github/gh-aw-firewall Security Scan

github/gh-aw-firewall received a Launchioo Security Grade of F with an overall score of 0/100.

The latest scan identified 29 findings: 13 critical, 6 high, 5 medium, and 5 low severity issues.

Higher scores indicate fewer and less severe unresolved security issues relative to repository size, language, and exposure. Scores are designed for comparison over time rather than as an absolute guarantee of safety.

Developers should treat the grade as a prioritisation signal: address critical and high findings first, then improve dependency hygiene, secret management, and secure coding practices.

Launchioo performs static application security testing (SAST) against public GitHub repositories without modifying source code. For github/gh-aw-firewall, the scan reviewed 825 files and 290,048 lines written primarily in TypeScript.

The analysis pipeline downloads the repository archive, extracts scannable source files, and executes a curated rule pack covering secret exposure, injection risks, insecure dependencies, unsafe defaults, and common application security anti-patterns.

Rules are selected based on repository language and ecosystem. Findings include severity ratings, rule identifiers, and human-readable descriptions. Evidence, affected file paths, and remediation guidance are available in the full Launchioo report.

Public snapshot scans are point-in-time assessments. Continuous monitoring through the Launchioo GitHub App enables pull request scanning, trend tracking, and faster response when new vulnerabilities are introduced.

Critical findings represent issues that could lead to immediate compromise, data exposure, or remote code execution if exploited. Examples include hard-coded production secrets, SQL injection sinks, command injection, and authentication bypass patterns.

github/gh-aw-firewall had 13 critical findings in the latest scan. These should be triaged immediately, validated in staging, and remediated before the next release.

Critical does not always mean actively exploited, but it does mean the potential impact is severe enough to prioritise ahead of feature work.

High severity findings often involve missing security controls, outdated dependencies with known CVEs, weak cryptography, path traversal patterns, SSRF primitives, or unsafe deserialization.

github/gh-aw-firewall reported 6 high severity findings. Review each item for exploitability in your deployment context and assign owners for remediation.

High findings frequently appear in framework configuration, CI scripts, Dockerfiles, infrastructure-as-code templates, and little-reviewed utility modules.

Popular repositories like gh-aw-firewall are high-value targets. A single leaked token, vulnerable dependency, or insecure default can propagate across thousands of downstream applications.

This project is tagged with agentic, github, workflows and has 112 stars and 38 forks on GitHub, which increases its supply-chain exposure.

Repository security is not only about preventing breaches in the upstream project. It protects every developer, package consumer, and organisation that depends on the codebase.

Point-in-time snapshots provide a valuable baseline, but security posture changes with every merge. Continuous scanning on pull requests catches regressions before they reach production.

Launchioo supports full repository audits, pull request reviews, AI-assisted remediation, and historical trend analysis when the GitHub App is installed.

Teams that scan continuously reduce mean time to remediation, improve audit readiness, and give security reviewers consistent evidence across releases.