Skill UI

This guide outlines essential security best practices for integrating Firecrawl. It covers secure API key storage (using environment variables and .gitignore), verifying webhook signatures with HMAC-SHA256 for data integrity, implementing key rotation strategies across different environments (dev/staging/prod), and sanitizing scraped content to mitigate XSS and PII risks. Essential for building secure, production-grade systems.

This structured workflow guides the systematic, low-risk modernization of legacy systems using the Strangler Fig pattern. It provides a phased approach, starting with comprehensive assessment (risk, dependency mapping), establishing robust test coverage (contract testing, data management), and implementing incremental migration infrastructure (API gateways, feature flags) to ensure continuous business operation during the transition.

A comprehensive toolset for planning, validating, and executing complex system, database, and infrastructure migrations with zero downtime. It covers critical phases like schema evolution (Expand-Contract), API compatibility checks, risk assessment, and generating automated rollback runbooks. Essential for high-risk transitions where business continuity is paramount.

Performs OWASP-guided security scans on PostgreSQL and MySQL databases via the database-security-scanner plugin, identifying weak passwords, SQL injection risks, and misconfigurations while generating reports and remediation advice.

Walks through Trail of Bits’ five-step secure smart-contract workflow, running Slither and special feature checks, generating visual diagrams, documenting security properties, and flagging manual risks with an action plan.

This skill generates comprehensive Technical Design Documents (TDDs), guiding users through structuring architectural decisions, implementation plans, and risk assessments. It follows industry best practices from standards like Google Design Docs, RFC patterns, and ADRs. It focuses on high-level contracts and architectural 'what' and 'why', rather than specific, low-level implementation code.

A rigorous, security-focused code review process designed for Pull Requests (PRs), commits, and diffs. It moves beyond general reviews by focusing intensely on high-risk areas such as authentication, cryptography, external calls, and value transfer. The methodology is evidence-based, requiring detailed attack scenario modeling and generating comprehensive, auditable markdown reports to identify overlooked vulnerabilities and regressions.

Structured guidance for safely migrating Odoo between major releases, covering pre-upgrade checklists, tool selection (Odoo Upgrade Service vs OpenUpgrade), staging execution, and post-upgrade validation to minimize downtime and risks.

This skill automates the enrichment of Indicators of Compromise (IOCs) by orchestrating lookups across multiple industry-leading threat intelligence sources (e.g., VirusTotal, AbuseIPDB, Shodan). It provides contextual scoring and disposition recommendations for IPs, domains, URLs, and hashes. Ideal for SOC analysts during alert triage or incident investigation to quickly assess risk and scope.

This tool provides a structured methodology for triaging web application security findings generated by DAST and SAST scanners (e.g., Burp Suite, ZAP). It validates true positives, dismisses false positives, and assigns risk ratings using the OWASP Risk Rating Methodology (Risk = Likelihood x Impact). Use it to reduce alert fatigue and prioritize remediation efforts for development teams, ensuring focus on the most critical vulnerabilities.

Kubesec is an open-source security risk analysis tool that scores Kubernetes resource manifests to identify security misconfigurations, privilege escalation risks, and policy violations. It checks for best practices like immutable root filesystems and non-root execution. Ideal for integrating into CI/CD pipelines, pre-deployment manifest review, or performing security audits.

This powerful tool parses Software Bill of Materials (SBOM) in CycloneDX and SPDX formats. It correlates identified components against the NVD CVE database via API, building dependency graphs and calculating risk scores. It is essential for assessing third-party risk, identifying transitive vulnerability paths, and generating comprehensive compliance reports for supply chain security.