We scan new podcasts and send you the top 5 insights daily.
For maximum effectiveness, keep agent instructions lean ('thin agents') and pack detailed, step-by-step context into the skills themselves ('thick skills'). This ensures the core logic resides in the skill, allowing any agent or AI harness to execute the task consistently with minimal setup.
To get high-quality, autonomous work from an AI agent, you must treat it like a new hire, not just give it a simple prompt. You must provide a clear goal, specific skills (pre-defined knowledge), the right tools (APIs, etc.), and rich context (company data).
Instead of a single complex prompt, break down marketing tasks into a series of smaller, single-purpose AI skills. For example, a content workflow can be chained: one skill for drafting, one for HTML generation, and another for platform-specific formatting. This modularity improves reliability and scalability.
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.
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.
Counter the hype by following a clear progression: Skills -> Workflows -> Agents. If you cannot create a reliable, deterministic workflow with a predefined path, an autonomous agent attempting to improvise will almost certainly fail. This structured approach mitigates risk and ensures reliability.
Instead of building one monolithic skill for a large process, break it into a sequence of smaller, independent skills. This "skill chain" approach is ideal if any sub-task (e.g., generating just a thumbnail or a title) might need to be run on its own, promoting modularity and reusability.
To scale your use of AI agents, move beyond single-use builds. Identify recurring capabilities and package them as reusable 'skills.' This modular approach makes your work transportable, allowing you to easily apply successful processes across different projects and agents, which compounds your efficiency over time.
While AI tools will become simpler, the core skill for leveraging them is the ability to think in systems and workflows. People who can break down a business process into logical, step-by-step instructions for an agent to follow will have a significant advantage in the age of AI automation.
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.
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.