Definition
Human-AI interaction (HAI) is the interdisciplinary field studying how people and AI systems communicate, collaborate, and share control over tasks and decisions. It encompasses the design patterns, trust dynamics, cognitive models, and feedback mechanisms that shape productive partnerships between human users and artificial intelligence.
The field draws from human-computer interaction (HCI), cognitive psychology, and AI research. Three major frameworks guide practitioners: Microsoft's HAX Toolkit (18 evidence-based design guidelines), Google's PAIR (People + AI Research) initiative, and Apple's Human Interface Guidelines for machine learning. These frameworks address a spectrum of interaction models, from fully manual (human does everything, AI watches) to fully autonomous (AI acts, human monitors).
Why It Matters for Product Managers
Every AI product decision is a human-AI interaction decision. How much autonomy to give the AI, when to show versus hide AI involvement, how to communicate AI uncertainty, and when to require human confirmation -- these are all HAI design choices that directly determine adoption, retention, and user safety.
Product managers who understand HAI can avoid the two most common failure modes: under-trusting (users ignore AI outputs because the interaction design does not build confidence) and over-trusting (users blindly accept AI outputs because the design does not communicate limitations). Calibrated trust -- where users trust the AI an appropriate amount for its actual capability -- is the gold standard for HAI design.
How It Works in Practice
Common Pitfalls
Related Concepts
Human-AI Interaction provides the theoretical foundation for AI UX Design, which applies HAI principles to product interfaces. Specific interaction models include the AI Copilot UX pattern for collaborative work and Agentic UX for autonomous AI supervision. Explainability (XAI) enables users to understand AI reasoning, while AI Design Patterns provide reusable solutions to common HAI challenges.