This article provides a step by step deployment guide for using Amazon Kiro CLI on the Google Cloud Shell.
What is this project trying to Do?
This project aims to configure the Kiro CLI for seamless cross cloud operations across AWS and Google Cloud.
Aren’t You Running on the Wrong Cloud?
Mix and Match — Baby! The Antigravity CLI runs on AWS Cloud Shell:
AWS Cloud Shell with Antigravity CLI
So let’s give Kiro a shot on Google Cloud Shell!
What is the Google Cloud Shell Terminal and Editor?
The Google Cloud Shell- available on every Google Cloud project — comes with a built-in code editor that allows you to browse file directories, view and edit files, with continued access to the Cloud Shell. The Cloud Shell Editor is available by default with every Cloud Shell instance, and is based on Code OSS.
Where Can I find the Cloud Shell?
The Cloud Shell is provided on the Google Cloud Console for all Google Cloud Projects. It is available from the small icon on the upper right next to the Gemini Icon:
The Cloud Shell Editor is a basic hosted VSCode environment for rapid prototyping. It offers a minimal IDE environment to get started. For more in depth development-other options are available like Firebase Studio or developing from a GCE Cloud VM.
AWS Setup
The AWS CLI provides the basic tools for working with the AWS services:
Check the AWS installation:
xbill9@cloudshell:~ (aisprint-491218)$ /usr/local/bin/aws --version
aws-cli/2.34.57 Python/3.14.5 Linux/6.6.137+ exe/x86_64.ubuntu.24
xbill9@cloudshell:~ (aisprint-491218)$
Once the tools are installed — login to the AWS console:
aws login --remote
What is Kiro
Kiro is an agentic, AI-powered Integrated Development Environment (IDE) built by Amazon Web Services (AWS) designed to help developers move from initial concepts to production-ready software. Based on a fork of VS Code (Code OSS), Kiro feels familiar while acting like an autonomous co-developer. [1, 2, 3]
Installing Kiro
The main download site for Kiro is:
https://kiro.dev/
Kiro: Bring engineering rigor to agentic development
for the CLI download — click CLI:
curl -fsSL https://cli.kiro.dev/install | bash
This will download Kiro to Google Cloud Shell:
Running Kiro
First — authenticate to Kiro:
Then confirm:
Verify The Installation
Kiro has full access to the local Google Cloud Shell Environment:
summarize my google cloud project
● Shell gcloud config list 2>/dev/null && echo "---" && gcloud projects describe $(gcloud config get-value project
2>/dev/null) 2>/dev/null
● Shell echo "=== Enabled APIs ===" && gcloud services list --enabled --format="value(name)" 2>/dev/null | sed
's/.googleapis.com//' && echo "=== Compute Instances ===" && gcloud compute instances list 2>/dev/null && echo "=== Cloud
Run Services ===" && gcloud run services list 2>/dev/null && echo "=== GCS Buckets ===" && gsutil ls 2>/dev/null && echo
"=== Cloud Functions ===" && gcloud functions list 2>/dev/null && echo "=== Billing ===" && gcloud billing projects
describe aisprint-491218 2>/dev/null
=== Enabled APIs ===
projects/289270257791/services/addressvalidation
projects/289270257791/services/aerialview
projects/289270257791/services/agentregistry
projects/289270257791/services/aiplatform
...+167 lines (ctrl+o to toggle)
Here's a summary of your Google Cloud project:
Project
- Name: aisprint (ID: aisprint-491218)
- Account: xbill9@gmail.com
- Created: March 24, 2026 — Active
Cloud Run Services (6 total, all deployed today/yesterday)
┌───────────────────────────┬─────────────┬─────────────┐
│ Service │ Region │ Status │
├───────────────────────────┼─────────────┼─────────────┤
│ gpu-4b-6000-devops-agent │ us-central1 │ ✅ │
├───────────────────────────┼─────────────┼─────────────┤
│ gpu-4b-l4-devops-agent │ us-east4 │ ✅ │
├───────────────────────────┼─────────────┼─────────────┤
│ gpu-26b-6000-devops-agent │ us-central1 │ ✅ │
├───────────────────────────┼─────────────┼─────────────┤
│ gpu-26b-l4-devops-agent │ us-east4 │ ✅ │
├───────────────────────────┼─────────────┼─────────────┤
│ gpu-31b-6000-devops-agent │ us-central1 │ ✅ │
├───────────────────────────┼─────────────┼─────────────┤
│ gpu-31b-l4-devops-agent │ us-east4 │ ❌ (failed) │
└───────────────────────────┴─────────────┴─────────────┘
The naming pattern suggests GPU-accelerated devops agents in two GPU tiers (NVIDIA L4 and RTX 6000) across three model
sizes (4B, 26B, 31B parameters).
