how to shop on online without OTP verification

Welcome, here you will learn how to shop on online without OTP verification, Have you ever tried to make a payment online with an debit/credit card that’s not yours and they asked for an OTP number which you do not have? Worry no more you are at the right place and we are going to show you how to shop on online without OTP verification on platforms like AMAZON, ALIBABA, KONGA AND JUMIA.

how to shop on online without OTP verification ON PLATFORMS LIKE AMAZON, ALIBABA, KONGA AND JUMIA.


A one-time password (OTP), also known as one-time pin or dynamic password, is a password that is valid for only one login session or transaction, on a computer system or other digital device. OTPs avoid a number of shortcomings that are associated with traditional (static) password-based authentication; a number of implementations also incorporate two-factor authentication by ensuring that the one-time password requires access to something a person has (such as a small keyring fob device with the OTP calculator built into it, or a smartcard or specific cellphone) as well as something a person knows (such as a PIN).how to shop on online without OTP verification

The most important advantage that is addressed by OTP’s is that, in contrast to static passwords, they are not vulnerable to replay attacks. This means that a potential intruder who manages to record an OTP that was already used to log into a service or to conduct a transaction will not be able to abuse it, since it will no longer be valid.

A second major advantage is that a user who uses the same (or similar) password for multiple systems, is not made vulnerable on all of them, if the password for one of these is gained by an attacker. A number of OTP systems also aim to ensure that a session cannot easily be intercepted or impersonated without knowledge of unpredictable data created during the previous session, thus reducing the attack surface further.

OTPs have been discussed as a possible replacement for, as well as enhancer to, traditional passwords. On the downside, OTPs are difficult for human beings to memorize. Therefore, they require additional technology to work.


OTP generation algorithms typically make use of pseudo randomness or randomness, making prediction of successor OTPs by an attacker difficult, and also cryptographic hash functions, which can be used to derive a value but are hard to reverse and therefore difficult for an attacker to obtain the data that was used for the hash. This is necessary because otherwise it would be easy to predict future OTPs by observing previous ones. Concrete OTP algorithms vary greatly in their details. Various approaches for the generation of OTPs are listed below:

Based on time-synchronization between the authentication server and the client providing the password (OTPs are valid only for a short period of time)

Using a mathematical algorithm to generate a new password based on the previous password (OTPs are effectively a chain and must be used in a predefined order).

Using a mathematical algorithm where the new password is based on a challenge (e.g., a random number chosen by the authentication server or transaction details) and/or a counter.

There are also different ways to make the user aware of the next OTP to use. Some systems use special electronic security tokens that the user carries and that generate OTPs and show them using a small display. Other systems consist of software that runs on the user’s mobile phone. Yet other systems generate OTPs on the server-side and send them to the user using an out-of-band channel such as SMS messaging. Finally, in some systems, OTPs are printed on paper that the user is required to carry.



A time-synchronized OTP is usually related to a piece of hardware called a security token (e.g., each user is given a personal token that generates a one-time password). It might look like a small calculator or a key chain charm, with an LCD that shows a number that changes occasionally. Inside the token is an accurate clock that has been synchronized with the clock on the proprietary authentication server.

On these OTP systems, time is an important part of the password algorithm, since the generation of new passwords is based on the current time rather than, or in addition to, the previous password or a secret key. This token may be a proprietary device, or a mobile phone or similar mobile device which runs software that is proprietary, freeware, or open-source.

An example of time-synchronized OTP standard is Time-based One-time Password Algorithm (TOTP). Some applications can be used to keep time-synchronized OTP, like Google Authenticator and password manager.

All of the methods of delivering the OTP below may use time-synchronization instead of algorithms.

Mathematical algorithms

Each new OTP may be created from the past OTPs used. An example of this type of algorithm, credited to Leslie Lamport, uses a one-way function (call it f). This one-time password system works as follows:

  1. A seed (starting value) s is chosen.
  2. A hash function f(s) is applied repeatedly (for example, 1000 times) to the seed, giving a value of: f(f(f( …. f(s) ….))). This value, which we will call f1000(s) is stored on the target system.
  3. The user’s first login uses a password p derived by applying f 999 times to the seed, that is, f999(s). The target system can authenticate that this is the correct password, because f(p) is f1000(s), which is the value stored. The value stored is then replaced by p and the user is allowed to log in.
  4. The next login, must be accompanied by f998(s). Again, this can be validated because hashing it gives f999(s) which is p, the value stored after the previous login. Again, the new value replaces p and the user is authenticated.
  5. This can be repeated another 997 times, each time the password will be f applied one fewer times, and is validated by checking that when hashed, it gives the value stored during the previous login. Hash functions are designed to be extremely hard to reverse, therefore an attacker would need to know the initial seed s to calculate the possible passwords, while the computer system can confirm the password on any given occasion is valid by checking that, when hashed, it gives the value previously used for login. If an indefinite series of passwords is wanted, a new seed value can be chosen after the set for s is exhausted.

To get the next password in the series from the previous passwords, one needs to find a way of calculating the inverse function f−1. Since f was chosen to be one-way, this is extremely difficult to do. If f is a cryptographic hash function, which is generally the case, it is assumed to be a computationally intractable task. An intruder who happens to see a one-time password may have access for one time period or login, but it becomes useless once that period expires. The S/KEY one-time password system and its derivative OTP are based on Lamport’s scheme.

CHECKOUT: how to transfer money without debit card pin

In some mathematical algorithm schemes, it is possible for the user to provide the server with a static key for use as an encryption key, by only sending a one-time password.

Having known everything we need to know about the OTP creating and generating, that takes us to our actual topic, which is how to shop on online without OTP verification, how to bypass OTP online on platforms like AMAZON, ALIBABA, KONGA AND JUMIA.

We happened to have an application (OTP PAD) that happens to hack out the OTP online without breaking a sweat. This application is quite easy to operate and has an inbuilt auto VPN which aids your job.

While operating the online platform, all you need to do is open your application (OTP PAD) AND type in the card number, CVV and expiry date in the OTP PAD (intercept OTP) then click on proceed it will load and a browser gateway for you to type in the Website address you want to shop on, after adding to cart proceed to checkout and it will not demand OTP verification, the verification code will be intercepted. More guide on the application set up and configuration is detailed for you in the PDF guide it comes with.

This is really easy to do, so I believe you now know How to shop on online without OTP verification, how to bypass OTP online on platforms like AMAZON, ALIBABA, KONGA AND JUMIA.

Also feel free to chat with us if you need any assistance kindly click on the chat button below or WhatsApp button.


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