Short summary (for featured snippets and voice search): r05 (jQueryScript Awesome Claude) is an open-source toolkit hosted on GitHub that streamlines code security workflows: automated OWASP scans, vulnerability management, GDPR and SOC2 readiness checks, penetration test reporting templates, and incident response playbooks. It’s designed to plug into CI/CD pipelines and accelerate security audits without turning developers into security engineers overnight.

What r05 provides and why it matters

r05 packages pragmatic security checks and audit-ready outputs for teams that need to show compliance and act on vulnerabilities quickly. Instead of a monolithic scanner, it acts as an orchestrator—running OWASP-style static analysis, collating third-party dependency risks, and producing artifacts suitable for GDPR compliance audits and SOC2 readiness reviews.

The project emphasizes actionable output over noise: each finding comes with reproducible reproduction steps, risk classification, and recommended remediation. That makes pentest report consolidation and incident response far less manual, and reduces the time auditors spend chasing evidence.

Because the repo is on GitHub, you can fork it, adapt the checks to your security policy, and integrate it into CI (GitHub Actions, GitLab CI, Jenkins). If you prefer to review the code or contribute, see the project on GitHub: r05 jQueryScript Awesome Claude code security.

Core components: scans, audits, and playbooks

At its core, r05 bundles a set of complementary modules: OWASP code scanning (static analysis rules), a vulnerability management workflow (triage and tracking), compliance audit templates (GDPR artifact checklist, SOC2 readiness analysis), and reporting utilities that format findings into pentest report-ready sections.

Modules are intentionally modular. Use only the OWASP code scan if you only need static analysis, or enable the full audit pipeline to generate compliance evidence and an incident response playbook after a confirmed breach. The modular design reduces false positives by letting teams tune checks to their codebase and threat model.

Every module produces standardized outputs: JSON for automation, human-readable Markdown for auditors, and CSV for historical trend analysis. These structured artifacts make it easy to import findings into vulnerability trackers or SIEMs.

How to integrate r05 into your security workflow

Integration is straightforward: add r05 as a step in CI/CD (or run it in nightly builds), configure scanners per-repo, and map outputs to your issue tracker. The recommended flow is: pre-commit lint & quick scans, pull-request level checks, and scheduled full scans that run deeper analysis and generate compliance artifacts.

For teams preparing for SOC2 readiness analysis, run r05’s compliance module to collect evidence (access logs, config snapshots, remediation history) and export it for your auditor. For GDPR compliance audits, use the GDPR checklist to verify data flows, data retention settings, and consent capture points.

Remember to assign ownership: runbook maintenance, triage workload, and remediation SLAs must be owned by product/security engineers to avoid scan output piling up. A lightweight governance policy—weekly triage meetings and prioritized remediation windows—turns scans into measurable risk reduction.

Running scans and interpreting results

r05’s scanner output includes severity, CWE mapping, reproducible steps, and suggested fixes. Start by triaging high/critical findings that map to CVSS >7 or exploitability flags. For dependency vulnerabilities, correlate findings with your SBOM (software bill of materials) and prioritize those affecting production paths.

The toolkit supports suppression rules and contextual tuning so you can reduce noise: safe-suppression for deliberate risky configurations and environment-aware profiles that skip checks irrelevant to a serverless function, for example. Every suppression is logged for auditability.

Use the built-in reporting templates to generate a penetration test report or a vulnerability management dashboard. These templates help format remediation status, risk acceptance notes, timelines, and responsible parties—material that auditors expect in SOC2 and GDPR assessments.

Best practices: compliance, triage, and incident response

Security is a cycle, not a checkbox. Combine automated scans with manual reviews and scheduled penetration tests: automated OWASP code scans catch a large subset of common issues, but a human-led penetration test uncovers business logic and chaining attacks the scanner misses.

For GDPR compliance audits, maintain documented data flow diagrams and evidence that data subject requests were completed within legal windows. r05 can generate baseline artifacts, but keep policy documents and retention schedules up to date—tools assist, policies endure.

The incident response playbook included with r05 is a practical starting point: it lists detection triggers, containment steps, communication templates, and a legal/compliance checklist. Customize the playbook with your on-call contacts, escalation levels, and RTO/RPO expectations so it’s usable under pressure.

Implementation checklist (quick start)

• Fork the repo on GitHub and review config defaults
• Wire a CI job to run OWASP scans on PRs and schedule nightly deep scans
• Configure vulnerability management integration (Jira, GitHub Issues, ServiceNow)
• Run a tabletop incident response using the included playbook
• Export audit artifacts for your next GDPR or SOC2 readiness analysis

This concise checklist helps teams move from curiosity to production usage in days rather than months. Each step produces artifacts you can show to auditors or managers.

If you want a quick route to trying it now, visit the project: r05 jQueryScript Awesome Claude code security.

Common pitfalls and how to avoid them

Pitfall 1: Treating scan output as authoritative. Automated findings are hypotheses—validate high-impact results with human review and exploit validation where feasible. r05 helps by including reproduction steps, but don’t skip verification.

Pitfall 2: Letting suppressed findings accumulate. Use suppression sparingly and review suppressions during quarterly audits. Document why a suppression exists and for how long.

Pitfall 3: Expecting compliance from tooling alone. Tools generate artifacts; compliance requires policies, evidence, and process. Use r05 to reduce friction, but keep governance, access control, and training in scope.

Outputs, integrations, and extensibility

r05 exports JSON, Markdown, and CSV. Connect JSON outputs into SIEMs, vulnerability trackers, or data lakes. Markdown is handy for auditors and pentest reports; CSV works for trend analysis and executive dashboards.

Integration adapters for popular tools are straightforward to add. There are sample GitHub Actions to run scans and push results to GitHub Issues. If you use different tooling (e.g., GitLab, Jenkins), you can adapt the sample scripts or contribute an adapter upstream.

Extensibility is intentional: add custom rules, tune severity mapping, or create organization-specific remediation templates. Community contributions welcome—see contribution guidelines in the GitHub repo: r05 project page.

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Useful links:

• r05 jQueryScript Awesome Claude code security (GitHub)