand the securities measures of online banking.

SSL utilizes open key encryption to reciprocate a session key between the customer and server; this session key is utilized to encode the http transaction (both solicitation and reaction). Every transaction utilizes an alternate session key so that regardless of the fact that somebody did figure out how to decode an exchange, that would not imply that they would have discovered the server’s secret key; in the event that they needed to unscramble another exchange, they’d have to invest as much energy and exertion on the second exchange as they did on the first. Obviously, they would have made sense of some system for catching the exchange information in any case, which is in it greatly troublesome. It would be essentially easy to tap your telephone or to catch your mail to obtain your Mastercard number than to somehow intercept and decipher Internet Data.

2^128 Is Not 3 Times of 2^40

2^128 Is Not 3 Times of 2^40

Servers and your browser do encryption running from a 40-bit encrypted key to a 128 bit encrypted key, that is to say ‘2^40’ or ‘2^128’. Internet users have heard that 40-bit is shaky and that you require 128-bit to keep your credit card information safe. They feel that utilizing a 40-bit key is frail in light of the fact that it’s insecure against a “beast power” assault. This was truth be told shown when a French analyst utilized a system of quick workstations to break a 40-bit encoded message in barely a week. Obviously, even this “helplessness” is not so much pertinent to applications like an online transaction exchange, subsequent to the exchange is finished in almost no time. In the event that a system of super computers takes a week to split a 40-bit key, you’d be finished your transaction and long gone before the cyber hackers even began.

Age of the Universe Require to Split 128 bit Key

Obviously, utilizing a 128 bit key dispenses with any issue at all in light of the fact that there are 2^128 rather than 2^40 conceivable keys. Utilizing the same strategy (an arranged of super workstations) to break a message scrambled with such a key would take altogether more than the age of the universe utilizing most resent technology. Keep in mind that 128 bit is not only ‘three times’ as capable as 40-bit encryption and this is 2^128. Therefor 2^128 is that number (a trillion), multiplied again and again on itself another 88 times. Once more, it would take fundamentally more than the age of the universe to split a 128 bit key.


Encryption Key Size

Possible Key Combinations

2 bit 2^2 = 4
3 bit 2^3 = 8
4 bit 2^4 = 16
5 bit 2^5 = 32
6 bit 2^6 = 64
7 bit 2^7 = 128
8 bit 2^8 = 256
9 bit 2^9 = 512
10 bit 2^10 = 1024
11 bit 2^11 = 2048
12 bit 2^12 = 4096
16 bit 2^16 = 65536
24 bit 2^24 = 16.7 million
30 bit 2^30 = 1 billion (1,073,741,800)
40 bit 2^40 = 1 trillion (1,097,728,000,000)
56 bit 2^56 = 72 thousand quadrillion (71,892,000,000,000,000)
128 bit 2^128 =339,000,000,000,000,000,000,000,000,000,000,000
(give or take a couple trillion…)


Figuring it out, you can see that utilizing the same system that was utilized to break 40-bit encryption in a week, it would take around 72 million weeks (around 1.4 million years) to try and break 56-bit medium encryption and fundamentally more than the age of the universe to split a 128 bit key. Obviously the contention is that super computers will continue getting speedier, about multiplying in power at regular intervals. That is genuine, however even when super computers are a million times speedier than they are currently (around a long time from now if that they two fold in speed each year), it would then still take around 6 thousand, trillion years, which is around a million times longer than the Earth has been around. Additionally, essentially moving up to 129 bit security encryption will take 2 times as long and 130 bit would take twice as long once more. As should be obvious, it’s far simpler for the encryption to keep well in front of the innovation for this situation. Basically, 128 bit encryption is really secure.


Verisign is one of the most renowned SSL security certificate provider so that we always see the above sign on payment gateways.

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A Hacker Take Trillion Years to Break Your Online Payment Gateway Published on: October 20th, 2015 by Shivesh Pratap

Shivesh Pratap

My articles are the chronicles of my experiences - mostly gleaned from real life encounters. With a first-rate Biz-Tech background, I love to pen down on innovation, public influences, gadgets, motivational and life related issues. Demystifying Sci-tech stories are my forte but that has not restricted me from writing on diverse subjects such as cultures, ideas, thoughts, societies and so on.....

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