Frontier Defense Finds and Fixes Zero-Days in PHP & Monorepos

Frontier Defense now brings Zero-Day Novel Vulnerability Discovery, validation, and automated remediation to PHP applications and complex Monorepo environments.

Security and engineering teams can uncover previously unknown, exploitable vulnerabilities—including those with no existing CVE or public disclosure—validate findings with supporting evidence, and automatically generate application-compatible source code fixes.

At a Glance

The August release expands Frontier Defense with:

PHP Vulnerability Discovery and Remediation
Analyze PHP applications for known and previously unknown vulnerabilities, validate findings, and generate application-compatible source code fixes.
Monorepo Analysis and Remediation
Discover and remediate vulnerabilities across repositories containing multiple applications, services, libraries, packages, and shared components.
Zero-Day Novel Vulnerability Discovery
Identify previously unknown vulnerabilities in first-party application code, including vulnerabilities without an existing CVE or public disclosure.
Automated Source Code Remediation
Generate targeted source code fixes for validated vulnerabilities while maintaining application behavior, dependencies, and compatibility.

GO BEYOND TRADITIONAL VULNERABILITY SCANNING

Frontier Defense uses advanced security analysis to discover undisclosed vulnerabilities in first-party application code.

Frontier Defense validates findings with supporting evidence before generating targeted source code changes designed to preserve application functionality and compatibility.

EXPAND DISCOVERY TO PHP

Frontier Defense now extends vulnerability discovery, validation, and automated remediation to PHP applications, bringing these capabilities to additional application environments.

ANALYZE COMPLEX MONOREPOS

Frontier Defense can now analyze repositories containing multiple applications, services, libraries, packages, and shared components—enabling vulnerability discovery and remediation across complex monorepo architectures.