using-git-worktrees uses Git worktrees to create isolated working directories per task. This enables parallel development without context switching, and it pairs well with AI coding assistants that work best in small, clean, verifiable steps.
Code review is where "AI writes fast" becomes "code stays maintainable." This guide explains how `requesting-code-review` and `receiving-code-review` work together, with practical templates, review checklists, and a feedback-handling workflow.
subagent-driven-development parallelizes work via subagents: one lead agent plans/integrates, while subagents deliver small, verifiable slices. This guide covers how to split tasks, define input/output contracts, merge safely, and decide when not to parallelize.
verification-before-completion turns "done" into an evidence trail (tests, logs, diffs, acceptance criteria). finishing-a-development-branch standardizes how you wrap up a branch (merge/PR/cleanup/release). This guide provides reusable verification and release checklists.
Superpowers is an agentic skills framework for AI coding assistants like Claude Code and Cursor. It turns the full dev lifecycle—requirements, planning, TDD, debugging, code review, and verification—into a repeatable workflow via 14 composable skills. This series shows how to use each skill with practical examples.
OpenClaw is an open-source personal AI assistant project with 231k GitHub stars. As the opening article of this tutorial series, it introduces OpenClaw's core concepts, comparison with mainstream AI tools, and use cases to help developers quickly understand its value proposition.
This article provides a detailed guide to OpenClaw installation and configuration, covering four installation methods (npm/pnpm/bun and Docker), configuration file reference, and troubleshooting common issues. Help developers complete environment setup in 5 minutes and launch their personal AI assistant.
This article uses Telegram as an example to detail the complete OpenClaw channel setup flow. Covers Bot creation, authentication, security policies, group settings, and configuration methods for WhatsApp, Discord, and other channels. Helps you chat with your AI assistant through familiar messaging apps.
Deep dive into OpenClaw Gateway's core architecture. This article explains Session model, Message Router, Tool Registry, Skills system, WebSocket protocol, and other key concepts to help developers master advanced configuration and troubleshooting.
This article explains OpenClaw's multi-model configuration in detail, including Anthropic Claude, OpenAI GPT, local models, and other AI model integration, model Failover strategy, and scene-based automatic model switching to help developers optimize cost and performance.