Permite que um agente de IA gerencie, implante e depure emulações de nuvem locais para AWS, Azure e Snowflake usando linguagem natural.
Também conhecido como localstack/localstack-mcp-server, @localstack/localstack-mcp-server
- Stars
- 29
- Ferramentas
- —
- Downloads, 30 dias
- —
- Versão mais recente
- 0.5.0
- Último commit
- 13 de nov. de 2026
- Licença
- Apache-2.0
O que é o MCP LocalStack?
LocalStack é um MCP server. Permite que um agente de IA gerencie, implante e depure emulações de nuvem locais para AWS, Azure e Snowflake usando linguagem natural.
Resumo gerado a partir do README do projeto
Sobre o MCP server de LocalStack
Gerenciar emulações de nuvem locais para AWS, Azure e Snowflake é possível por meio de linguagem natural usando este MCP server. Ele permite que desenvolvedores conectem clientes de IA como Claude, Cursor ou VS Code diretamente a um ambiente LocalStack em sua máquina. Ao usar este servidor, um agente de IA pode iniciar, parar e monitorar serviços de nuvem emulados, facilitando a validação de segurança e confiabilidade sem incorrer em custos de nuvem.
Os usuários devem fornecer um LocalStack Auth Token via variável de ambiente para usar as ferramentas disponíveis. O servidor inclui capacidades especializadas como o localstack-deployer para executar projetos CDK, Terraform ou SAM, e o localstack-chaos-injector para testar a resiliência do sistema adicionando latência de rede. Ele também apresenta o localstack-iam-policy-analyzer para ajudar a identificar erros de permissão e gerar automaticamente políticas de IAM corretivas. Essa configuração elimina a necessidade de scripts manuais, permitindo que o agente cuide da implantação de infraestrutura, análise de logs e gerenciamento de estado por meio da interação direta com o local stack.
O que você pode fazer com ele
- 1Implantar infraestrutura via linguagem naturalPeça ao seu agente para iniciar o LocalStack e implantar um projeto Terraform específico de um diretório local.
- 2Depurar erros de permissão automaticamentePeça ao agente para ler os logs do serviço para encontrar falhas de IAM e criar uma política para corrigi-las.
- 3Testar a resiliência do sistema com chaos engineeringInstrua o agente a injetar latência em um banco de dados para verificar se a lógica de retry da sua aplicação funciona.
- 4Gerenciar recursos Azure localmenteUse o agente para configurar recursos emulados do Azure, como contas de armazenamento, e fazer upload de dados.
Escrito a partir do README do projeto. Cada caso de uso é verificado com uma citação dele.
Como instalar o MCP LocalStack
Formatos verificados em 10 nov 2026Instalar o MCP LocalStack no Claude Code
