For stubborn bugs, use an advanced prompting technique: instruct the AI to 'spin up specialized sub-agents,' such as a QA tester and a senior engineer. This forces the model to analyze the problem from multiple perspectives, leading to a more comprehensive diagnosis and solution.

When your primary AI assistant gets stuck, export the conversation and feed it to a different model (e.g., GPT-4 or Gemini). This 'second opinion' can critique the original interaction and help you revise your prompt to get back on track, rather than trying to argue with the stuck AI.

Create a custom Claude Code skill that sends a spec or problem to multiple LLM APIs (e.g., ChatGPT, Gemini, Grok) simultaneously. This "council of AIs" provides diverse feedback, catching errors or omissions that a single model might miss, leading to more robust plans.

Go beyond static AI code analysis. After an AI like Codex automatically flags a high-confidence issue in a GitHub pull request, developers can reply directly in a comment, "Hey, Codex, can you fix it?" The agent will then attempt to fix the issue it found.

For large projects, use a high-level AI (like Claude's Mac app) as a strategic partner to break down the work and write prompts for a code-execution AI (like Conductor). This 'CTO' AI can then evaluate the generated code, creating a powerful, multi-layered workflow for complex development.

Despite sophisticated AI debugging tools that monitor logs and browsers, the most efficient solution is often the simplest. Highlighting an error message, copying it, and pasting it directly into an AI agent's chat window is a fast and reliable way to get a fix without over-engineering your workflow.

To overcome the challenge of reviewing AI-generated code, have different LLMs like Claude and Codex review the code. Then, use a "peer review" prompt that forces the primary LLM to defend its choices or fix the issues raised by its "peers." This adversarial process catches more bugs and improves overall code quality.

A four-step method for non-technical users to debug AI code. First, use the tool's auto-fix feature. Second, ask the AI to add console logs to increase its awareness. Third, use an external tool like OpenAI's Codex for a "second opinion." Finally, revert to a working version and re-prompt with more clarity.

When stuck on a complex 3D coding problem in v0, Guillermo Rauch queried other language models to understand the underlying issues. He then copied their explanations and solutions back into v0 as context, effectively using one AI as an expert consultant to better instruct another.