Portkey AI Technology Detection Scanner
This scanner detects the use of Portkey AI in digital assets.
Short Info
Level
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
10 seconds
Time Interval
16 days 18 hours
Scan only one
URL
Toolbox
Portkey AI is a software solution used to provide observability, governance, and reliability for large language model applications. It's typically utilized by organizations and developers who integrate AI capabilities into their systems, offering a reliable gateway for managing AI-driven functionalities. Portkey AI's interface aids in seamless integration and monitoring of AI systems, ensuring optimal performance. This platform helps users manage AI interactions, making it crucial for businesses aiming to leverage AI technologies securely. It also provides comprehensive tools for governance, making it a vital tool for AI infrastructure management.
This scanner detects the use of Portkey AI within digital assets. The primary goal is to identify the presence of the Portkey AI interface, indicating its deployment in a given environment. The detection ensures that users can determine the existence of Portkey AI, aiding in understanding the technological landscape. Recognizing Portkey AI is vital for identifying AI-enabled applications. Its detection helps security professionals align their strategies accordingly.
Technical detection details involve identifying the Portkey AI login interface through specific keyword matching. The scanner verifies the presence of a recognized title indicating Portkey AI and a successful HTTP status code. These elements confirm the deployment of Portkey AI. The detection focuses on the login endpoint to determine the AI gateway's active implementation. By locating these technical markers, Portkey AI detection is efficiently realized.
Identifying Portkey AI in systems can lead to better management of AI resources. Knowing the deployment locations helps in strategizing security measures tailored to AI data governance. It also allows optimization of AI resource allocation. Timely detection can prevent unauthorized access to AI functionalities. This capability aids in maintaining a robust AI governance framework.
REFERENCES