pipx install strix-agent

pipx install strix-agent

Fully autonomous
penetration testing

Fully autonomous
penetration testing

Fully autonomous
penetration testing

Strix simulates real attacks, identifies vulnerabilities, and fixes them automatically - before they become issues.

Strix simulates real attacks, identifies vulnerabilities, and fixes them automatically - before they become issues.

Strix simulates real attacks, identifies vulnerabilities, and fixes them automatically - before they become issues.

Built by Former Engineers of

Built by Former Engineers of

Built by Former Engineers of

How it works

How it works

How it works

Continuous Penetration Testing

Automatically scans and detects vulnerabilities before they become critical security risks.

Automatically scans and detects vulnerabilities before they become critical security risks.

1

INSTALL

Deploy Strix agents into your infrastructure within minutes. Connect your repositories, APIs, and networks for coverage across your entire attack surface.

2

ATTACK

Strix launches real-world exploits, uncovering critical vulnerabilities through actual attack simulations.

3

VALIDATE

Strix validates findings by exploiting them in real-time. Every vulnerability comes with live proof of impact.

4

FIX

One-click remediation with production-ready code fixes. Strix generates pull requests on GitHub that are ready to merge.

FAQ

FAQ

FAQ

Frequently asked questions

Frequently asked questions

Frequently asked questions

How is Strix different from traditional cybersecurity products?

Most traditional security tools follow predefined checklists or patterns, which can miss less obvious or more complex vulnerabilities. Strix uses an AI agent that interacts with your application like a real attacker would. It explores and tests different behaviors to find security issues that rule-based tools often miss. Instead of flooding you with alerts, it focuses on providing accurate, verified findings, so you spend less time chasing false alarms and can focus on fixing real problems.

Who is Strix built for?

What systems or platforms does Strix integrate with?

Is it safe to run real attacks against my production systems?

How is Strix different from traditional cybersecurity products?

Most traditional security tools follow predefined checklists or patterns, which can miss less obvious or more complex vulnerabilities. Strix uses an AI agent that interacts with your application like a real attacker would. It explores and tests different behaviors to find security issues that rule-based tools often miss. Instead of flooding you with alerts, it focuses on providing accurate, verified findings, so you spend less time chasing false alarms and can focus on fixing real problems.

Who is Strix built for?

What systems or platforms does Strix integrate with?

Is it safe to run real attacks against my production systems?

How is Strix different from traditional cybersecurity products?

Most traditional security tools follow predefined checklists or patterns, which can miss less obvious or more complex vulnerabilities. Strix uses an AI agent that interacts with your application like a real attacker would. It explores and tests different behaviors to find security issues that rule-based tools often miss. Instead of flooding you with alerts, it focuses on providing accurate, verified findings, so you spend less time chasing false alarms and can focus on fixing real problems.

Who is Strix built for?

What systems or platforms does Strix integrate with?

Is it safe to run real attacks against my production systems?