$ claude mcp add --env LOCALSTACK_AUTH_TOKEN=<YOUR_LOCALSTACK_AUTH_TOKEN> --env AWS_ACCESS_KEY_ID=<YOUR_AWS_ACCESS_KEY_ID> --env AWS_REPLICATOR_SOURCE_AWS_ACCESS_KEY_ID=<YOUR_AWS_REPLICATOR_SOURCE_AWS_ACCESS_KEY_ID> --env AWS_REPLICATOR_SOURCE_AWS_SECRET_ACCESS_KEY=<YOUR_AWS_REPLICATOR_SOURCE_AWS_SECRET_ACCESS_KEY> --env AWS_REPLICATOR_SOURCE_AWS_SESSION_TOKEN=<YOUR_AWS_REPLICATOR_SOURCE_AWS_SESSION_TOKEN> --env AWS_SECRET_ACCESS_KEY=<YOUR_AWS_SECRET_ACCESS_KEY> --env AWS_SESSION_TOKEN=<YOUR_AWS_SESSION_TOKEN> localstack-mcp-server -- npx -y @localstack/localstack-mcp-serverInstalar o MCP LocalStack no Cursor
~/.cursor/mcp.json
{
"mcpServers": {
"localstack-mcp-server": {
"command": "npx",
"args": [
"-y",
"@localstack/localstack-mcp-server"
],
"env": {
"LOCALSTACK_AUTH_TOKEN": "<YOUR_LOCALSTACK_AUTH_TOKEN>",
"AWS_ACCESS_KEY_ID": "<YOUR_AWS_ACCESS_KEY_ID>",
"AWS_REPLICATOR_SOURCE_AWS_ACCESS_KEY_ID": "<YOUR_AWS_REPLICATOR_SOURCE_AWS_ACCESS_KEY_ID>",
"AWS_REPLICATOR_SOURCE_AWS_SECRET_ACCESS_KEY": "<YOUR_AWS_REPLICATOR_SOURCE_AWS_SECRET_ACCESS_KEY>",
"AWS_REPLICATOR_SOURCE_AWS_SESSION_TOKEN": "<YOUR_AWS_REPLICATOR_SOURCE_AWS_SESSION_TOKEN>",
"AWS_SECRET_ACCESS_KEY": "<YOUR_AWS_SECRET_ACCESS_KEY>",
"AWS_SESSION_TOKEN": "<YOUR_AWS_SESSION_TOKEN>"
}
}
}
}Instalar o MCP LocalStack no VS Code
.vscode/mcp.json
{
"servers": {
"localstack-mcp-server": {
"type": "stdio",
"command": "npx",
"args": [
"-y",
"@localstack/localstack-mcp-server"
],
"env": {
"LOCALSTACK_AUTH_TOKEN": "<YOUR_LOCALSTACK_AUTH_TOKEN>",
"AWS_ACCESS_KEY_ID": "<YOUR_AWS_ACCESS_KEY_ID>",
"AWS_REPLICATOR_SOURCE_AWS_ACCESS_KEY_ID": "<YOUR_AWS_REPLICATOR_SOURCE_AWS_ACCESS_KEY_ID>",
"AWS_REPLICATOR_SOURCE_AWS_SECRET_ACCESS_KEY": "<YOUR_AWS_REPLICATOR_SOURCE_AWS_SECRET_ACCESS_KEY>",
"AWS_REPLICATOR_SOURCE_AWS_SESSION_TOKEN": "<YOUR_AWS_REPLICATOR_SOURCE_AWS_SESSION_TOKEN>",
"AWS_SECRET_ACCESS_KEY": "<YOUR_AWS_SECRET_ACCESS_KEY>",
"AWS_SESSION_TOKEN": "<YOUR_AWS_SESSION_TOKEN>"
}
}
}
}Instalar o MCP LocalStack no Claude Desktop
claude_desktop_config.json
{
"mcpServers": {
"localstack-mcp-server": {
"command": "npx",
"args": [
"-y",
"@localstack/localstack-mcp-server"
],
"env": {
"LOCALSTACK_AUTH_TOKEN": "<YOUR_LOCALSTACK_AUTH_TOKEN>",
"AWS_ACCESS_KEY_ID": "<YOUR_AWS_ACCESS_KEY_ID>",
"AWS_REPLICATOR_SOURCE_AWS_ACCESS_KEY_ID": "<YOUR_AWS_REPLICATOR_SOURCE_AWS_ACCESS_KEY_ID>",
"AWS_REPLICATOR_SOURCE_AWS_SECRET_ACCESS_KEY": "<YOUR_AWS_REPLICATOR_SOURCE_AWS_SECRET_ACCESS_KEY>",
"AWS_REPLICATOR_SOURCE_AWS_SESSION_TOKEN": "<YOUR_AWS_REPLICATOR_SOURCE_AWS_SESSION_TOKEN>",
"AWS_SECRET_ACCESS_KEY": "<YOUR_AWS_SECRET_ACCESS_KEY>",
"AWS_SESSION_TOKEN": "<YOUR_AWS_SESSION_TOKEN>"
}
}
}
}Instalar o MCP LocalStack no Codex
~/.codex/config.toml
