Kiro is an agentic development environment
designed around structured software
development. Instead of jumping directly
from prompts to code, Kiro can turn ideas
into requirements, technical designs and
implementation tasks before agents execute
the work.
Kiro is an agentic IDE backed by AWS that
focuses on structured software development.
It provides specs, agentic chat, steering,
hooks, MCP integration and autonomous
development workflows.
The main idea behind Kiro is to give AI
agents more structure and constraints so
developers can move from an idea to
requirements, design, tasks and verified
implementation.
Who Can Use Kiro?
๐ป Software developers
๐งโ๐ป Freelancers
๐ Startup teams
๐ข Enterprise engineering teams
๐ Programming students
๐ DevOps engineers
๐งช QA engineers
๐ Product engineering teams
Key Features
Kiro AI Features
Kiro combines an AI coding environment
with structured specifications, autonomous
agents and project-level controls.
๐
Feature Specs
Turn product requirements into structured
requirements, design and implementation tasks.
๐
Bugfix Specs
Analyze bugs, establish root causes and
create structured implementation plans.
โก
Quick Spec
Generate requirements, design and tasks
in a single streamlined workflow.
๐ค
Agentic Coding
Agents can write code, run tests and
execute multi-step development tasks.
๐ง
Steering
Give agents project-specific rules,
standards, context and constraints.
โ๏ธ
Hooks
Trigger automated agent workflows from
events such as file saves.
๐งฉ
MCP
Connect agents with external tools
and data through Model Context Protocol.
โจ๏ธ
Kiro CLI
Run AI-assisted development directly
from the terminal.
๐
Kiro Web
Use structured agentic workflows
through the browser.
๐งช
Verification
Agents can run tests and verify work
during implementation.
๐
Permissions
Control what agents can access and
which operations they can perform.
๐พ
Memory
Persist useful project knowledge
across development sessions.
Spec-Driven Development
What Makes Kiro Different?
From Prompt To Structured Plan
Many AI coding workflows start with a
prompt and immediately generate code.
Kiro instead emphasizes structure before
implementation.
A feature can be expressed as requirements,
then transformed into a technical design,
then broken into implementation tasks
that agents execute.
Core Flow
๐ก Idea
๐ Requirements
๐ Design
โ Acceptance criteria
๐ Implementation tasks
๐ค Agent execution
๐งช Verification
Feature Specs
Build Features With Requirements First
Requirements โ Design โ Tasks
Kiro Feature Specs provide a structured
approach to building new features. The
workflow can begin with desired behavior
and produce requirements, technical design
and implementation tasks.
Requirements can include user stories
and acceptance criteria, making the
intended behavior easier to review before
implementation begins.
Spec Artifacts
๐ requirements.md
๐ design.md
๐ tasks.md
๐ฏ Acceptance criteria
๐ Architecture decisions
๐ Implementation tracking
Bugfix Specs
Structured AI Bug Investigation
Fix Problems Systematically
Kiro also supports structured workflows
for bug fixing. Instead of immediately
changing code, an agent can investigate
the issue, identify the likely root cause,
design a fix and create implementation
tasks.
Bug Workflow
๐ Describe bug
๐ Investigate
๐ง Identify root cause
๐ Design solution
๐ Create tasks
๐ง Implement fix
๐งช Verify regression
Quick Spec
Plan Faster With Quick Spec
One-Pass Planning
Quick Spec is designed for features
where the developer already understands
the problem and wants a faster planning
workflow.
Kiro asks clarifying questions and then
generates requirements, design and tasks
in a single pass without approval gates
between each phase.
Best For
โก Rapid prototyping
๐ Well-understood features
๐งช Experimental projects
๐ Straightforward implementations
โฑ Speed-focused workflows
Agentic Coding
Let Kiro Agents Build The Software
Autonomous Development
Kiro agents can work through development
tasks, modify files, execute commands,
run tests and provide code diffs for
developer review.
For larger tasks, developers can let
agents execute multiple implementation
steps while retaining control over
permissions and changes.
Agent Tasks
๐ Build features
๐ Fix bugs
โป๏ธ Refactor code
๐งช Run tests
๐ Update documentation
๐ง Modify files
๐ Prepare Git changes
๐ Automate workflows
Steering
Control How Kiro Agents Work
Your Code, Your Rules
Steering files allow developers and teams
to provide persistent project instructions
for agents.
Teams can define coding standards,
architecture conventions, preferred
workflows, tools and project context
so agent output follows established rules.
