Autodesk

Autodesk's vulnerability footprint spans a broadly represented portfolio of design, engineering, and construction software, with the AutoCAD family and its specialized variants dominating the exposure across architecture, electrical, mechanical, and MEP disciplines. The recurring weakness classes—out-of-bounds writes and reads, heap-based buffer overflows, use-after-free conditions, and memory-buffer boundary violations—reflect the memory-safety demands of large native codebases that process complex file formats and geometry operations. These memory-oriented flaws arise from the architectural complexity of handling untrusted CAD files and computational geometry, creating a durable attack surface tied to the desktop and server deployment of these widely used design tools. Defenders should prioritize patches for these products within design-centric environments and treat file-handling workflows as a potential ingress vector for memory-corruption attacks. Current severity, exploitation activity, and exposure counts are shown alongside this summary.