[mcp_servers.localstack-mcp-server] command = "npx" args = ["-y", "@localstack/localstack-mcp-server"] [mcp_servers.localstack-mcp-server.env] LOCALSTACK_AUTH_TOKEN = "<YOUR_LOCALSTACK_AUTH_TOKEN>" AWS_ACCESS_KEY_ID = "<YOUR_AWS_ACCESS_KEY_ID>" AWS_REPLICATOR_SOURCE_AWS_ACCESS_KEY_ID = "<YOUR_AWS_REPLICATOR_SOURCE_AWS_ACCESS_KEY_ID>" AWS_REPLICATOR_SOURCE_AWS_SECRET_ACCESS_KEY = "<YOUR_AWS_REPLICATOR_SOURCE_AWS_SECRET_ACCESS_KEY>" AWS_REPLICATOR_SOURCE_AWS_SESSION_TOKEN = "<YOUR_AWS_REPLICATOR_SOURCE_AWS_SESSION_TOKEN>" AWS_SECRET_ACCESS_KEY = "<YOUR_AWS_SECRET_ACCESS_KEY>" AWS_SESSION_TOKEN = "<YOUR_AWS_SESSION_TOKEN>"
Instalar o MCP LocalStack no Gemini CLI
~/.gemini/settings.json
{
"mcpServers": {
"localstack-mcp-server": {
"command": "npx",
"args": [
"-y",
"@localstack/localstack-mcp-server"
],
"env": {
"LOCALSTACK_AUTH_TOKEN": "<YOUR_LOCALSTACK_AUTH_TOKEN>",
"AWS_ACCESS_KEY_ID": "<YOUR_AWS_ACCESS_KEY_ID>",
"AWS_REPLICATOR_SOURCE_AWS_ACCESS_KEY_ID": "<YOUR_AWS_REPLICATOR_SOURCE_AWS_ACCESS_KEY_ID>",
"AWS_REPLICATOR_SOURCE_AWS_SECRET_ACCESS_KEY": "<YOUR_AWS_REPLICATOR_SOURCE_AWS_SECRET_ACCESS_KEY>",
"AWS_REPLICATOR_SOURCE_AWS_SESSION_TOKEN": "<YOUR_AWS_REPLICATOR_SOURCE_AWS_SESSION_TOKEN>",
"AWS_SECRET_ACCESS_KEY": "<YOUR_AWS_SECRET_ACCESS_KEY>",
"AWS_SESSION_TOKEN": "<YOUR_AWS_SESSION_TOKEN>"
}
}
}
}Configuração
LOCALSTACK_AUTH_TOKENObrigatórioSecretoLocalStack Auth Token (required for all LocalStack MCP tools)
AWS_ACCESS_KEY_IDSecretoSource AWS access key used by AWS Replicator to read external AWS resources
AWS_REPLICATOR_SOURCE_AWS_ACCESS_KEY_IDSecretoOptional Replicator-specific source AWS access key. Use this instead of AWS_ACCESS_KEY_ID when the Replicator source account should be isolated from generic AWS config.
AWS_REPLICATOR_SOURCE_AWS_SECRET_ACCESS_KEYSecretoOptional Replicator-specific source AWS secret access key. Use with AWS_REPLICATOR_SOURCE_AWS_ACCESS_KEY_ID.
AWS_REPLICATOR_SOURCE_AWS_SESSION_TOKENSecretoOptional Replicator-specific source AWS session token for temporary credentials.
AWS_SECRET_ACCESS_KEYSecretoSource AWS secret access key used by AWS Replicator to read external AWS resources
AWS_SESSION_TOKENSecretoOptional source AWS session token used by AWS Replicator for temporary credentials
APP_INSPECTORSet to 1 in the LocalStack container environment to enable App Inspector by default across restarts. The MCP tool can also toggle App Inspector at runtime.
AWS_DEFAULT_REGIONSource AWS region used by AWS Replicator
AWS_REPLICATOR_SOURCE_ENDPOINT_URLOptional Replicator-specific source AWS endpoint URL for advanced source-account scenarios.
AWS_REPLICATOR_SOURCE_REGION_NAMEOptional Replicator-specific source AWS region. Use with the AWS_REPLICATOR_SOURCE_* credential group.
