An agentic IDE that brings engineering rigor to AI development with spec-driven workflows.
Product memo
Developers and teams building with AI use Kiro to bridge the gap between raw AI coding and production-ready software. It manages intent, completes long-running tasks across large codebases, and validates code correctness. The platform offers an agentic IDE, spec-driven development, and custom AI agents, ensuring AI-generated code meets engineering standards.
For who
Developers and teams building with AI
Solves what
Bridges AI coding to engineering with spec-driven development and custom agents.
- Spec-driven development
- Agentic IDE
- Custom AI agents
In their own words
Bring engineering rigor to agentic development
Kiro helps you bridge the gap from AI coding to engineering: manage intent, complete long-running tasks across large codebases, validate code correctness with an agent that learns how you work.
Commercial cues
Model
free only
Free tier
Yes
Trial
Available
Pricing Strategy
Kiro offers a free tier, with Individuals handled through custom pricing.
- • A free tier removes friction for individual developers to test AI coding.
- • Pay-as-you-go credits let individuals scale usage without upfront commitment.
- • Custom team plans address the varied needs of larger engineering organizations.
Operator context
Founded
Jul 2025
Platform
Web app
Audience
Developers
Public footprint
Tech stack
Builder Strategy
- Strategy Type
- Niche Specialist
- Stage
- Vc Growth
- Effort
- Small Team
About Kiro Expand
Kiro provides an agentic IDE designed for developers and teams building with AI. It helps bridge the gap from AI coding to engineering by focusing on spec-driven development and custom AI agents.
This platform allows users to manage intent, complete long-running tasks across large codebases, and validate code correctness with agents that learn how teams work. Kiro's approach centers on bringing engineering rigor to AI development, ensuring that AI-generated code meets production standards through structured workflows and codebase analysis.
