Cybersecurity · · 2 min read

Decoding the Drake Flaw: Inside the Security Breach of electron-pdf 20.0.0

Decoding the Drake Flaw: Inside the Security Breach of electron-pdf 20.0.0

In our digital age, the relentless advancement of cybersecurity challenges compels us to remain perpetually alert, guarding our online realms against emerging threats. Our focal point today is a newly unearthed vulnerability within electron-pdf version 20.0.0, affectionately dubbed "Drake." This flaw casts a spotlight on a critical security breach that enables unauthorized local file access via server-side XSS, signaling a considerable threat to both individual users and system integrity.

Decoding the Drake Flaw: Inside the Security Breach of electron-pdf 20.0.0

Understanding the Vulnerability:

Overview: Dubbed Drake and officially recognized as CVE-2024-1648, this vulnerability was brought to light by cybersecurity enthusiast Carlos Bello from Fluid Attacks' Offensive Team. Targeting the electron-pdf package, particularly its 20.0.0 release, Drake enables attackers to remotely pilfer arbitrary local files from affected systems, showcasing a glaring security oversight.

Technical Insights: The vulnerability's roots lie in the application's inadequate validation of user-supplied HTML content. This lapse allows adversaries to embed malicious HTML scripts capable of commandeering and revealing local files from the victim's system during the PDF conversion process.

Exploitation Scenario: Imagine an attacker dispatching a tailor-made HTML document, embedded with a script that summons local files (for instance, "file:///etc/passwd"), to an unsuspecting electron-pdf. Upon processing, the application unwittingly activates the script, incorporating the requested file's data into the resultant PDF, thus compromising system confidentiality.

Impact and Severity:

Assigned a CVSSv3.1 Base Score of 7.5, Drake is classified under high severity. This score mirrors the flaw's ability to breach system confidentiality autonomously, sans user engagement or intricate conditions.

Mitigation and Recommendations:

In the wake of this disclosure, no formal patch has been issued for electron-pdf 20.0.0. Users are thus urged to proceed with caution, adopting supplementary safeguards to vet and control the ingestion of suspect HTML content.
For developers, this episode underscores the paramountcy of rigorous input scrutiny and the sanitation of user-generated content, particularly within applications interacting with HTML or dynamically generating content.


The revelation of the Drake flaw within electron-pdf version 20.0.0 serves as a poignant beacon, illuminating the hidden vulnerabilities that may imperil software applications, thereby exposing users to considerable hazards. It accentuates the essence of constant vigilance, regular security audits, and swift vulnerability remediation to fortify our digital bastions.

In summary, we salute the investigative prowess of cybersecurity mavens like Carlos Bello and collectives such as Fluid Attacks for their unwavering commitment to unveiling and broadcasting such vulnerabilities, thereby fortifying the cybersecurity landscape.


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