Skill UI

This guide provides advanced patterns for managing API rate limits, crucial for reliable integration with platforms like HubSpot. It covers implementing exponential backoff, honoring 'Retry-After' headers, using request queuing (throttling), and optimizing throughput through batch operations to gracefully handle 429 rate limit errors.

A comprehensive guide to setting up a robust and efficient local development environment for Intercom integrations. This workflow emphasizes test isolation, utilizing mock clients (e.g., vitest) for reliable unit testing, proper environment variable management, and simulating real-world interactions via webhook tunneling (ngrok). It ensures fast iteration cycles when developing SaaS features against the Intercom API.

A comprehensive guide for setting up Intercom across development, staging, and production environments. This method ensures proper environment isolation, manages environment-specific access tokens and webhooks, and implements safety guards to prevent accidental data modification in critical workspaces. Essential for secure CI/CD deployments of SaaS applications.

Designs a scalable, version-controlled integration layer for the Lucidchart platform. This architecture tracks every shape mutation for diffing and rollback, implements real-time collaboration event consumption, and manages asynchronous export pipelines (PNG/SVG/PDF) using dedicated worker pools and caching strategies. Ideal for developing robust SaaS integrations requiring rigorous data synchronization.

This reference architecture details the design of a multi-tenant integration layer for the MindTickle sales enablement platform. It strictly enforces tenant data isolation across all components (database, cache, queue) to ensure that organizational data remains separate. The system manages user synchronization (via SCIM 2.0), tracks course progress, records quiz results, and aggregates team readiness reports, making it ideal for complex SaaS enterprise deployments.

This skill provides comprehensive deployment scaffolding for Miro REST API v2 integrations. It manages the entire lifecycle, including setting up OAuth 2.0 authentication, handling incoming webhooks, and ensuring continuous health monitoring. It supports deployment across major cloud platforms like Vercel, Fly.io, and Google Cloud Run, simplifying complex multi-environment SaaS application setups.

A comprehensive, production-ready reference architecture for integrating with the Miro REST API v2. It implements modern layered design principles, managing OAuth 2.0 token lifecycles, processing webhooks, and providing robust services for board synchronization, item creation, and data caching. Ideal for building complex, scalable enterprise SaaS integrations.

A comprehensive guide providing production-ready, structured patterns for interacting with the Miro API. It covers best practices for both the high-level stateful client usage and the low-level REST API v2. Includes patterns for implementing robust Board Services (fetching, pagination) and Item Factories (creating various elements like sticky notes, shapes, and cards). Essential for developers building SaaS applications or complex automation workflows using Miro.

A comprehensive guide for developers implementing secure integrations with the Miro REST API v2. This guide covers critical security best practices, including OAuth 2.0 scope minimization, robust token lifecycle management (refreshing tokens), verifying webhooks using signatures, and implementing client secret rotation protocols. Essential for building reliable and secure SaaS applications connected to Miro.

This advanced skill audits legal contracts against comprehensive, industry-standard checklists. It identifies critical gaps, including missing universal protections (e.g., limitation of liability, governing law) and type-specific clauses (e.g., NDA, SaaS). The tool rates the urgency of each omission and provides ready-to-insert, compliant clause language, helping users mitigate legal risks before signing.

This skill provides advanced architectural patterns for optimizing high-volume integrations with the Navan API. It addresses common bottlenecks like rate limiting, sequential calls, and naive pagination by implementing robust solutions such as data-type-specific response caching, controlled parallel fetching with concurrency throttling, efficient cursor-based pagination, and HTTP connection reuse. Use this when building scalable, reliable, and high-throughput systems.

This guide provides comprehensive best practices for configuring Palantir Foundry integrations across development, staging, and production environments. It details how to manage environment-specific credentials, hostnames, and scope policies using structured Python code and platform-specific deployment manifests (Docker Compose, Kubernetes, gcloud). Use this skill when implementing resilient, multi-tier SaaS deployments that require strict credential and configuration separation.