StackStorm Web UI Panel Detection Scanner

This scanner detects the use of StackStorm Web UI in digital assets. It identifies the presence of StackStorm's graphical interface to understand the potential exposure point in your system.

Short Info


Level

Medium

Single Scan

Single Scan

Can be used by

Asset Owner

Estimated Time

10 seconds

Time Interval

17 days 12 hours

Scan only one

URL

Toolbox

StackStorm Web UI is a front-end interface that is part of the StackStorm automation platform, a powerful tool commonly used in IT environments for event-driven automation. It's employed to streamline operations across various services and applications by defining workflows that respond to specific triggers. This interface allows administrators and operators to visually monitor, control, and manage automation workflows and their executions in real-time. Companies leverage StackStorm Web UI to enhance operational efficiencies and maintain a centralized system for integrative task automation. It supports a wide range of integrations with platforms like Slack, Amazon AWS, and others to automate complex tasks that span multiple technologies. As a web-based user interface, StackStorm Web UI can be accessed via a browser, facilitating ease of use and management capabilities for professionals in DevOps, IT, and system administration.

Panel Detection involves identifying the presence of web interfaces like StackStorm Web UI which, when exposed, can potentially lead to unauthorized access if not securely configured. Detection of such panels helps in mapping the digital footprint of a system, revealing potential exposure points that require securing. The goal is to confirm whether StackStorm Web UI is being publicly hosted, as it can become a target for cyberattacks if left unprotected. By detecting its presence, users can take specific measures to ensure that proper authentication and security layers are applied. This detection assists in security audits by providing insight into software installations that are accessible over the internet or network. Furthermore, identifying panel interfaces is crucial for understanding potential information disclosure vulnerabilities present in an organization's infrastructure.

This detection leverages HTTP requests to determine whether StackStorm Web UI is accessible by verifying the server response and content. It ensures the status code returned is 200 and checks for specific HTML tags and text indicating the presence of the interface. The template uses digital signatures like `

stackstorm web ui` to validate the web page content, thus asserting the presence of StackStorm's UI accurately. It follows any redirects encountered up to a limited number of times to locate the UI under possible nested routes. Vendors' specific metadata like panel titles may also be structured as dsl conditions, further affirming the UI's identification. The scanner is programmed to make limited requests to optimize performance and to avoid unnecessary load on the network or server being scanned.

If malicious actors exploit the detected StackStorm Web UI panel, they could potentially gain unauthorized access to automation workflows and administrative controls. This can lead to data manipulation, unauthorized code execution, or full system compromises. Attackers may leverage this gateway to pivot within the network, exploiting interconnected services via the automation platform. Unauthorized access could also result in leakage of sensitive operational data, impacting business operations and potentially leading to financial loss and reputational damage. Moreover, script-based attacks might exploit this panel to deliver payloads that manipulate automation workflows or disrupt intended service operations. This implies the importance of reinforcing security for such interfaces to prevent unauthorized exploitation and malpractice.

REFERENCES

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