Client-Server Architecture and Threat Intelligence Data
Which of the following often operates in a client-server architecture to act as a service repository providing enterprise consumers access to structured threat intelligence data?
A. STIX
B. CIRT
C. OSINT
D. TAXII
Answer:
The correct answer is D. TAXII, as it operates in a client-server architecture and acts as a service repository providing enterprise consumers access to structured threat intelligence data.
In a client-server architecture, a service repository plays a crucial role in providing enterprise consumers with access to structured threat intelligence data. Among the options provided, let's analyze each one to determine the correct choice.
A. STIX (Structured Threat Information eXpression) is a language used for conveying threat intelligence data but doesn't function as a service repository. It focuses on the standardization of threat information sharing.
B. CIRT (Computer Incident Response Team) is responsible for handling cybersecurity incidents and ensuring the organization's security posture. However, it is not a service repository for threat intelligence data.
C. OSINT (Open Source Intelligence) involves collecting intelligence from publicly available sources to gather insights and information. While valuable, it is not a service repository for structured threat intelligence data.
D. TAXII (Trusted Automated eXchange of Indicator Information) operates in a client-server architecture and serves as a service repository providing access to structured threat intelligence data. It enables the exchange of cybersecurity threat information over a network.
Therefore, based on the information provided, the correct choice is D. TAXII, as it aligns with the role of operating in a client-server architecture and acting as a service repository for structured threat intelligence data.
To delve deeper into client-server architecture and its significance in managing threat intelligence data, you can explore further resources and discussions on related platforms.