CVE-2020-1956 Scanner

Detects 'OS Command Injection' vulnerability in Apache Kylin affects v. 2.3.0, and releases up to 2.6.5 and 3.0.1.

Short Info

Level

High

Single Scan

Can be used by

Asset Owner

Estimated Time

10 second

Time Interval

4 week

Scan only one

Domain, Ipv4

Toolbox

-

Apache Kylin and the CVE-2020-1956 Vulnerability

Usage and Importance of Apache Kylin in Big Data Analysis

Apache Kylin is a widely utilized open-source Distributed Analytics Engine designed to facilitate interactive big data analysis on Hadoop. It enables users to execute complex SQL queries for multi-dimensional analysis (OLAP) with sub-second latency, making it a valuable tool for querying substantial Hive tables and deriving actionable insights from large volumes of data [1]. This capability positions Apache Kylin as an indispensable asset across various industries, including finance, retail, telecommunications, and healthcare, providing an ideal solution for businesses seeking to harness the power of big data analytics to drive informed decision-making and enhance operational efficiency.

Unveiling the CVE-2020-1956 Vulnerability in Apache Kylin

The CVE-2020-1956 vulnerability has been identified in versions 2.3.0, 2.6.5, and 3.0.1 of the Apache Kylin product, presenting a critical security risk to organizations relying on this analytics engine. This vulnerability, categorized as an OS Command Injection flaw, allows threat actors to execute arbitrary system commands, potentially leading to unauthorized access, data manipulation, and system compromise. The exploitation of this vulnerability poses a significant threat to the integrity and confidentiality of systems utilizing Apache Kylin for big data analysis [2].

Consequences of Exploiting the CVE-2020-1956 Vulnerability

When exploited by malicious cyber attackers, the consequences of the CVE-2020-1956 vulnerability can be severe. Unauthorized command execution can lead to the compromise of sensitive data, disruption of critical systems, and potential unauthorized access to sensitive information within the affected environment. This exploitation could result in severe financial repercussions, reputational damage, and legal liabilities, thus jeopardizing the overall stability and security of the organization's digital infrastructure [3].

Embracing Proactive Security Measures with Continuous Threat Exposure Management

For those who have yet to become members of the S4E platform, it is imperative to recognize the criticality of implementing continuous threat exposure management services. By leveraging the platform's prepared scanner to detect the CVE-2020-1956 vulnerability in their digital assets, individuals and organizations can proactively identify and address potential security gaps, fortifying their cybersecurity posture and safeguarding critical digital assets from exploitation. The platform's proactive approach to threat detection, preparedness, and mitigation empowers organizations to stay ahead of potential vulnerabilities and ensure the resilience of their digital infrastructure [4].

References

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