Data is only truly "AI-ready" when it is not just technically accurate but also compliant with business context hidden in unstructured documents like policies. This involves vectorizing business logic and verifying it against facts in data warehouses.

Providing too much raw information can confuse an AI and degrade its output. Before prompting with a large volume of text, use the AI itself to perform 'context compression.' Have it summarize the data into key facts and insights, creating a smaller, more potent context for your actual task.

To enable AI tools like Cursor to write accurate SQL queries with minimal prompting, data teams must build a "semantic layer." This file, often a structured JSON, acts as a translation layer defining business logic, tables, and metrics, dramatically improving the AI's zero-shot query generation ability.

To get high-quality output, prompt AI as if it has zero prior knowledge. This means providing comprehensive context including target personas, business challenges, strategic goals, and even raw data like ad performance reports. More input yields better output.

AI models are fluent but not inherently accurate with complex business data. A "semantic layer" that defines business logic (e.g., "how to calculate revenue") on top of raw data is essential for AI to query structured information correctly and provide reliable, single-truth answers.

Before deploying AI across a business, companies must first harmonize data definitions, especially after mergers. When different units call a "raw lead" something different, AI models cannot function reliably. This foundational data work is a critical prerequisite for moving beyond proofs-of-concept to scalable AI solutions.

To make an AI data analyst reliable, create a 'Master Claude Prompt' (MCP) with 3 example queries demonstrating key tables, joins, and analytical patterns. This provides guardrails so the AI consistently accesses data correctly and avoids starting from scratch with each request, improving reliability for all users.

Effective AI prompting involves providing a detailed narrative of the situation, user, and goals. This forces the AI to ask clarifying questions, signaling a deeper understanding and leading to more relevant answers compared to a simple, direct command.

Hunt's team at Perscient found that AI "hallucinates" when given freedom. Success comes from "context engineering"—controlling all inputs, defining the analytical framework, and telling it how to think. You must treat AI like a constrained operating system, not a creative partner.