Browse Skills

PinMe Auth integrates user authentication into PinMe Worker TypeScript projects, covering email/password user creation, id_token verification, user lookup, and listing users via the Identity Platform auth proxy APIs.

PinMe Email integrates the PinMe send_email API into PinMe Worker TypeScript projects. Use it when generating code to send transactional emails from a Worker, including error handling and environment variables.

PinMe OpenRouter API documents how to call PinMe’s OpenRouter proxy APIs from a PinMe Worker (TypeScript), covering models, chat completions, streaming, and OpenRouter web search. Use this skill when generating Worker TypeScript code that needs to use LLM models or web search securely through PinMe.

PinMe R2 Storage adds R2 object storage to PinMe Cloudflare Workers, handling secure file and image upload, streaming download, metadata lookup, deletion, listing, Range requests, and R2+D1 coordination without needing R2 credentials or manual Wrangler configuration.

PinMe Share creates a static HTML share page and uploads it with PinMe, returning the final public URL. Use it to share a deployed project link, Codex conversation summary, report, file, or demo as a lightweight static page.

PinMe UniwebPay guides writing payment services in a PinMe Worker (Cloudflare Worker TypeScript) that call UniwebPay directly through @uniwebpay/sdk, covering payment links, products/prices, checkout sessions, refunds, subscriptions, and webhooks.

Subagent Delegation lets an agent delegate coding tasks to user-configured DevSpace subagents using a small set of commands. Use it when the user asks for delegation, a second opinion, or a named subagent.

CC-SDD New Agent Integration adds or extends coding-agent support in cc-sdd by executing the SOP in docs/cc-sdd/sop-new-agent.md end-to-end. Use it when introducing a new agent, adding a subagent-capable variant, or migrating an existing supported agent to skills-based templates.

Implementation Gap Validation analyzes gaps between approved requirements and an existing codebase to inform implementation strategy. Use it before design to identify missing capabilities, integration challenges, and viable implementation approaches.

Implementation Integration Validation checks completed feature tasks as a whole to catch cross-task integration issues, run the full test suite, verify spec coverage, and confirm design boundaries before a GO/NO-GO call. Use it after all tasks in a feature are implemented to decide whether the implementation is ready.

Kiro Custom Steering Creation creates custom steering documents for specialized project contexts beyond core product, tech, and structure files. Use it to capture domain-specific patterns like API standards, testing strategies, or security conventions.

Kiro Debug investigates implementation failures using root-cause-first debugging, gathering evidence from errors, runtime config, and external docs to identify root cause and recommend the smallest safe next action. Use it when an implementer is blocked or verification fails.