Memory Safety Issues in Firefox Affected by Mozilla

CVE-2025-1414

What is CVE-2025-1414?

CVE-2025-1414 is a vulnerability impacting the Mozilla Firefox web browser, specifically versions earlier than 135.0.1. Firefox serves as a popular platform for internet browsing, used extensively by organizations for its security features and user-friendly interface. This vulnerability is rooted in memory safety issues that could potentially lead to memory corruption and, with sufficient skill, could allow an attacker to execute arbitrary code. If exploited, this could result in users' sessions being hijacked or sensitive information being accessed, negatively affecting organizational data integrity and privacy.

Technical Details

The vulnerability arises from memory safety bugs present within Firefox 135. Investigations into these flaws have indicated the potential for memory corruption, which could be manipulated to gain unauthorized access to system resources. The specifics of the vulnerability point to weaknesses in how memory allocation and deallocation are managed in the affected versions, undermining the application’s overall security posture. As such, versions of Firefox prior to 135.0.1 remain exposed to these risks until mitigative measures are implemented.

Potential impact of CVE-2025-1414

1. Unauthorized Code Execution: The vulnerabilities could allow an attacker to execute arbitrary code, potentially enabling them to control affected systems remotely.

2. Data Breach Risk: Successful exploitation could lead to unauthorized access to sensitive organizational data, posing a significant risk of data breaches and loss of confidential information.

3. System Compromise: The potential for memory corruption may result in compromised system integrity, allowing for unauthorized changes or malware deployment, which could further escalate security incidents within the organization.

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