Static Application
Security Testing
Analyze your source code for security vulnerabilities before they reach production. Our engine goes beyond simple pattern matching — it analyzes code structure, understands context, and uses AI to detect vulnerabilities that regex-based tools miss.
How Offensive360 SAST works
Parse & model your code
We build an abstract syntax tree and control-flow graph for each file, understanding how your code actually executes — not just what it looks like.
Analyze code paths
Our engine identifies how user-controlled input from entry points (HTTP parameters, form fields, API requests) reaches sensitive operations (database queries, file system access, command execution).
Apply security rules
We check against hundreds of security rules mapped to CWE IDs and OWASP categories. Each rule includes context about why the finding matters and how to fix it.
AI-enhanced detection
For complex patterns and supported languages, our AI engine analyzes code semantics to catch vulnerabilities that static rules cannot express — like business logic flaws and nuanced injection vectors.
{
"finding": {
"type": "SQL Injection",
"severity": "Critical",
"cwe": "CWE-89",
"file": "UserController.cs",
"line": 42,
"source": "Request.Query[\"id\"]",
"sink": "SqlCommand.Execute()",
"dataFlow": [
"Request.Query → userId",
"userId → query string concat",
"query → SqlCommand.CommandText",
"SqlCommand.Execute()"
],
"fix": "Use parameterized queries"
}
}Supported languages & frameworks
60+ languages covered. The broadest language support in the industry — more than Checkmarx, Veracode, or Fortify.
Built for security teams
A clean, actionable interface that helps your team prioritize and fix vulnerabilities fast.
Vulnerability statistics and trend analysis
Detailed findings with code-level context
What we detect
Comprehensive coverage of OWASP Top 10, CWE Top 25, and hundreds of additional vulnerability patterns.
Secure your AI-generated code
AI assistants and coding agents now write a large share of production code — and independent 2025 research across 100+ AI models found that roughly 45% of AI-generated code contains known security flaws, even when it runs perfectly. 2026 follow-up testing shows the trend is not fixing itself: syntax quality keeps improving while the security pass rate has stalled.
Offensive360 SAST analyzes data flow, not authorship. The same interprocedural taint analysis that catches human mistakes catches the injection flaws, hardcoded secrets, and missing input validation that AI assistants routinely introduce — in your CI/CD pipeline, before the merge. And because it runs fully on-premise, your AI-assisted codebase never leaves your network.
Scan Your AI-Generated CodeFrequently asked questions
What programming languages does Offensive360 SAST support?
Offensive360 SAST supports 60+ programming languages including Java, C#, Python, PHP, JavaScript, TypeScript, Go, Ruby, Kotlin, Swift, Objective-C, Dart, C, C++, Scala, Rust, Groovy, VB.NET, COBOL, Apex (Salesforce), Oracle Forms, ColdFusion, Perl, Elixir, Lua, and more. All language engines are built-in — no add-ons or plugins required.
Is Offensive360 SAST free for open-source projects?
Yes. Public repositories on GitHub, GitLab, Bitbucket, or Codeberg can request a free scan token and run the full SAST engine from CI — including the offensive360/sast-scan-action GitHub Action with SARIF output for the code scanning tab. Tokens are valid 30 days and renewable on request. See offensive360.com/free-for-open-source for details.
Can Offensive360 SAST find vulnerabilities in AI-generated code?
Yes — and it matters more every year. Independent 2025 research across 100+ AI models found roughly 45% of AI-generated code contains known security flaws, with Java worst-affected, and 2026 follow-up testing shows security quality has stalled even as fluency improves. Offensive360 SAST analyzes data flow, not authorship: the same interprocedural taint analysis that catches human mistakes catches the injection flaws, hardcoded secrets, and missing input validation that AI assistants routinely introduce — before they merge.
Can Offensive360 SAST run offline or in an air-gapped environment?
Yes. Offensive360 is unique in offering 100% offline operation with zero internet dependency. It deploys as an OVA virtual machine appliance that runs in any on-premise or air-gapped environment, including classified networks and defense infrastructure. No cloud connection is ever required.
How does Offensive360 SAST compare to Veracode, Checkmarx, or Snyk?
Offensive360 differs from Veracode, Checkmarx, and Snyk in several key ways: (1) It runs fully on-premise with no code upload to external servers; (2) It supports 60+ languages vs ~30 for competitors; (3) It includes DAST, SCA, malware analysis, and license compliance in one platform at no extra cost; (4) It is the only commercial SAST/DAST platform with built-in malware and binary analysis; (5) It offers 100% air-gapped operation, which cloud-only tools like Veracode cannot provide.
Does Offensive360 provide remediation guidance, or just find vulnerabilities?
Offensive360 finds AND fixes vulnerabilities. Every finding includes the complete data-flow trace from source to sink, a secure code example in your specific language and framework, and step-by-step remediation guidance. Developers can resolve issues without security expertise or guessing.
Scan your code now
Upload your project or connect your repository. Get your first SAST report in minutes.