Skill UI

This tool provides comprehensive integration for Reolink security cameras, supporting both RTSP streaming and HTTP API access. It allows users to discover cameras via ONVIF, capture live streams, take snapshots, and even capture motion-triggered video clips. It is ideal for developers building robust, networked surveillance or monitoring systems.

A comprehensive guide for testing and validating Claude API integrations within Continuous Integration/Continuous Deployment (CI/CD) pipelines. Learn best practices for managing API keys securely, implementing effective mocking strategies for unit tests, and executing real integration tests while controlling costs using tools like GitHub Actions.

This comprehensive guide provides a deep dive into migrating AI applications from major LLM providers (like OpenAI or Anthropic) to the Cohere platform. It covers critical technical steps, including API call adaptation, re-vectorizing embeddings, migrating tool definitions, and implementing the Adapter Pattern for seamless, gradual re-platforming of existing AI services.

This detailed guide outlines a production-ready, layered architecture for building complex AI applications using the Cohere API v2. It covers implementing Retrieval-Augmented Generation (RAG) pipelines, advanced tool-use agents, and multi-model orchestration. Use this structure when designing new Cohere integrations or establishing robust architectural standards for enterprise AI solutions.

This comprehensive guide demonstrates how to implement robust, real-time streaming UIs using Cohere's `chatStream` method. It details handling various event types, including content deltas, citation information for RAG, and structured tool call streams. A practical example is provided for creating a Server-Sent Events (SSE) endpoint, making it ideal for front-end integration with advanced AI features.

FastMCP CLI provides a unified command-line interface to interact with Model Context Protocol (MCP) servers. It allows users to discover available tools and invoke them programmatically using `fastmcp list` and `fastmcp call`. The CLI supports various server targets (HTTP URLs, local files, configs), complex argument types, and ensures structured output, making it essential for building automated, multi-tool workflows and system integrations.

This comprehensive skill provides a framework for load testing and capacity planning of Figma API integrations. Using tools like k6, it helps benchmark API throughput, identify rate limit ceilings (e.g., leaky bucket behavior), and analyze latency under high load. It also outlines advanced scaling strategies—such as request coalescing and staggering—to ensure reliable, high-volume application integration.

This guide provides a comprehensive setup for local development workflows for Figma plugins and external REST API integrations. It enables developers to build, test, and iterate rapidly using hot reloading, mocked API fixtures, and structured project templates. Essential for creating design-to-code pipelines and advanced Figma tooling.

Automated guardrails for enforcing security policies and coding standards across all Figma API integrations. This tool is essential for CI/CD pipelines, helping to prevent credential leaks (PATs), validate API scopes, enforce request best practices, and ensure stable, secure connectivity with Figma.

Automate critical business workflows within the Finta platform using built-in rules and Zapier integrations. This tool allows users to trigger external actions based on key events, such as investor replies, pipeline stage changes, or deal room viewing. Ideal for setting up automated follow-up reminders, syncing CRM data to Slack/Google Sheets, and ensuring seamless communication across your fundraising tech stack.

This skill provides a comprehensive solution for deploying containerized financial dashboards and reporting tools. It integrates with Fondo's API to manage tax filings, compliance status, and complex financial reporting across multiple entities. It supports production-grade deployment, including Dockerization, robust health checks, and zero-downtime rolling updates, ensuring reliable operation during critical tax periods.

This comprehensive guide details the setup process for the Fondo platform, designed for automated startup bookkeeping, tax filing, and tracking R&D tax credits. Users must connect core financial sources, including payroll providers (e.g., Gusto, QuickBooks), corporate bank accounts (via Plaid), and expense management tools (e.g., Brex, Ramp). Following these steps ensures seamless data synchronization and compliance for US-incorporated businesses.