Tutorials, product updates, and deep dives into the future of AI-native development with Model Context Protocol.
Scaling MCP servers across Kubernetes, API Gateways, and CDNs. Learn how SEP-2243 routing headers, SEP-2549 cache hints, MRTR multi-round-trip elicitation, and NitroStack's auto mode eliminate infrastructure bottlenecks.
Text responses are not enough for modern AI apps. NitroStack 1.1 packages Next.js widget preview templates that compile interactive visual cards, dashboards, and diagnostic tables directly into tool outputs.
NitroStack now supports Python SDK, enabling developers to build production-ready MCP servers with stateless HTTP, MCP 2.x, task orchestration, OAuth 2.1, subscriptions, observability, and more.
Agentic tool calling suffers from multi-hop latency and round-trip inference overhead. Here is how NitroStack executes batched tool workflows inside an isolated QuickJS WebAssembly worker pool with strict memory and leak protection.
Monolithic tool catalogs waste tokens and slow down agent loops. NitroStack 1.1 introduces an opt-in MCP transform pipeline, sandboxed QuickJS Code Mode, and progressive discovery to streamline agentic workflows.
Build a secure, production-ready MCP authentication flow with Auth0 and OAuth 2.1 from tenant setup to authenticated tool execution in Cursor.
No sessions means every request must prove its identity. Here is how NitroStack implements hardened OAuth 2.1, Client ID Metadata Documents (CIMD), SSRF protection, and RFC 9207 anti-mixup validation.
Large tool catalogs bloat prompts while oversized tool responses crash context windows. Learn how NitroStack prunes tool schemas by 80% with BM25 indexing and automatically spills heavy payloads into virtualized MCP resources.
MCP just went stateless by default. The initialize handshake and session IDs are gone, replaced by self-describing requests that any server replica can answer. NitroStack's decorator-and-DI architecture was already built request-scoped, so it lines up with the new spec naturally. This post walks through what changed and what it means for servers you're building or running on NitroStack today.
Exposing all tools to every prompt creates security hazards and confusion. NitroStack enables fine-grained tool visibility, state-dependent tool scoping, and coalesced list-changed notifications across stateless sessions.
Stateless MCP dropped sessions and persistent streams. Here's how MCP 2026-07-28 and NitroStack handle long-running tasks, cancellation safety, and distributed TaskStores without pinning connection state.
A complete, developer-focused guide to building a Claude MCP App using NitroStack and getting it listed in the Anthropic MCP Directory. Covers server setup, safety annotations, testing, deployment, and submission best practices.
A practical, developer-first guide to building a production-ready ChatGPT App using NitroStack and the Model Context Protocol (MCP). Go from zero to a live app with CLI scaffolding, ngrok tunneling, and NitroCloud deployment in under 15 minutes.
NitroStack brings NestJS-grade structure to the Model Context Protocol. With built-in OAuth 2.1, progress-reporting async tasks, and a visual testing Studio, it’s the definitive toolkit for industrial-scale AI connectivity.
Learn how to create an MCP server in minutes using NitroStack. This step-by-step tutorial walks through building a pizza shop MCP server, connecting it to NitroStudio, executing tools, and testing AI chat integrations.
