Skill UI

This guide provides comprehensive, actionable methods to audit and significantly reduce Supabase operational costs. It covers advanced database tuning (vacuuming, index cleanup, bloat management), efficient storage lifecycle management, connection pooling strategies, and optimal plan selection. Use this when analyzing high billing reports, identifying resource waste, or implementing robust cost-saving measures in a cloud environment.

This guide demonstrates the fundamental "Hello World" query using the Supabase JS/Python client. It covers creating a structured table, enabling Row Level Security (RLS), inserting a record, and successfully selecting it back. This is essential for verifying project connectivity, understanding the basic data round-trip pattern, and mastering initial database interactions in a new Supabase environment.

A comprehensive guide detailing the most common and critical mistakes when developing with Supabase. Covers severe security issues (like exposing service role keys or missing RLS), data integrity failures, and performance bottlenecks (connection pooling, N+1 queries). Essential for code review, onboarding new developers, or auditing existing Supabase projects to ensure secure and robust applications.

Master advanced techniques for scaling Supabase projects to handle high production load. This skill covers six critical layers: implementing read replicas for analytics, optimizing connectivity using connection pooling (Supavisor), upgrading compute resources, utilizing CDN caching for Storage, deploying Edge Functions regionally, and performing database table partitioning. Ideal for engineers preparing for traffic spikes or optimizing large-scale database architectures.

This comprehensive guide provides systematic methods to optimize Supabase query and database performance. Techniques cover PostgreSQL indexing (basic, composite, partial), using EXPLAIN ANALYZE for query plan analysis, optimizing client calls (column selection, pagination), and managing infrastructure resources like connection pooling. Use this when facing slow queries, high latency, or preparing a project for production-scale traffic.

Supabase-curated Postgres best practices that prioritize query, schema, connection, security, and monitoring rules to guide writing, reviewing, or tuning SQL plus database configuration for better performance.

Guide for orchestrating Supadata operations via Composio’s Rube MCP workflow, covering tool discovery, connection checks, schema compliance, execution, and best practices for consistent automation.

A comprehensive skill to identify, analyze, prioritize, and track technical debt across large codebases. It provides three interconnected tools: a Debt Scanner, a Debt Prioritizer (using cost-of-delay frameworks), and a Debt Dashboard. This system helps engineering teams make data-driven decisions to balance new features with necessary maintenance and refactoring work, ensuring the long-term sustainability of software systems.

Automates Twelve Data tasks by guiding the Rube MCP workflow from schema discovery through connection checks to multi-tool execution, ensuring compliant inputs before invoking each Composio toolkit operation.

This tool collects comprehensive diagnostic data for TwinMind issues. It gathers crucial information including environment details (OS, Node.js version, memory), API health status, network connectivity, and configuration snapshots. It is essential for generating detailed bug reports or preparing for technical support requests, helping developers quickly pinpoint the root cause of complex problems.

Neon is a robust serverless Postgres platform that separates compute and storage, offering advanced features like autoscaling, branching, and instant restore. This guide provides comprehensive resources on setting up, connecting to, and utilizing Neon databases. It is fully compatible with standard Postgres and integrates seamlessly with various languages, ORMs, and developer tools for robust data management.

A comprehensive workflow bundle covering the entire lifecycle of WordPress development. It guides users through creating custom themes, developing functional plugins, integrating WooCommerce, and optimizing performance. Crucially, it includes steps for implementing advanced WordPress 7.0 features such as Real-Time Collaboration (RTC), AI Connectors, and DataViews, ensuring modern, production-ready site builds.