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SkillsMP has collected 548 skills from OrcaQubits/agentic-commerce-skills-plugins. Open a skill to review its source and details.
OrcaQubits/agentic-commerce-skills-pluginsShowing 40 of 548 collected skills.
Optimize Shopify performance — Liquid rendering, asset optimization, CDN strategies, Core Web Vitals, Hydrogen caching, image optimization, preloading, and lazy loading. Use when improving Shopify store speed.
Build Shopify app UIs with Polaris — component categories, Web Components transition, React legacy components, App Design Guidelines, accessibility, @shopify/draggable, and design tokens. Use when building Shopify admin app interfaces.
Secure Shopify applications — HMAC webhook verification, session token validation, OAuth scope management, Content Security Policy, GDPR mandatory webhooks, input validation, and secure coding practices. Use when implementing Shopify security features.
Set up a Shopify development environment — Shopify CLI installation, Partner account, development stores, environment variables, project structures for themes, apps, and Hydrogen. Use when starting a new Shopify project.
Test Shopify applications — app testing with Vitest and Playwright, theme testing with Theme Check, Function testing, webhook testing, extension testing, and CI/CD pipelines. Use when writing tests for Shopify projects.
Develop Shopify themes — file structure, Online Store 2.0, sections and blocks, settings schema, Dawn reference theme, Theme Check linting, asset pipeline, and theme deployment. Use when building or customizing Shopify themes.
Implement Shopify webhooks — subscription methods (HTTP, EventBridge, Pub/Sub, SQS), HMAC verification, mandatory GDPR webhooks, delivery methods, retry policy, and idempotency. Use when building event-driven Shopify integrations.
Implement MPP one-time charge payment flows — per-request payment gates for API monetization, data access, and file downloads. Use when building pay-per-call APIs or protecting individual resources with HTTP 402 charges.
Implement MPP client-side payment handling with mppx.fetch(). Use when building AI agents or automated clients that consume 402-protected APIs, handling the transparent challenge-response payment flow.
Validate MPP implementations against the specification — verify HTTP 402 challenge-response compliance, header formats, payment method correctness, service discovery, and production readiness. Use when auditing an MPP integration or preparing for production…
Cross-cutting MPP development patterns — security, replay protection, HMAC challenge binding, receipt validation, error handling, retry logic, TLS requirements, and monitoring. Use when designing architecture or solving production concerns.
Implement MPP payment proxies — wrap existing APIs with HTTP 402 payment gates without modifying the upstream service. Use when monetizing third-party APIs, adding payment layers to existing services, or building API marketplaces.
Implement MPP server-side middleware for Hono, Express, Next.js, and Elysia. Use when protecting API routes with HTTP 402 payment gates, configuring payment methods, or setting up the Mppx server instance.
Implement MPP service discovery — OpenAPI documents with x-payment-info extensions, x-service-info metadata, and llms.txt for autonomous agent discovery. Use when publishing paid API metadata for AI agents to find and pay for your services.
Implement MPP session-based streaming payment flows — authorize-once pay-as-you-go patterns for continuous data feeds, per-token billing, and micropayment aggregation. Use when building streaming APIs or services that charge incrementally.
Scaffold an MPP project — install mppx SDK, configure payment methods, set up server middleware, and create a basic paid API endpoint. Use when starting a new MPP machine payments project from scratch.
Implement Shared Payment Token (SPT) lifecycle management for MPP — creation, usage, deactivation, webhook events, and reconciliation. Use when building the fiat/card payment flow within MPP using Stripe SPTs.
Configure Stripe as an MPP payment method — card and wallet payments via Shared Payment Tokens (SPTs), integrating MPP's HTTP 402 flow with Stripe's payment infrastructure. Use when enabling fiat/card payments for machine-to-machine transactions.
Configure Tempo blockchain as an MPP payment method — USDC stablecoin payments with sub-second finality, 100,000+ TPS, and no gas volatility. Use when setting up crypto-native payment rails for machine payments.
