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AI agents can overcomplicate instructions and create 'AI sprop' (slop/propaganda). To combat this, build a dedicated 'skill editor' skill that runs on other skills to make them more concise, remove repetitive instructions, and maintain clarity in your automations.

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Don't just save good prompts; codify entire successful back-and-forth conversations into reusable "skills" within AI platforms like Claude. This automates complex, multi-step tasks like content repurposing with a single command, saving significant time.

Instead of building skills from scratch, first complete a task through a back-and-forth conversation with your agent. Once you're satisfied with the result, instruct the agent to 'create a skill for what we just did.' It will then codify that successful process into a reusable file for future use.

Don't write agent skills from scratch. First, manually guide the agent through a workflow step-by-step. After a successful run, instruct the agent to review that conversation history and generate the skill from it. This provides the crucial context of what a successful outcome looks like.

"Skills" are markdown files that provide an AI agent with an expert-level instruction manual for a specific task. By encoding best practices, do's/don'ts, and references into a skill, you create a persistent, reusable asset that elevates the AI's performance almost instantly.

GitHub is abandoning complex, "mega-skills" for AI agents, finding large all-in-one workflows brittle and hard to maintain. The better approach is to build atomic "micro-skills"—like Lego blocks—that do one thing well. These can then be composed and orchestrated into more complex, flexible automations.

A common pitfall is over-engineering a second brain with too many pipelines and skills. To maintain focus and effectiveness, deliberately practice cleanup. Periodically review your automations and, as the speaker does, "delete a few skills every couple of weeks" to prevent bloat and stay focused.

Your custom-built workflows will become obsolete as general AI capabilities improve. Proactively run a scheduled process where your AI analyzes your systems to find over-engineered parts that can be replaced by its own improving, native intelligence, preventing system stagnation.

Treat AI 'skills' as Standard Operating Procedures (SOPs) for your agent. By packaging a multi-step process, like creating a custom proposal, into a '.skill' file, you can simply invoke its name in the future. This lets the agent execute the entire workflow without needing repeated instructions.

Instead of pre-designing a complex AI system, first achieve your desired output through a manual, iterative conversation. Then, instruct the AI to review the entire session and convert that successful workflow into a reusable "skill." This reverse-engineers a perfect system from a proven process.

When creating "skills" for AI agents, a prescriptive, step-by-step (imperative) approach is brittle. A better method is declarative: teach the agent what tools are available and their nuances. This allows the model to leverage its reasoning abilities to handle exceptions and novel user requests, rather than being dogmatically locked into a predefined process.