Steering Can Define
๐ Architecture standards
๐ Coding conventions
๐ Project structure
๐งช Testing practices
๐ Security rules
๐ฆ Preferred libraries
โ๏ธ Development workflows
๐ฅ Team standards
Hooks
Automate Repetitive Development Tasks
Event-Driven Agents
Kiro Hooks can trigger automated agent
workflows when events occur in a project.
For example, a team can configure an
agent to update documentation or generate
tests when a relevant file is saved.
Hook Examples
๐พ File save
๐ Documentation generation
๐งช Test generation
โก Performance optimization
๐ Code analysis
๐ง Automated maintenance
MCP
Connect Kiro With External Tools
Model Context Protocol
Kiro supports MCP so agents can connect
to external tools and data sources.
This allows development agents to
operate beyond the files inside the
IDE and interact with approved external
services.
MCP Use Cases
๐ External APIs
๐ Databases
๐ Documentation
๐ Git services
๐ Project management
โ๏ธ Development tools
โ๏ธ Cloud services
๐ค Custom agent tools
Kiro CLI
AI Development From The Terminal
Agentic CLI
Kiro CLI brings AI-assisted development
into the terminal. Developers can use
natural-language commands to build,
test and deploy applications.
The CLI supports custom agents, MCP,
hooks, steering, autocomplete and
headless automation workflows.
CLI Features
โจ๏ธ Interactive chat
๐ค Custom agents
๐งฉ MCP
โ๏ธ Smart hooks
๐ง Agent steering
โจ Autocomplete
โ๏ธ CI/CD automation
๐ Spec workflows
Kiro Web
Build With Agents From Your Browser
Web-Based Agentic Development
Kiro Web brings structured agentic
development into the browser. Developers
can select repositories, create specs,
review requirements and design, and
run implementation tasks.
Web Workflow
๐ Open Kiro Web
๐ฆ Select repository
๐ Create spec
๐ Review design
๐ Review tasks
๐ค Run implementation
๐ Open pull request
Autopilot
Let Kiro Handle Larger Tasks
Autonomous Mode
Kiro provides autonomous development
workflows where agents can work through
larger tasks without requiring the
developer to provide every individual
instruction.
Developers remain in control through
permissions, code diffs, review steps
and the ability to interrupt the agent.
Good Autopilot Tasks
๐ Feature implementation
๐งช Test creation
๐ Documentation
โป๏ธ Refactoring
๐ง Repetitive maintenance
๐ Bug fixes
๐ฆ Dependency updates
Permissions
Control Agent Access
Fine-Grained Agent Control
Kiro's newer CLI architecture includes
capability-based permissions that can
allow or deny categories of operations
across tools.
This is useful when autonomous agents
need access to development tools but
organizations still want auditable
controls over what agents can do.
Permission Areas
๐ File operations
โจ๏ธ Shell commands
๐ Network tools
๐งฉ MCP tools
โ๏ธ Agent capabilities
๐ Security-sensitive actions
Models
AI Models Inside Kiro
Model Choice
Kiro provides model choices that can
include frontier models and open-weight
models depending on the subscription
and region.
Kiro also offers an Auto mode designed
to select an appropriate mix of models
and specialized techniques to balance
quality, latency and cost.
Model Options
๐ค Auto
๐ง Claude Sonnet
๐ง Claude Opus
โก Open-weight models
๐ฌ Specialized models
IDE
Where Can You Use Kiro?
๐ช
Windows
Kiro provides a Windows desktop
IDE for agentic development.
๐
macOS
Available for Apple Silicon and
Intel Mac systems.
๐ง
Linux
Available on supported Linux
distributions.
โจ๏ธ
CLI
Use Kiro directly from the
terminal.
๐
Web
Use Kiro's structured agentic
workflow through the browser.
๐งฉ
VS Code Compatible
Kiro supports Open VSX extensions,
themes and VS Code settings.
Pricing
Kiro Pricing
Kiro currently uses a credit-based
pricing model with individual and
team options.
Plan
Price
Credits
Best For
Kiro Free
$0/month
50
Getting started
Kiro Pro
$20/user/month
1,000
Regular developers
Kiro Pro+
$40/user/month
2,000
Heavy development
Kiro Pro Max
$100/user/month
5,000
High-volume users
Kiro Power
$200/user/month
10,000
Very heavy usage
Prices and available models can vary by
region and are subject to change. Paid
plans can purchase additional credits at
the applicable rate.
