Online Sharing Exposure

Unveiling the Unintended Sharing: ThreatNG Online Sharing Exposure Investigation Module

The ThreatNG Online Sharing Exposure Investigation Module delves into online sharing platforms, uncovering instances where an organization's sensitive information or intellectual property may have been inadvertently shared. This proactive approach fulfills crucial External Attack Surface Management (EASM) and Digital Risk Protection (DRP) requirements, helping organizations identify and address potential security breaches and reputational risks.

Online Sharing Exposure External Attack Surface Management EASM Digital Risk Protection DRPS Security Ratings Cyber Risk Ratings

Investigating Digital Footprints Across Online Sharing Platforms

ThreatNG's Online Sharing Exposure Investigation Module provides comprehensive insights into an organization's digital presence across various online sharing platforms. This module helps identify potential digital risks by discovering organizational entities on these platforms. By analyzing these diverse sources, ThreatNG offers a holistic view of an organization's exposed information and potential vulnerabilities from online sharing activities.

Collaborative Code Hosting Platforms

Collaborative code hosting platforms centralize software development, using version control systems like Git to enable simultaneous work and code reviews. However, the sensitive nature of hosted code poses significant cybersecurity risks, including intellectual property exposure, supply chain attacks, and credential theft. Weak authentication, software vulnerabilities, and insider threats are common risks. Strong authentication, secure code review, and secret management are crucial to mitigate these. Furthermore, organizations should prioritize secure CI/CD pipelines, regular security audits, comprehensive monitoring, and employee training to protect their valuable code and data.

Content Distribution Platforms

Content Distribution Platforms (CDPs) are systems that store and deliver diverse digital content, like websites, videos, and software, aiming to enhance delivery speed and reliability through caching and geographic distribution. However, CDPs present several cybersecurity risks. They are prime targets for data breaches due to the vast amount of information they handle. Attackers can also use CDPs for malware distribution by hosting malicious files or injecting harmful code into legitimate content. Furthermore, CDPs are vulnerable to Denial-of-Service (DoS) attacks, account hijacking, and content poisoning, which can disrupt services or spread misinformation.

Code Snippet Repositories

Code snippet repositories allow developers to store, share, and discover reusable code, aiding learning and accelerating development. However, these platforms introduce cybersecurity risks like malicious code injection, where attackers can embed backdoors or exploits in shared snippets. Exposure of sensitive information is also a concern, as developers might accidentally include API keys or passwords, making them publicly accessible. Additionally, shared snippets can contain vulnerabilities that, if integrated, weaken applications. Therefore, while beneficial for collaboration, developers must use caution and security best practices to avoid these inherent risks.

Dynamic Presentation Platforms

Dynamic Presentation Platforms empower users to create engaging, multimedia-rich presentations with interactive features and real-time collaboration. However, their advanced capabilities introduce several cybersecurity risks. Account compromises can lead to stolen content or disrupted presentations, while data breaches threaten confidential information stored on the platforms. Attackers may also distribute malware through infected presentations or launch phishing attacks by mimicking legitimate content. These platforms are vulnerable to insecure sharing and privacy violations without proper security settings.

Text Snippet Repositories

Text snippet repositories provide digital spaces for users to store, share, and discover short text segments like code, commands, or notes, fostering collaboration and documentation. However, they pose significant cybersecurity risks. Users might expose sensitive data such as passwords or API keys if these snippets are publicly accessible. Additionally, attackers can use these platforms for malicious code injection, tricking users into copying harmful code, or for information leakage by compiling seemingly innocuous snippets to gain system insights. Without proper access controls, these repositories can become a source of data breaches and facilitate phishing attempts.

Supported Platforms

GitHub, GitHub Code, Pastebin, Prezi, Slideshare, Scribd

Uncover Exposed Information & Insider Threats: Proactive Risk Management

Early Leak Detection

By identifying exposed information on code-sharing platforms, the module helps detect potential data breaches early, allowing for swift remediation efforts.

Improved Insider Threat Detection

Employees' inadvertent code-sharing on code-sharing platforms can signify insider threats. The module helps identify such activity and allows for appropriate investigations.

Proactive Risk Mitigation

By identifying exposed information, the module allows organizations to take steps to secure the information and prevent potential misuse.

The ThreatNG Online Sharing Exposure Investigation Module empowers organizations to identify and address potential security breaches and reputational risks associated with accidental information sharing by proactively scanning online code-sharing platforms. This comprehensive approach strengthens both EASM and DRP efforts.

External Attack Surface Management (EASM)

Identification of Exposed Credentials: Online sharing platforms can share sensitive information like credentials or API keys. The module helps identify such leaks, allowing immediate action to invalidate compromised credentials and secure exposed systems.
Unintentional Source Code Leaks: Inadvertently sharing source code containing vulnerabilities or sensitive configuration details can create security risks. The module helps identify such leaks and allows for patching vulnerabilities and tightening security configurations.
Third-Party Dependency Risk Assessment: The module can identify instances where the organization's code is shared on platforms, potentially exposing vulnerabilities in their systems or third-party users.

Digital Risk Protection (DRP)

Confidential Information Detection: The module can identify leaks of confidential information such as marketing plans, financial data, or proprietary research materials, mitigating potential competitive disadvantages and reputational damage.
Compliance Violations: Inadvertent sharing of certain data types, such as personally identifiable information (PII), may violate data privacy regulations. The module helps identify such leaks and allows for compliance efforts to be addressed.
Brand Protection: Leaked brand assets like logos, marketing materials, or internal documents can be used for phishing campaigns or brand impersonation. The module helps identify such leaks and allows for proactive measures to protect the organization's brand.