Detect C#/.NET security anti-patterns and generate prioritized remediation reports.
npx skills add https://github.com/ersinkoc/security-check --skill sc-lang-csharp
Please help me install this Agent Skill. Skill: sc-lang-csharp Source: https://github.com/ersinkoc/security-check/tree/main/skills/sc-lang-csharp Command: npx skills add https://github.com/ersinkoc/security-check --skill sc-lang-csharp
C#/.NET applications often suffer from security anti-patterns and misconfigurations that attackers can exploit. This skill detects and highlights common patterns such as BinaryFormatter deserialization risks, unsafe EF raw SQL usage, ViewState tampering, insecure HttpClient usage, and insecure configuration flaws to help secure the .NET stack.
Scan your C#/.NET project to identify common security anti-patterns and misconfigurations and generate actionable remediation guidance.
High-intent search queries and answers about installing and using this skill.
To scan C# code for security vulnerabilities, static analysis can identify unsafe BinaryFormatter deserialization patterns and categorize findings against a security checklist to generate a prioritized remediation report with concrete fixes.
Common ASP.NET Core security anti-patterns include insecure HttpClient usage, ViewState tampering, and EF raw SQL injections. Static analysis detects these misconfigurations by referencing a dedicated C# security checklist to surface high-risk areas.
Finding Entity Framework raw SQL injection vulnerabilities involves performing static analysis on the .NET project to detect unsafe EF raw SQL usage, which is then reported with actionable remediation guidance and safer example patterns.
Yes, static analysis for .NET security covers Blazor and SignalR vulnerabilities. It scans the entire .NET stack to detect misconfigurations and unsafe code risks, surfacing issues across ASP.NET Core, EF, and related frameworks.
To prioritize security fixes for a large C# codebase, static analysis scans multiple services to surface high-risk areas, categorizing the findings to help prioritize fixes for a security backlog with actionable remediation steps.
The best way to check for insecure HttpClient usage in .NET is using static analysis to identify the anti-pattern, which then generates a prioritized remediation report containing concrete fixes and example safer patterns.
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