Skill UI

This skill facilitates systematic threat identification by applying the STRIDE methodology (Spoofing, Tampering, Repudiation, Information Disclosure, Denial of Service, Elevation of Privilege). It is crucial for conducting comprehensive security analyses, performing threat modeling sessions on new or existing system architectures, and creating robust security documentation. Use it when reviewing design decisions, preparing for compliance audits, or training teams on advanced threat identification techniques.

Automate Stripe payment, customer, invoice, subscription, and refund workflows through Composio's Stripe toolkit via Rube MCP, keeping schema discovery up to date by searching tools before issuing commands.

Provides concise guidance for implementing Stripe integrations, prioritizing CheckoutSessions, PaymentIntents, Billing and Connect flows, avoiding deprecated endpoints, and following migration and compliance recommendations.

Guides engineers through Stripe payment processing integration, covering hosted checkout sessions, payment intents, subscriptions, webhooks, and refund handling for secure PCI-compliant flows.

Automates stub creator tasks within test automation, offering step-by-step guidance, industry best practices, and production-ready code/configs for mocking, unit, and integration tests while validating outputs against common standards whenever stub creator patterns are mentioned.

Automates styled components helper tasks within frontend development, activating on related mentions to offer guidance, best practices, production-ready code, and validation tailored for React, Vue, and modern CSS workflows.

Provides a structured workflow for defining agent-agnostic subagents with isolated context, covering purpose definition, metadata configuration, prompt writing, and common specialist patterns for verification, debugging, security auditing, and review.

A workflow for executing implementation plans by spinning up a fresh subagent for each task and enforcing consecutive spec compliance and code quality reviews so the session stays focused and high-quality without manual context switches.

Scans Substrate/Polkadot FRAME pallets for seven critical vulnerabilities such as arithmetic overflow, panic DoS, incorrect weights, unsigned validation issues, bad randomness, and origin flaws, making it ideal for runtime audits and pre-launch security assessments.

Apply Supabase advanced debugging techniques when routine troubleshooting falls short, collecting evidence bundles, isolating failure layers, and building minimal reproductions before escalating to support.

Pick and implement validated Supabase architecture blueprints across monolith, service layer, and microservice scales, aligning team size, DAU, SLA, and growth projections while planning future migration paths.

Implements the Supabase secondary workflow that unites authentication, storage, and realtime subscriptions into one coherent setup for extending primary applications or delivering supporting features, complete with setup/process/completion steps and error handling guidance.