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Research Preview 研究预览 Function-Level Analysis 函数级分析

VulTracer

Precise Vulnerability Propagation Analysis:
From Noise to Signal

精确的漏洞传播分析:
从噪声到信号

Overview

概览

VulTracer addresses the critical challenge of noise in software vulnerability assessment. Traditional package-level scanners often flag vulnerabilities that are technically present but practically unreachable. Our approach leverages advanced static analysis to construct precise call graphs and track data flow, identifying which vulnerabilities are actually triggered by your application's execution paths.

VulTracer 解决了软件漏洞评估中严重的误报(噪声)问题。 传统的软件包级别扫描器经常标记那些依赖链路上存在但实际上不可达的漏洞。 我们的方法利用先进的静态分析来构建精确的调用图并跟踪数据流,从而识别出哪些漏洞是真正被您的应用程序函数执行调用的。

Coming Soon 即将推出

Interactive Demonstration

交互式演示

We are finalizing the deployment of our interactive verification environment for the camera-ready version of the paper. The demo will allow you to upload standard lockfiles and visualize propagation paths.

我们正在为论文的最终版本部署交互式验证环境。 该演示将允许您上传标准的工程 lock 文件(lockfiles)并可视化漏洞传播路径。

Paper PDF (Available Soon) 论文 PDF (即将可用) Launch Demo (Coming Soon) Demo (即将可用)

Key Capabilities

核心能力

Function-Level Granularity
函数级粒度

Pinpoint vulnerabilities at the function usage level rather than entire packages.

在函数使用级别而非包级别精确定位漏洞。

Call Graph Visualization
调用图可视化

Interactive graph exploration to interpret complex dependency chains.

通过交互式图表探索来解析复杂的依赖链。

Reachability Analysis
可达性分析

Distinguish between reachable threats and dormant code.

区分实际可达的威胁和不可达的代码。