Mintlify vs Strapi

Explore your analytics with the Mintlify agent

The Mintlify agent can now answer analytics questions about your docs, so you can understand user and agent trends without leaving the editor.

Highlights from the 2026 State of Knowledge Report

Agents are one of the largest audiences for company knowledge, accounting for 66% of measured web traffic across documentation powered by Mintlify. The emerging role responsible for keeping that knowledge accurate and retrievable is the knowledge engineer.

Simpler, outcome-based AI pricing

Every AI action in Mintlify now has a fixed credit price, and you only pay when we deliver a result. Assistant answers and automation updates cost credits. Everything else is free.

Fimo Launches Autonomous Websites, Making AI Code Editable and Self-Improving

Fimo, an AI CMS built by the team behind Strapi, has launched. The platform converts AI-generated code from tools like Claude Code or Codex into self-optimizing autonomous websites. Fimo's agents work around the clock to publish SEO content, build internal links, fix schema issues, translate content, refresh stale content, and flag performance issues. Updates are managed through review processes and custom workflows, ensuring human oversight. Fimo integrates with any AI coding tool and frontend framework, acting as a transparent layer over existing development workflows. The platform aims to help websites grow themselves, citing a study showing the importance of content freshness for AI citations.

• Fimo, an AI CMS, has been launched by the team behind Strapi.
• The platform works with AI-generated code from tools like Claude Code and Codex.
• Fimo's agents automate SEO, content translation, and content refreshing.

Retry-Safe Strapi Webhook Receiver Tutorial

A technical tutorial showing how to build a retry-safe webhook receiver for Strapi using Node/Express. The guide demonstrates authenticating webhooks with a shared secret header, deriving a stable idempotency key from event data (event, model, entry id, updatedAt) using SHA-256, acknowledging Strapi immediately (202) and processing asynchronously with exponential backoff and up to four attempts, and recording permanently failed events into a dead_letters table. The example uses better-sqlite3/SQLite for a single-instance demo and recommends Postgres/Redis and cleanup/ replay strategies for production.

• The article provides a runnable Express-based webhook receiver example for Strapi that implements idempotency keys, exponential backoff retries, and a dead-letter table.
• Idempotency keys are derived from the combination of event, model, entry.id, and entry.updatedAt and hashed with SHA-256.
• The example acknowledges Strapi immediately with HTTP 202 after durably recording the idempotency key, then retries downstream sync up to MAX_ATTEMPTS (4) with exponential backoff before inserting failures into dead_letters.