Limit Login Attempts Reloaded Detection Scanner
This scanner detects the use of Limit Login Attempts Reloaded in digital assets.
Short Info
Level
Informational
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
10 seconds
Time Interval
25 days 13 hours
Scan only one
URL
Toolbox
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Limit Login Attempts Reloaded is a WordPress plugin used by website administrators to limit the number of login attempts that users can make. The plugin is primarily used for enhancing security on WordPress sites by preventing brute force attacks. It is popular among WordPress users due to its ability to block IP addresses that repeatedly fail login attempts. This plugin is employed by developers and website managers who want to bolster their site's defense against unauthorized access. By logging accesses and enforcing a limit on login retries, the plugin offers an extra layer of protection. Users appreciate its ease of use and effectiveness in reducing the risk of password guessing.
This scanner detects if the Limit Login Attempts Reloaded plugin is installed and potentially identifies the version in use. Version detection assists in evaluating if the installed version is outdated or missing critical updates. Technology detection encompasses examining server responses or files that indicate the presence of the plugin. Recognizing the plugin's presence is crucial for security assessments and inventory purposes. This detection does not exploit any live vulnerabilities but provides valuable data for risk management. Accurately identifying the plugin helps to ensure that it is correctly configured and updated.
The technical process involves sending HTTP GET requests to specific paths like "/wp-content/plugins/limit-login-attempts-reloaded/readme.txt" to gather details about the plugin. Extractors are used to parse the response for version information using regular expressions, capturing data such as the stable tag. Moreover, matchers confirm the presence of specific information in the response body. This template checks the version against the latest known version to determine if an update is required. It excels in identifying version discrepancies without interfering with the plugin's operational setup. Specifically, it can match using regex patterns that surface platform version details.
The misuse or exploitation of outdated plugin versions could expose websites to various security threats. An attacker could leverage a vulnerability within an outdated plugin, potentially leading to unauthorized access or data breaches. The consequences may include compromised user data, financial loss, and damage to the website's reputation. Persistent attacks can exploit overlooked vulnerabilities, capitalizing on the lack of timely updates. This chain of vulnerabilities emphasizes the importance of maintaining software with current patches. Moreover, inadequate protective measures can result in increased downtime for the affected site.
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