![]() ![]() This field defines the XPath to the specified location in the browser where the specific event is to take place. This can be done using the Encrypter/Decrypter in the AppSecToolkit using the Rapid7 encryption option. If it is set to 1, this will contain an encrypted value to be passed during the authentication sequence. This field is used with UseEncryptedData. For example, if the login button was dynamically generated with a new value such as ‘login-5423’ and upon next login the value is ‘login-7668’, we can address this situation by using ‘login-*’ in the field. The value that is going to be passed or the action which is to be done in tandem with what is defined in. When you are passing an encrypted value such as a password, this will be a 1, and there will be an encrypted value in the section. 1 - The data is encrypted and the is used. ![]() 0 - The data is not encrypted and the field is used. For most macro event types this field will be a 0 since you may not be passing encrypted data. This field determines if the field such as a password is used. For more information, see the Event Types table below.Ĭustom JavaScript can be utilized under. 2 or more - As the number of browser windows change, the number will keep incrementing. The playback option runs the same action sequence taken by the user.Īfter installing the plugin, you can record and play back the authentication sequence and edit the request before rewatching the authentication playback.ĭuring authentication the browser will open a different window, then redirect you back to the original window. You can record authentication with the Rapid7 AppSec Plugin in InsightAppSec and in the Macro Recorder tab of the AppSec plugin. Once you have the AppSec Chrome plugin installed, you can use macros to record the actions needed to authenticate into an application or to access a specific section of your app that cannot be reached purely by crawling. Rapid7 AppSec Macros are sequences of actions, such as clicking a series of buttons or text entry on a web page. When the Vulnerability Validator window opens, replay the attack.On the Vulnerabilities tab, select the vulnerability you want to validate.The response headers and response body will return with the attack information. On each tab, click Send to validate each attack with the Request Builder.In the Vulnerability Validator window, use the tabs at the top to switch between the steps in the attack traffic that occurred.Select an attack type and then click Replay Attack.When the report is available, replay the attack.Give the report a name and choose HTML export.On the app details page, select the scan you want to generate a report for.On the Apps page, select the app you want to validate.You can also edit the request in the Request Builder to see if a change fixes or further validates a vulnerability.Īfter installing the plugin, you can generate a scan report or view vulnerabilities within a scan and replay the attack. ![]() Replaying attacks allows you to watch the attack traffic to determine whether a vulnerability is valid. In InsightAppSec, you can access vulnerabilities and replay attacks from the scan report or vulnerability. In the extension pop-up, click Add extension.Ī notification appears when the plugin is successfully installed.On the Rapid7 AppSec Plugin for Chrome page, click Add to Chrome.Ensure you are using the latest version of Chrome.You can then import the file so it can be used and referenced within an app. Record traffic authentication to track and send the requests the front end application and the back end server in a Traffic file. ![]() Record macro authentication with the plugin and play the authentication sequences back to track user actions during authentication.Validate vulnerabilities by replaying the vulnerability attack.To get the most out of the Rapid7 AppSec plugin, we will walk through the following use cases: Use the plugin to understand how traffic is moving between your server, apps, and authentication layer. The Rapid7 AppSec Plugin for Chrome adds useful capabilities like recording your login activities and replaying attacks from your InsightAppSec console. ![]()
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