Skill UI

Neon Object Storage provides S3-compatible, branch-aware object storage directly integrated with your Neon Postgres project. It ensures that files (images, documents, user uploads) remain perfectly synchronized with the database schema across all development branches (dev, preview, staging, production). Use this skill when you need a single backend for both database rows and file assets, eliminating the need for separate cloud storage providers.

This skill provides comprehensive guidance on choosing and creating the appropriate Neon Postgres branch for development and testing workflows. Users must decide between a 'Normal' branch (for realistic migration testing with live data) or a 'Schema-Only' branch (for highly sensitive data environments). It details the decision rules, tool selection (CLI/MCP), and procedures for branch creation and resetting.

A comprehensive skill to diagnose and fix excessive Postgres egress (network data transfer) that leads to high cloud database bills. It guides the user through using `pg_stat_statements` to identify the most data-intensive queries. Key fixes include limiting selected columns (avoiding SELECT *), implementing pagination (LIMIT/OFFSET), and identifying high-frequency data sources for caching.

Provision instant temporary Postgres databases via Neon's Claimable Postgres without login, signup, or credit card. Supports REST API, CLI, and SDK for quick prototyping, testing, and local development. Databases expire after 72 hours unless claimed to an account. Ideal for throwaway DATABASE_URLs, demos, and environments requiring no persistent setup.

A comprehensive guide to implementing the iconic Cyberpunk aesthetic across multiple platforms (Web, iOS, Android, Flutter). This guide details core principles like Neon-on-Black color schemes, sharply angled geometries (using clip-path or custom clippers), and glitch effects. It is ideal for developers needing to create high-tech, dystopian, or hacking interface experiences.

Unified LLM inference layer built into Neon branches: one credential and one OpenAI-compatible API for frontier and open-source models from seven providers. Switch models without rewiring, wire it into OpenAI/Anthropic SDKs, and keep AI requests branch-scoped.

Deploy long-running Node.js HTTP functions directly on Neon database branches. Automatically injects DATABASE_URL and runs compute next to your data. Ideal for stateful streaming, WebSocket servers, and agent backends that exceed traditional serverless limits. Managed via Neon CLI.

S3-compatible object storage that branches alongside your Neon Postgres project, keeping files and database rows in sync across dev, preview, and production environments via copy-on-write buckets.

Comprehensive guides and best practices for working with Neon Serverless Postgres. Covers setup, connection methods, branching, autoscaling, scale-to-zero, read replicas, connection pooling, Neon Auth, CLI, MCP server, REST API, and SDKs for TypeScript and Python. Ideal for developers implementing serverless database solutions.

Create and manage Neon Postgres branches for testing and development. Supports normal branches with real data for migration testing, and schema-only branches for sensitive data workflows. Use Neon CLI or MCP to create, validate, and reset branches. Ideal for isolated test environments and migration testing with production-like data. Includes guidance for branch type selection and tool authentication.

Diagnose and fix excessive Postgres egress (network data transfer) in a codebase. Use when users report high database bills, unexpected data transfer costs, egress spikes, or queries fetching more data than needed. Provides SQL diagnostics via pg_stat_statements and code-level fixes for common anti-patterns like SELECT *, missing pagination, and high-frequency static queries.

A comprehensive style guide for implementing the Synthwave and Outrun aesthetic across web and mobile applications. This guide details the core principles, including dark mode backgrounds, glowing neon accents (magenta, cyan), and the signature perspective grid. It provides technical examples using CSS, SwiftUI, Flutter, and React Native to achieve authentic retro-futuristic visual fidelity.