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A Pythonic implementation of the EMV smartcard protocol, which is used worldwide for chip-and-PIN payments. This is intended to be readable, tested, and heavily cross-referenced with the appropriate sections of the EMV Specification. This also includes an implementation of the EMV CAP (aka Pinsentry) standard which is known to work for Barclays cards.
MagSpoof is a device that can spoof/emulate any magnetic stripe or credit card. It can work "wirelessly", even on standard magstripe/credit card readers, by generating a strong electromagnetic field that emulates a traditional magnetic stripe card. Note: MagSpoof does not enable you to use credit cards that you are not legally authorized to use. The Chip-and-PIN and Amex information is not implemented and using MagSpoof requires you to have/own the magstripes that you wish to emulate. Simply having a credit card number and expiration is not enough to perform transactions. MagSpoof does allow you to perform research in other areas of magstripes, microcontrollers, and electromagnetism, as well as learn about and create your own devices similar to other existing, commercial technologies such as Samsung MST and Coin.
Python Credit Card Transaction Validation API. Currently supports Authorize.net -- other platforms are welcome! Both Credit Cards and e-checks are supported. This is a very simple class that has a test component as well. Validation of data is not perform
A .NET framework for simplifying development against smart card readers. Currently being designed for PC/SC compliant readers, but has support for easily plugging in proprietary API's for communication.
This is the official repository of ChameleonMini, a freely programmable, portable tool for NFC security analysis that can emulate and clone contactless cards, read RFID tags and sniff/log RF data. Thanks to over 1700 backers from our Kickstarter project, the current Revision G has been realized by Kasper & Oswald GmbH. We are aware of various third-party ChameleonMini clones or modified variants that are available on the Internet. Warning: We have evidence that some of these devices are defective or suffer from reading problems et cetera. Please understand that we cannot give support for these non-official devices, as we have no schematics / layout or other information, nor do we know the manufacturers. In case of problems, please contact the manufacturers of your device directly.
This project currently provides a set of modules that enable the use of smartcard based authentication amp; digital signature security services. It also interact with the OpenCA project to provide a smartcard-based PKI.
Card credit checker, allows you to check credit card number for validity. It can verify Visa, MasterCard, Diners Club, Carte Blanche, American Express (AMEX), Discover, card numbers. it uses LUHN10 algorithm as well as first digits verification.
The skill is hosted on AWS which is an Amazon service. The usage of this skill is free for many thousands of requests however Amazon still require a credit card incase you start using their services beyond the free limits. Your credit card details stay with Amazon - neither I nor any other developers can access them. If you wish to reproduce the installation instructions hosted on your own website (I really wish you wouldn't as it makes my life very difficult to support and update the skill) then you may do so and link to my Cloudformation template (and consequently the zips on my S3 buckets) provided that there is no monetisation on the page e.g. adverts. If you do wish to have monetisation then you will need to create your own instructions and host your own Cloudformation template and associated zip files.
Credit Card Number Validator 05 (CCNV05) is a Custom SSIS Data Flow Transformation Component that determines whether the given input is a valid credit card number or not. CCNV05 takes String/Numeric input and performs a Synchronous, Non-Blocking transformation using Luhn Mod 10 a
Credit Card Validator provides validation utilities for credit card data inputs. It is designed as a CommonJS module for use in Node.js, io.js, or the browser. It includes first class support for 'potential' validity so you can use it to present appropriate UI to your user as they type. A typical use case in a credit card form is to notify the user if the data they are entering is invalid. In a credit card field, entering “411” is not necessarily valid for submission, but it is still potentially valid. Conversely, if a user enters “41x” that value can no longer pass strict validation and you can provide a response immediately.
Credit Card Type provides a useful utility method for determining a credit card type from both fully qualified and partial numbers. This is not a validation library but rather a smaller component to help you build your own validation or UI library. This library is designed for type-as-you-go detection (supports partial numbers) and is written in CommonJS so you can use it in Node, io.js, and the browser.