Storage
- aisprint-491218-bucket
- aisprint-491218-source-bucket
- aisprint-491218_cloudbuild
No active Compute instances or Cloud Functions.
Enabled APIs — heavily focused on AI/ML:
- AI Platform, Vertex AI (aiplatform), Generative Language, Gemini, ML
- Maps Platform (full suite), BigQuery, Cloud Run, Cloud Build
- Secret Manager, Pub/Sub, Dataflow, GKE, Artifact Registry
- Google Workspace APIs (Gmail, Drive, Calendar, Chat) + MCP variants
The project is clearly an AI agent platform, running GPU-backed LLM inference services on Cloud Run with GPU support.
Test The AWS Integration
This step tests the Kiro interactions with the remote AWS environment:
Compute
- 1 EC2 instance: i-03456018d00d13504 (t3.small, stopped)
- No active ECS clusters or EKS clusters running (stacks exist, clusters likely deleted)
Lambda
- AgentCore-mcpBedrockRustA-ApplicationAgentMcpServe-rWGgAcNdRUnH
S3 Buckets (5)
- bedrock-agentcore-runtime-... (us-west-2)
- cdk-hnb659fds-assets-... (CDK bootstrap)
- elasticbeanstalk-us-east-1-...
- my-adk-comic-artifacts
- xbill-test
CloudFormation Stacks (13 active)
- Multiple AgentCore-* stacks (Bedrock, ADK, MCP variants)
- eksctl-* stacks for 3 EKS clusters (mcp-eks, adkui-eks, biometric-scout) — infrastructure stacks remain even if clusters
are torn down
- CDKToolkit bootstrap
ECR Repositories (33)
- Heavy focus on AI agent workloads: course creator pipelines (orchestrator, researcher, content-builder, judge), MCP
servers, ADK agents, biometric-scout
- Both Python and Rust MCP server variants
No active: RDS, EKS clusters, ECS, Elastic Beanstalk environments
──────────────────────────────────────────────────────────────────────────────────────────────────────────────────────────
The environment is clearly an AI agent development platform — experimenting with Bedrock AgentCore, ADK (Agent Development
Kit), and MCP (Model Context Protocol) server patterns, with both Python and Rust implementations.
So Why? Just Why? Why Mix and Match Cloud Setups?
Kiro was used to summarize the advantages of the approach:
summarize the benefits of using Kiro from the Google Cloud Shell
Based on your specific environment — an AI agent developer working across GCP and AWS from Cloud Shell — here's where Kiro
adds real value:
Cross-Cloud Visibility in One Place
You just saw this: Kiro can summarize your GCP project and AWS environment in a single conversation, correlating context
across both clouds without switching tools or consoles.
Codebase Intelligence
Cloud Shell gives you a terminal; Kiro gives you a coding partner. For your agent repos (ADK, MCP servers, Bedrock
AgentCore), Kiro can read, understand, and modify code across files — not just run commands.
Infrastructure as Code Assistance
With 13 CloudFormation stacks and CDK in use, Kiro can help write, debug, and refactor IaC — understanding the intent
behind stacks like eksctl-adkui-eks-cluster rather than just listing them.
Agentic Workflows Without Context Switching
You're building AI agents. Kiro can help you design, implement, and deploy them — writing the Cloud Run service configs,
Dockerfiles, Lambda handlers, and Bedrock agent definitions — all from the same shell session where you're already
working.
Persistent Task Execution
Unlike a plain terminal, Kiro tracks multi-step tasks, catches errors, and adapts — useful when deploying across regions
(your us-central1 / us-east4 Cloud Run pattern) or debugging failed services like gpu-31b-l4-devops-agent.
No Extra Tooling
Cloud Shell already has gcloud, aws, docker, git, and python — everything Kiro needs. There's nothing to install; you get
AI-assisted development on top of the environment you already have.
Summary
The Google Cloud Shell and Cloud Shell Terminal provides an environment for rapid prototyping Agentic development. With some configuration and customization- it provides core functionality cross cloud using the Kiro CLI.
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