GOOGLE_GENERATIVE_AI_API_KEY
| Nome | Descrição | Tipo |
|---|---|---|
| LOCALSTACK_AUTH_TOKEN | LocalStack Auth Token (required for all LocalStack MCP tools) | ObrigatórioSecreto |
| AWS_ACCESS_KEY_ID | Source AWS access key used by AWS Replicator to read external AWS resources | Secreto |
| AWS_REPLICATOR_SOURCE_AWS_ACCESS_KEY_ID | Optional Replicator-specific source AWS access key. Use this instead of AWS_ACCESS_KEY_ID when the Replicator source account should be isolated from generic AWS config. | Secreto |
| AWS_REPLICATOR_SOURCE_AWS_SECRET_ACCESS_KEY | Optional Replicator-specific source AWS secret access key. Use with AWS_REPLICATOR_SOURCE_AWS_ACCESS_KEY_ID. | Secreto |
| AWS_REPLICATOR_SOURCE_AWS_SESSION_TOKEN | Optional Replicator-specific source AWS session token for temporary credentials. | Secreto |
| AWS_SECRET_ACCESS_KEY | Source AWS secret access key used by AWS Replicator to read external AWS resources | Secreto |
| AWS_SESSION_TOKEN | Optional source AWS session token used by AWS Replicator for temporary credentials | Secreto |
| APP_INSPECTOR | Set to 1 in the LocalStack container environment to enable App Inspector by default across restarts. The MCP tool can also toggle App Inspector at runtime. | |
| AWS_DEFAULT_REGION | Source AWS region used by AWS Replicator | |
| AWS_REPLICATOR_SOURCE_ENDPOINT_URL | Optional Replicator-specific source AWS endpoint URL for advanced source-account scenarios. | |
| AWS_REPLICATOR_SOURCE_REGION_NAME | Optional Replicator-specific source AWS region. Use with the AWS_REPLICATOR_SOURCE_* credential group. | |
| GOOGLE_GENERATIVE_AI_API_KEY | — |
Verificações automatizadas
Executado em 12 de nov. de 2026Relatório completo →Passou em nossas verificações automatizadas. Isso não é uma auditoria de segurança: leia o código e dê ao servidor o acesso mais restrito de que ele precisa. Como as verificações funcionam
- Repositório de origem vinculado e acessívelPassou
- Licença de código aberto (OSI)Passou
- Commit ou release no último anoPassou
- Nome do pacote não é próximo a um pacote popularPassou
- O endpoint remoto usa HTTPSNão verificado
- Ferramentas destrutivas estão rotuladasNão verificado
- Sem instruções ocultas para o modeloPassou
- Nenhum alerta crítico no pacote ou nas dependênciasPassou
README
Ver no GitHubLocalStack MCP Server
Let an AI agent manage and interact with LocalStack on your machine.
[!IMPORTANT] The LocalStack MCP server is currently available as an experimental public preview. For questions, issues or feedback, please utilize the LocalStack Community slack or submit a GitHub Issue
LocalStack emulates the cloud on your local machine so software teams and AI agents can validate security, quality, and reliability faster and more safely than the cloud allows. This Model Context Protocol (MCP) server lets any MCP client (Cursor, Claude, VS Code, and more) start LocalStack, deploy infrastructure, and debug your local cloud in natural language.
Quick start
Set up the server in your MCP client with the interactive wizard:
npx -y @localstack/localstack-mcp-server init
The wizard detects your installed clients, asks how you want to run the server, and writes the configuration for you. You need a LocalStack Auth Token; the wizard reads LOCALSTACK_AUTH_TOKEN from your environment or asks for it. For the full options, prerequisites, and manual setup, see Installation.
What you can ask your agent
Once the server is configured, talk to LocalStack through your agent in natural language:
- "Start LocalStack and deploy the Terraform project in
./infra, then tell me which resources came up." - "My Lambda calls are failing. Read the LocalStack logs, find the permission errors, and generate an IAM policy that fixes them."
- "Inject 500ms of latency into DynamoDB and confirm my retry logic still works."
- "Search the LocalStack docs for how to enable S3 event notifications and summarize the steps."
- "Start the LocalStack Azure emulator, create a resource group and a storage account, and upload
./data/sample.csvto a new blob container."
How it works
The server connects MCP-compatible apps directly to your local LocalStack environment and its emulated AWS services, so your assistant can operate the stack securely without custom scripts or manual setup.
This server eliminates custom scripts and manual LocalStack management. Your agent can:
- Start, stop, restart, and monitor the LocalStack for AWS, Snowflake and Azure emulators with built-in auth.
- Deploy CDK, Terraform, and SAM projects with automatic configuration detection.
- Search LocalStack documentation for guides, API references, and configuration details.
- Parse logs, catch errors, and auto-generate IAM policies from violations.
- Inject chaos faults and network effects into LocalStack to test system resilience.
- Manage LocalStack state snapshots via Cloud Pods for development workflows.
- Export, import, inspect, and reset LocalStack state locally with Export & Import State file-based workflows.
- Install, remove, list, and discover LocalStack Extensions from the marketplace.
- Launch and manage Ephemeral Instances for remote LocalStack testing workflows.
- Replicate external AWS resources into LocalStack with AWS Replicator so IaC stacks can resolve shared dependencies locally.
- Inspect LocalStack application flows with App Inspector traces, spans, events, payload metadata, and IAM policy evaluations.
