Zapier AI
By Zapier
Zapier AI refers to the set of AI-powered features built into Zapier, the no-code workflow automation platform, including AI-driven automation building, natural-language 'Zap' creation, and AI agents that can act across thousands of…
Definition
Zapier AI refers to the set of AI-powered features built into Zapier, the no-code workflow automation platform, including AI-driven automation building, natural-language 'Zap' creation, and AI agents that can act across thousands of connected apps.
Overview
Zapier has long let users connect apps like Gmail, Slack, and Salesforce into automated workflows called 'Zaps' — trigger-and-action sequences that run without code. Zapier's AI features layer natural-language and autonomous-agent capabilities on top of this existing automation engine: users can describe an automation in plain language and have Zapier draft the workflow, or use AI steps within a Zap to summarize, classify, or generate content mid-workflow. Zapier has also introduced more autonomous AI agent features, letting an agent decide which connected app actions to take based on a goal rather than a fixed, manually configured trigger-action chain. This reflects the broader shift toward AI agent-based automation discussed in the blog post AI Agents Explained, and covered more deeply in the AI Agents & Agentic Workflows course. As a no-code platform with thousands of app integrations, Zapier AI competes with tools like n8n and Make.com, which similarly combine visual or prompt-driven automation building with AI-powered steps.
Key Features
- Natural-language creation of automated workflows ('Zaps')
- AI-powered steps for summarizing, classifying, or generating content mid-workflow
- Thousands of pre-built app integrations across popular business tools
- AI agent features that can decide actions dynamically toward a goal
- No-code visual editor alongside prompt-based automation building
- Templates for common automation patterns across sales, support, and marketing
- Central AI chat interface for querying and triggering automations