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Products›Agentic SAST

Finds the bug. Writes the fix. Opens the PR.

Most SAST tools flood you with alerts. O3 finds vulnerabilities that are actually exploitable, writes a patch, and opens a pull request — before any human touches it.

Start for freeSee it in action
95%fewer false positives
< 2 minfrom scan to fix PR
IDE + PR + CIone engine, everywhere
How it works

Three steps. Zero tickets.

Most tools tell you what's wrong. O3 tells you, fixes it, and submits the PR. Security stops being a blocker and starts being invisible.

01

Scan

O3 runs a full interprocedural taint analysis across your codebase, building a call graph that maps every path from user input to sensitive sinks.

02

Confirm reachability

Each candidate finding is validated against the call graph. If your code never reaches the vulnerable function — directly or transitively — it is filtered out. No guesswork.

03

Auto-fix PR

For confirmed vulnerabilities, O3 generates a production-safe patch, opens a PR with a description of the bug, and assigns it for review. No ticket, no triage queue.

Capabilities

Built for engineering teams, not compliance checklists.

Everything runs in the background. You write code. O3 fixes security.

Reachability-based detection

O3 builds a full interprocedural call graph and only surfaces vulnerabilities where a real attack path exists — from an entry point all the way to the vulnerable sink. No phantom alerts.

Autonomous fix PRs

When a vulnerability is confirmed, O3 writes a patch, opens a pull request against your branch, and adds a plain-English explanation of the bug. You review and merge. Done.

IDE extension

VS Code and JetBrains plugins surface reachable issues as you type — inline, before you even save the file. Same engine as CI so findings are consistent across every stage.

PR security gate

Every pull request gets a security review automatically. O3 comments directly on the diff with the affected lines, the attack path, and a one-click fix link.

CI/CD integration

Drop into GitHub Actions, GitLab CI, Jenkins, or any CI runner in under five minutes. Fails the build only on confirmed, exploitable findings — not on noise.

Supply chain attack paths

O3 traces taint from third-party packages through your own code to sensitive sinks — catching supply chain injections that appear safe in isolation but are exploitable end-to-end.

Autonomous fixes

Not just alerts. A fix, ready to merge.

When O3 confirms a vulnerability is reachable, it doesn't stop at the alert. It generates a production-safe patch, writes the PR description, and opens the pull request. Your job is to review and click merge.

No ticket. No triage meeting. No back-and-forth between security and engineering. The fix arrives in your inbox already written.

Parameterized queries for SQL injection
Content-Security-Policy headers for XSS
Safe deserialization for RCE paths
Proper secret rotation for leaked creds
Pull Request — o3-bot → main
OPEN
fix(auth): parameterize userId query to prevent SQL injection
o3-security-bot·2 minutes ago·1 file changed
src/routes/orders.ts
-const sql = "SELECT * FROM orders WHERE user = '" + userId + "'";
+const sql = "SELECT * FROM orders WHERE user = $1";
+const data = await query(sql, [userId]);
O3 Securityconfirmed exploitable · CWE-89

User-controlled input userId from req.query flows directly into a string-concatenated SQL query without sanitization. Attack path: GET /orders → getUserOrders → query(). Fix: parameterized query applied above.

Vulnerabilities found, fixed, and merged.

Book a demo and see O3 surface reachable issues and open fix PRs — automatically, without a ticket.

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FAQ

Questions,
answered.

Everything teams ask before rolling this out. Still stuck? Reach our team.

  • Agentic SAST means the scanner doesn't just report findings, it acts on them. O3 confirms a vulnerability is reachable, writes a production-safe patch for it, and opens a pull request against your branch. The security loop closes automatically without a human triaging alerts or writing fixes.
  • Most SAST tools flag every code pattern that resembles a vulnerability, regardless of whether it's actually reachable. O3 builds an interprocedural call graph of your application and traces taint paths from sources to sinks. If there is no realistic path from attacker-controlled input to the vulnerable function, the finding is dropped. Only vulnerabilities with a confirmed exploit path are surfaced.
  • Both, and in PR review too. O3 ships as a VS Code and JetBrains extension that surfaces reachable issues inline as you write code. The same engine runs as a PR gate that comments on diffs, and in CI/CD pipelines that block builds on confirmed exploitable findings. One engine, consistent results everywhere.
  • O3 supports Python, JavaScript, TypeScript, Java, Go, Ruby, PHP, C, C++, and C#, with framework-aware rules for Django, Spring Boot, Express, Rails, Laravel, React, and Angular. Framework-specific injection patterns and misconfigurations are covered separately from generic language rules.
  • Snyk Code and Semgrep match code patterns, they flag anything that looks like a vulnerability. O3 uses a full interprocedural data-flow analysis to verify the vulnerability is actually reachable and exploitable in your specific codebase. Then it goes further: it generates a fix and opens the PR. You don't triage; you review a ready-to-merge patch.
  • Yes. O3 traces taint flows from third-party package code through your application's call graph to sensitive sinks. This catches supply chain attack paths where a dependency introduces a dangerous function and your code connects user-controlled input to it, even when neither side looks suspicious in isolation.