MCP, LLM connectors, and AI agents connecting to APIs — Claude, ChatGPT, and beyond
Architect strict data isolation for multi-tenant RAG pipelines. Discover vector database patterns, RBAC enforcement, and SaaS data normalization to prevent cross-tenant leaks.
Learn how to architect HITL approval workflows for AI agents, with a Plaid Transfer playbook covering risk tiers, Python examples, audit logs, and re-auth patterns.
Engineer's guide to OAuth identity passthrough for MCP servers: token refresh patterns, revocation on disconnect, audit trails for delegation chains, and incident response runbooks.
How to legally route European customer data from SaaS integrations to US-based LLMs via MCP without violating GDPR or expanding your SOC 2 scope.
Learn how to build an AI product that auto-responds to Zendesk and Jira tickets using a production RAG pipeline - from attachment extraction and embedding to confidence scoring and feedback loops.
Stop stuffing paginated SaaS API responses into LLM context. Learn how to use spooling, proxy APIs, and MCP chunking to keep agents fast, cheap, and accurate.
Debug production MCP servers end-to-end: JSON-RPC inspection, token lifecycle, agent-side 429 handling with code, and a StackOne vs Composio vs Truto platform comparison for AI agents.
Deleted SaaS records often linger as embeddings in your vector database. Learn how to architect tombstones and unified webhooks to prevent RAG data leaks.
Stop hitting live APIs in CI/CD. Learn how to mock MCP servers, simulate HTTP 429s, and run deterministic AI agent tests at speed using synthetic data.
Engineering runbook for handling API rate limits in AI agent workflows: normalization proxies, token buckets, circuit breakers, and backoff defaults.
Architect a multi-tenant MCP server for enterprise B2B SaaS with patterns for Oracle NetSuite, SAP, cryptographic URL scoping, and OAuth management.
Learn how to architect secure RAG pipelines by syncing source-system permissions into vector databases to prevent internal AI data leaks.
Cut AI agent latency from 5,000ms to 100ms with semantic routing. A senior engineer's guide to vector-based intent classification and unified API execution.
Architectural patterns for redacting PII and standardizing ATS data from Greenhouse, Lever, and Workday before it reaches LLMs via MCP - with code examples, field-level decision matrices, and compliance checklists.
Step-by-step guide to pulling real-time CRM data from Salesforce and HubSpot into LLM prompts via MCP servers, with OAuth scopes, tool definitions, rate-limit handling, and normalization code.
A comprehensive architectural guide to building a real-time data pipeline from enterprise SaaS apps to a vector database for RAG, without brittle custom ETL.
Learn how to build and configure a Canny MCP server to connect Claude directly to your product roadmap. Automate feedback triage, voting, and feature requests.
Learn how to connect Canny to AI agents using Truto's tools endpoint. Build autonomous workflows with LangChain, LangGraph, and CrewAI to manage product feedback.
A complete engineering guide to connecting Boomi to AI agents. Learn how to bypass the AtomSphere API boilerplate and build autonomous access review workflows using Truto's toolsets.
Learn how to connect Canny to ChatGPT using a managed MCP server. Automate feature requests, user votes, and product feedback triage without writing custom code.
Learn how to connect Cal.com to ChatGPT using a managed MCP server. Automate bookings, manage availability, and handle scheduling workflows with AI agents.
Learn how to connect Cal.com to Claude using a managed MCP server. Automate bookings, schedules, and team availability without writing integration code.
Learn how to connect Boomi to ChatGPT using a managed MCP server. Automate access reviews, audit roles, and enforce security policies with natural language.
Learn how to connect Cal.com to AI agents using Truto's tool-calling API. A developer guide to automating scheduling workflows with LangGraph and CrewAI.
Learn how to connect Boomi to Claude using a managed MCP server. Automate user permissions, roles, and access reviews without building custom API integrations.
Step-by-step guide to connecting AI agents to Oracle NetSuite and SAP. Covers SuiteQL queries, OData patterns, MCP tool schemas, OAuth 2.0 migration, concurrency mitigation, and a financial accuracy checklist.
Compare MCP server platforms, Pipedream, and unified APIs for customer-facing integrations in 2026. Analyze trade-offs in security, pricing, sizing, and when each architecture fits.
Map AI agent patterns to integration platforms with GDPR compliance for financial data. Covers least-privilege access, token lifecycle, and unified API vendor questions.
Learn how to connect BigCommerce to ChatGPT using a managed MCP server. Automate order tracking, product auditing, and customer support workflows without code.
Learn how to connect Basecamp to Claude using a managed MCP server. Automate task delegation, sync project schedules, and manage team communication.
Learn how to connect BigCommerce to Claude using a managed MCP server. Automate order tracking, catalog management, and customer support workflows.
Learn how to connect Basecamp to ChatGPT using a managed MCP server. Automate task creation, sync project communication, and manage workflows with AI.
A complete engineering guide to connecting Billsby to ChatGPT using an MCP server. Learn how to automate subscription management, invoices, and plan changes.
Learn how to connect Billsby to AI agents using Truto. Generate AI-ready tools, bind them to LangChain or LangGraph, and automate complex billing workflows.
Learn how to connect Billsby to Claude using a managed MCP server. Execute complex billing workflows, refund invoices, and manage subscriptions via chat.
Learn how to connect Basecamp to AI agents using Truto's /tools endpoint. Build autonomous project management workflows using LangChain, LangGraph, or CrewAI.
Learn how to connect BigCommerce to AI agents using Truto's auto-generated tools. Build autonomous workflows to manage catalogs, audit inventory, and route orders.
Step-by-step engineering guide to connecting Attio to Claude using a managed MCP server. Automate CRM pipelines, notes, and task management.
Learn how to connect Asana to Claude using a managed MCP server. Automate task tracking, project triage, and cross-functional workflows with AI agents.
Learn how to connect BambooHR to ChatGPT using a managed MCP server. Automate employee onboarding, applicant tracking, and HR record updates via natural language.
Give your AI agents secure, authenticated access to Asana. Learn how to fetch Asana tools via Truto's SDK and build multi-step workflows in LangChain.
Learn how to connect BambooHR to AI agents using Truto's /tools endpoint. Build autonomous workflows for employee onboarding, benefits auditing, and applicant tracking.
Learn how to connect Attio to ChatGPT using a managed MCP server. Execute CRM workflows, assert records, and update pipelines via natural language.
Learn how to connect Claude to BambooHR using a managed MCP server. Automate employee onboarding, applicant tracking, and HR workflows via natural language.
Learn how to connect Asana to ChatGPT using a managed MCP server. Automate task creation, sync project workflows, and bypass Asana API rate limits.
Learn how to connect Attio to AI agents using Truto. Discover how to handle Attio's unique Record and Entry hierarchy, bind tools, and automate CRM workflows.
Compare Arcade.dev's user-delegated MCP runtime against Truto's auto-generated, tenant-level unified API architecture. Discover which is best for your AI agents.
Evaluate the best Databricks MCP servers in 2026. Learn how to securely connect AI agents to Unity Catalog, manage multi-tenant OAuth, and handle HTTP 429 rate limits.
Plaid's official MCP server is for diagnostics, not financial data. Learn the MCP architecture for connecting AI agents to Plaid and Brex expense data securely.
Connect AI agents to Plaid financial data via MCP. Includes Proxy API quickstart, MCP tool schemas, Link SDK examples, and rate limit handling.