- Start repeatable LocalStack workflows from ready-made MCP prompts, including infrastructure validation and integration test generation.
Tools
This server provides your AI with dedicated tools for managing your LocalStack environment:
[!NOTE] All tools in this MCP server require
LOCALSTACK_AUTH_TOKEN.
| Tool Name | Description | Key Features |
|---|---|---|
localstack-management |
Manages LocalStack runtime operations for AWS, Snowflake and Azure stacks | - Execute start, stop, restart, and status checks- Integrate LocalStack authentication tokens- Inject custom environment variables- Verify real-time status and perform health monitoring |
localstack-deployer |
Handles infrastructure deployment to LocalStack for AWS environments | - Automatically run CDK, Terraform, and SAM tooling to deploy infrastructure locally- Enable parameterized deployments with variable support- Process and present deployment results- Requires you to have cdklocal, tflocal, or samlocal installed in your system path |
localstack-logs-analysis |
Analyzes LocalStack for AWS logs for troubleshooting and insights | - Offer multiple analysis options including summaries, errors, requests, and raw data- Filter by specific services and operations- Generate API call metrics and failure breakdowns- Group errors intelligently and identify patterns |
localstack-iam-policy-analyzer |
Handles IAM policy management and violation remediation | - Set IAM enforcement levels including enforced, soft, and disabled modes- Search logs for permission-related violations- Generate IAM policies automatically from detected access failures- Requires a valid LocalStack Auth Token |
localstack-chaos-injector |
Injects and manages chaos experiment faults for system resilience testing | - Inject, add, remove, and clear service fault rules- Configure network latency effects- Comprehensive fault targeting by service, region, and operation- Built-in workflow guidance for chaos experiments- Requires a valid LocalStack Auth Token |
localstack-cloud-pods |
Manages remote LocalStack Cloud Pods for development workflows | - Save current state as a Cloud Pod- Load previously saved Cloud Pods instantly- Delete Cloud Pods from remote cloud-backed storage- Use this for managed remote state snapshots, not local export/import files- Requires a valid LocalStack Auth Token |
localstack-state-management |
Manages local file-based LocalStack state export/import workflows | - Export LocalStack state to a local file on disk through the LocalStack State REST API- Import LocalStack state from a local file- Inspect current LocalStack state as JSON metamodel data- Reset all state or only selected services- Supports service-level granularity for export, reset, and inspect- Use this for local disk workflows; use Cloud Pods for remote cloud-backed snapshots- Requires a valid LocalStack Auth Token |
localstack-extensions |
Installs, uninstalls, lists, and discovers LocalStack Extensions | - Manage installed extensions (list, install, uninstall) inside the running container- Browse the LocalStack Extensions marketplace (available)- Requires a valid LocalStack Auth Token |
localstack-ephemeral-instances |
Manages cloud-hosted LocalStack Ephemeral Instances | - Create temporary cloud-hosted LocalStack instances and get an endpoint URL- List available ephemeral instances, fetch logs, and delete instances- Supports lifetime, extension preload, Cloud Pod preload, and custom env vars on create- Requires a valid LocalStack Auth Token |
localstack-aws-client |
Runs AWS CLI commands inside the LocalStack for AWS container | - Executes commands via awslocal inside the running container- Sanitizes commands to block shell chaining- Auto-detects LocalStack coverage errors and links to docs |
localstack-azure-client |
Runs Azure CLI (az) commands against the LocalStack for Azure emulator |
- Runs the Azure CLI installed on your machine with its own profile, never your Azure login- Blocks shell syntax and commands that would change the profile, install software or never end- Uses the extensions you installed with az extension add- Requires the Azure CLI and a valid LocalStack Auth Token |
localstack-aws-replicator |
Replicates external AWS resources into a running LocalStack instance | - Start single-resource replication jobs with a resource type and identifier or ARN- Start batch replication jobs, such as SSM parameters under a path prefix- Poll job status by job ID and list existing jobs- List resource types supported by the running Replicator extension- Reads source AWS credentials from the MCP server environment and supports optional target account or region overrides |
localstack-app-inspector |
Inspects LocalStack application traces, spans, events, and IAM evaluations | - Enable or disable App Inspector for the running LocalStack instance- List and inspect traces to understand AWS service-to-service flows- Drill into spans, events, payload metadata, and IAM policy evaluation events- Filter by service, region, operation, resource, ARN, status, and time range- Requires a valid LocalStack Auth Token and the App Inspector feature in the connected LocalStack license |
localstack-docs |
Searches LocalStack documentation through CrawlChat | - Queries LocalStack docs through a public CrawlChat collection- Returns focused snippets with source links only- Helps answer coverage, configuration, and setup questions without requiring LocalStack runtime |
localstack-snowflake-client |
Runs SQL against the LocalStack Snowflake emulator through the snow CLI |
- Execute SELECT, DDL (CREATE/DROP), DML (INSERT/UPDATE/DELETE), and SHOW/DESCRIBE statements from a query string or a .sql file- Check the Snowflake connection before running queries- Set optional database, schema, warehouse, and role context per query- Requires the Snowflake CLI (snow) and a valid LocalStack Auth Token |
Prompts
Prompts are user-selected workflow templates exposed by MCP clients as slash commands or quick actions. They frame multi-step LocalStack tasks so the assistant follows the same phases, evidence requirements, and reporting format every time.