Kiro provides a perpetual Free tier
with 50 credits. Free users can access
supported open-weight models and
selected Claude models subject to
the current plan limits.
Free Highlights
๐ $0/month
๐ 50 credits
๐ค AI agents
๐ Specs
๐ง Steering
โ๏ธ Hooks
๐งฉ MCP
๐ป IDE access
Enterprise
Kiro For Teams & Enterprises
AI-Native Engineering At Scale
Kiro's enterprise offering focuses on
bringing structured agentic development
into larger engineering organizations.
Organizations can use specifications
as a source of truth while applying
team standards, context management
and enterprise security controls.
Enterprise Features
๐ข Centralized management
๐ฅ Team billing
๐ Usage analytics
๐ Enterprise security
๐ SSO
๐ค SCIM
๐ง Team standards
๐ Structured specifications
Use Cases
What Can Kiro Be Used For?
๐ Feature Development
Turn product requirements into
structured implementation tasks.
๐ Bug Fixing
Investigate bugs and implement
structured fixes.
โป๏ธ Refactoring
Modernize and restructure existing
codebases.
๐งช Testing
Generate and run tests throughout
development workflows.
๐ Documentation
Automate documentation generation
and maintenance.
๐ค Agent Automation
Automate repetitive software
engineering tasks.
๐ Product Specs
Create requirements and technical
design documents.
โ๏ธ CI/CD
Run headless agent workflows
inside automation pipelines.
๐ฅ Team Standards
Keep AI-generated code aligned
with organizational rules.
Workflow
How To Use Kiro
1
Describe
Explain the feature, bug or
development goal.
2
Specify
Create requirements, design
and implementation tasks.
3
Execute
Let Kiro agents implement the
planned tasks.
4
Verify
Review diffs, run tests and
validate the implementation.
Kiro is an agentic development IDE
focused on structured software development,
including specs, agents, steering, hooks
and MCP.
Kiro is backed by AWS and is designed
as an agentic development environment
for software engineering teams and
individual developers.
Specs are structured development artifacts
that capture requirements, technical design
and implementation tasks before the agent
executes the work.
Feature Specs provide a structured approach
for building new features through requirements,
design and implementation planning.
Quick Spec generates requirements, design
and tasks in a single pass after asking
clarifying questions.
Yes. Kiro is built around agentic development
and can use agents to write code, run tests,
modify files and execute larger workflows.
Steering allows developers to provide
persistent project rules, coding standards,
context and preferred workflows to Kiro agents.
Hooks are event-driven automations that
can trigger agent workflows for tasks such
as documentation, testing and optimization.
Yes. Kiro supports Model Context Protocol
for connecting agents with external tools
and data sources.
Yes. Kiro CLI provides AI-assisted
development in the terminal and supports
agents, MCP, hooks, steering and automation.
Yes. Kiro Web provides browser-based
agentic development and supports
structured specification workflows.
Yes. Kiro provides a Windows desktop
application.
Yes. Kiro supports macOS, including
Apple Silicon and Intel systems.
Yes. Kiro provides supported Linux
downloads for desktop development.
Yes. Kiro currently has a perpetual
Free plan with 50 credits.
Kiro Pro is currently listed at
$20 per user per month and includes
1,000 credits.
Kiro Pro+ is currently listed at
$40 per user per month and includes
2,000 credits.
Kiro Pro Max is currently listed at
$100 per user per month and includes
5,000 credits.
Kiro Power is currently listed at
$200 per user per month and includes
10,000 credits.
Kiro uses credits that are consumed
based on requests. Simple requests
can consume fewer credits than complex
agentic tasks.
Yes. Kiro supports autonomous agentic
workflows where agents can work through
larger development tasks with developer
controls and permissions.
Yes. Kiro agents can generate and run
tests as part of software development
workflows.
Yes. Kiro provides Bugfix Specs that
can structure investigation, root-cause
analysis, design and implementation.
Yes. Kiro can automate documentation
tasks through agents and hooks.
Kiro is compatible with Open VSX plugins,
themes and VS Code settings.
The tools have different strengths.
Kiro focuses strongly on structured,
spec-driven agentic development, while
Amazon Q Developer has historically
focused strongly on AWS assistance and
AI coding workflows.
It depends on your workflow. Kiro is
particularly attractive if you want
requirements-first and spec-driven
development, while Cursor emphasizes
an AI-first coding editor and agentic
coding experience.
No. Kiro can automate substantial
development work, but developers
remain responsible for architecture,
security, testing, review and final
production decisions.
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