Implement UCP AP2 Mandates extension — cryptographic payment mandates for fully autonomous agent commerce using SD-JWT credentials, merchant authorization signatures, and the Agent Payments Protocol. Use when building autonomous agent payment flows without…
Implement the UCP Buyer Consent extension — GDPR/CCPA consent collection, consent fields in checkout sessions, and privacy-compliant consent management. Use when adding consent flows, privacy compliance, or data processing agreements to UCP checkout.
Implement UCP Checkout over the A2A (Agent-to-Agent) binding — enable autonomous agent-to-agent commerce using Agent Cards and structured message parts. Use when building agent-to-agent commerce flows.
Implement UCP Checkout over the MCP (Model Context Protocol) binding — expose checkout operations as MCP tools for AI agents. Use when building an MCP server that AI agents like Claude or Gemini can call for commerce, or when integrating with Shopify's MCP…
Implement UCP Checkout over the REST binding — create, get, update, complete, and cancel checkout sessions with proper headers, idempotency, status transitions, and error handling. Use when building REST-based UCP checkout endpoints or clients.
Run and write UCP conformance tests — validate a UCP implementation against the official test suite covering checkout lifecycle, orders, fulfillment, payments, idempotency, webhooks, and security. Use when testing or validating a UCP implementation.
UCP development patterns — capability negotiation algorithms, idempotency implementation, error resolution loops, multi-binding servers, and production architecture. Use when designing the internal architecture of a UCP implementation or solving cross-cutting…
Implement the UCP Discount extension — discount code application, validation, allocation tracking, and error handling. Use when adding promo code or discount logic to a UCP checkout.
Implement UCP Embedded Checkout Protocol — iframe/webview-based checkout UI for human escalation using JSON-RPC 2.0 over postMessage. Use when the checkout status is requires_escalation and the buyer needs a merchant-hosted UI.
Implement the UCP Fulfillment extension — shipping and pickup methods, destinations, fulfillment groups, selectable options, and estimated delivery. Use when adding shipping/pickup logic to a UCP checkout.
Implement UCP Identity Linking — OAuth 2.0 authorization code flow for linking buyer accounts between platforms and merchants, enabling personalized checkout experiences. Use when implementing account linking or SSO for UCP.
Implement UCP Order capability and webhook delivery — post-purchase order management with fulfillment tracking, adjustments (refunds/returns), and cryptographically signed webhook notifications. Use when building order management or webhook infrastructure.
Implement UCP payment handlers — configure Google Pay, Shop Pay, or custom payment methods with tokenization, credential flow, and instrument schemas. Use when integrating payment processing into a UCP checkout.
Author custom UCP schemas and extensions — create capability schemas, extension schemas, and type definitions using JSON Schema 2020-12 composition. Use when extending UCP with custom capabilities or building domain-specific extensions.
Set up a UCP project — scaffold a merchant server or platform client with discovery profile, SDK installation, and project structure. Use when starting a new UCP implementation.
Implement WebMCP authentication patterns — browser session inheritance, cookie-based auth, role-gated tool registration, and conditional tool exposure. Use when managing which tools are available based on user authentication state.
Implement commerce-specific WebMCP tools — product search, cart management, checkout, returns, subscriptions, and support. Use when building agentic shopping experiences on e-commerce websites.
Implement the WebMCP provideContext API — bulk tool registration, contextual metadata, page state sharing, and dynamic context updates. Use when providing rich context and multiple tools to agents simultaneously.
Implement the WebMCP Declarative API — annotate HTML forms with toolname and tooldescription attributes for automatic tool extraction. Use when making existing forms agent-ready with minimal code changes.
Apply WebMCP cross-cutting development patterns — SPA routing, error handling, performance optimization, multi-site agents, accessibility, SEO, and production deployment. Use when architecting WebMCP-enabled sites or solving cross-cutting concerns.
Integrate WebMCP client-side tools with backend MCP servers and UCP endpoints — bridge browser-based agent interactions with server-to-server protocols. Use when connecting front-end WebMCP to existing backend API infrastructure.