Third-party package managers, such as Node Package Manager, PyPi, and Yarn, are commonly used for integrating open-source software packages into existing development environments. These package managers provide metadata about the software and often include a link to the package's source code repository to help developers assess the software's reliability. One way developers evaluate the trustworthiness of a package is by checking its popularity, which is typically measured by the number of "Stars" the package has received. However, some package managers do not validate the connection between the package and its source code repository, which leaves them vulnerable to attacks. Malicious actors can manipulate the popularity statistics of a package by associating a popular source code repository URL with a malicious package, leading developers to unwittingly incorporate the malicious code into their development environment.
ID:T0141
Type:Technique
Tactic:Resource Development
Summary:Fake developer reputation (Starjacking)
State:Draft
Mitigations
ID
TYPE
SUMMARY
DESCRIPTION
M1731
Mitigation
Mitigation Implement verification of signed commits Signing commits, or requiring to sign commits, gives other users confidence about the origin of a specific code change.
It ensures that the author of the change is not hidden and is verified by the version control system, thus the change comes from a trusted source. For each repository in use, enforce the branch protection rule of requiring signed commits, and make sure only signed commits are capable of merging.
Detections
ID
TYPE
SUMMARY
DESCRIPTION
D1510
Detection
Detection Implement Intrusion Detection System and anti-malware An intrusion detection system (IDS) is a security tool designed to detect and alert on unauthorized access to a computer system or network.
Implementing intrusion detection systems (IDS) and anti-malware software can help to identify and block malicious activity. IDS is a critical security tool that helps organizations to detect and respond to security incidents in a timely manner. By providing real-time monitoring and analysis of network traffic, IDS can help organizations to stay ahead of potential threats and reduce the risk of a security breach.
D1520
Detection
Detection Implement endpoint detection and response system An endpoint detection and response (EDR) system is a security tool designed to detect and respond to security incidents on endpoints, such as desktops, laptops, servers, and mobile devices.
There are several reasons why an EDR system is essential for maintaining the security of endpoints: 1. Threat Detection: EDR can detect and alert on a wide range of threats, including malware, ransomware, and other types of attacks that may not be detected by traditional antivirus software. 2. Rapid Incident Response: EDR can help security teams to rapidly detect, investigate, and respond to security incidents on endpoints. EDR systems can provide detailed information about the scope and impact of an attack, enabling security personnel to respond quickly and effectively. 3. Behavioral Analysis: EDR can monitor endpoint behavior to detect and alert on suspicious or anomalous activity. This helps security teams to identify and respond to threats that may be missed by traditional signature-based detection. 4. Endpoint Visibility: EDR provides visibility into endpoint activity, including processes, network connections, and file activity. This helps security teams to identify potential attack vectors and take proactive measures to prevent future incidents.
AppSec teams are overwhelmed by useless alerts, managing numerous applications with vulnerabilities across various kill-chain stages, making them increasingly susceptible to successful attacks.
