Kiro
Product information, use cases, and access for Kiro.
Pricing information
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What is Kiro?
Kiro is an agentic development environment for developers and teams. It turns natural-language prompts into executable specifications and helps carry the work through implementation, from quick fixes to complex projects. Its spec-driven approach defines requirements, system design, and sequenced tasks before code is written, making the intended result easier to follow and review.
Kiro is available through an IDE, command line, web interface, mobile app, and Kiro Crew, so the working style can match local development, terminal automation, or cloud-based delegation. The agent can operate across multiple files, coordinate parallel work, and use event-based hooks for recurring development tasks. It is suited to individual developers and teams that want more structure around coding work, stronger project-context handling, and the flexibility to move between development surfaces.
Key features of Kiro
Spec-driven development
Kiro turns a prompt into requirements, architectural designs, and sequenced tasks before implementation. This suits development work that benefits from explicit goals, documented decisions, and a traceable path from an idea to code.
Correctness validation
Kiro can examine requirements for contradictions and gaps before code is written, then use property-based tests to check rules across inputs after implementation. This is useful when example-based unit tests may not cover important edge cases.
Parallel agent work
Kiro can coordinate parallel agents on a local machine or in the cloud while working with context from a large codebase. It is useful for projects where multi-step work needs to be divided, advanced, and reviewed across a broader implementation.
Multiple surfaces and automation
Users can work through the IDE, CLI, web interface, mobile app, or Kiro Crew, and configure event-based hooks for recurring tasks such as test or documentation updates. The CLI also fits terminal workflows and continuous integration environments.