CVE-2023-36760 in 3D Viewer
Summary
by MITRE • 09/12/2023
3D Viewer Remote Code Execution Vulnerability
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Analysis
by VulDB Data Team • 06/12/2026
A remote code execution vulnerability in 3d viewer software represents a critical security flaw that allows attackers to execute arbitrary code on affected systems without requiring physical access or user interaction. This type of vulnerability typically arises from insufficient input validation and improper memory management within the 3d rendering engine or file parsing components. The flaw enables malicious actors to craft specially crafted 3d model files or viewer parameters that trigger buffer overflows, memory corruption, or other exploitable conditions when processed by the vulnerable application. Such vulnerabilities are particularly dangerous in enterprise environments where 3d viewers are used for design reviews, architectural visualization, or product demonstrations, as they can be exploited through email attachments, web downloads, or collaborative platforms. The technical implementation often involves improper handling of 3d file formats such as obj, dae, or stl files where the viewer fails to properly validate vertex coordinates, texture mappings, or geometric data structures. Attackers can leverage these weaknesses to gain full system control, escalate privileges, or establish persistent backdoors. The operational impact extends beyond immediate system compromise to include potential data exfiltration, lateral movement within networks, and disruption of business operations. Organizations using 3d viewers for critical workflows face significant risk exposure as attackers can exploit these vulnerabilities to infiltrate secure environments through seemingly benign 3d content. This vulnerability type aligns with CWE-119 weakness category focusing on improper access to memory and CWE-787 out-of-bounds write conditions. From an attack framework perspective, this vulnerability maps to multiple ATT&CK techniques including initial access through malicious files, execution via legitimate system processes, and privilege escalation through code injection methods. The exploitation typically requires minimal user interaction, making it particularly dangerous for phishing campaigns or supply chain attacks. Security professionals should prioritize patch management and network segmentation to reduce the attack surface, while implementing strict file validation policies for 3d content in enterprise environments. The vulnerability demonstrates the inherent risks associated with complex multimedia processing components and highlights the importance of robust input sanitization and memory safety practices in graphics rendering software.