| Prompt Name | Description | Arguments |
|---|---|---|
infrastructure-tester |
Deploys an IaC project to LocalStack, validates declared resources with live AWS probes and App Inspector evidence, then writes and runs deterministic integration tests. | iac_path (required), iac_type, test_language, test_framework, mode, services_focus, user_focus |
Installation
Set up with the wizard (recommended)
The fastest way to install the MCP server is the interactive setup wizard:
npx -y @localstack/localstack-mcp-server init
The wizard:
- lets you choose how to run the server (
npxon your machine, or the self-contained Docker image), - checks the prerequisites (Node.js, Docker) and tells you how to fix anything missing,
- picks up your
LOCALSTACK_AUTH_TOKENfrom the environment, or asks for it, - lets you pass extra LocalStack config (e.g.
DEBUG=1,PERSISTENCE=1), - detects your installed MCP clients (Cursor, Antigravity, Claude Code, Claude Desktop, VS Code, Codex, OpenCode, Amazon Q CLI) and writes the right configuration for each one you select.
It can also run fully non-interactively, e.g. in dotfiles or scripts:
npx -y @localstack/localstack-mcp-server init --method npx --client cursor,claude-code --yes
To remove the server from your clients again:
npx -y @localstack/localstack-mcp-server remove
Run npx -y @localstack/localstack-mcp-server init --help for all options.
Prerequisites
- Docker installed and running. The MCP server manages the LocalStack container directly through the Docker API.
cdklocal,tflocal, orsamlocalinstalled in your system path if you want to deploy CDK, Terraform, or SAM projects- Snowflake CLI (
snow) installed in your system path if you want to use the Snowflake tool - Azure CLI (
az) installed in your system path if you want to use the Azure tool (see docs/AZURE.md) - A valid LocalStack Auth Token configured as
LOCALSTACK_AUTH_TOKEN(required for all MCP tools) - Node.js v20 or higher installed in your system path
Run with npx
Add the following to your MCP client's configuration file (e.g., ~/.cursor/mcp.json). This configuration uses npx to run the server, which will automatically download and install the package if needed. The server manages LocalStack through your Docker daemon; any deployment CLIs used by tools run from your host PATH.
{
"mcpServers": {
"localstack": {
"command": "npx",
"args": ["-y", "@localstack/localstack-mcp-server"],
"env": {
"LOCALSTACK_AUTH_TOKEN": "<YOUR_TOKEN>"
}
}
}
}
All LocalStack MCP tools require LOCALSTACK_AUTH_TOKEN to be set. You can get your LocalStack Auth Token by following the official documentation.
Run from source
If you installed from source, change command and args to point to your local build:
{
"mcpServers": {
"localstack": {
"command": "node",
"args": ["/path/to/your/localstack-mcp-server/dist/cli.js"],
"env": {
"LOCALSTACK_AUTH_TOKEN": "<YOUR_TOKEN>"
}
}
}
}
Run with Docker
The localstack/localstack-mcp-server Docker image bundles Terraform/tflocal, CDK/cdklocal, SAM/samlocal, and the Snowflake CLI. The only required host dependency is Docker. The container uses the mounted Docker socket to run LocalStack as a sibling container on the host; state lives in a named Docker volume (localstack-mcp) unless LOCALSTACK_VOLUME_DIR points at a host directory.
If you use the deployer tool with local Terraform, CDK, or SAM projects, bind-mount those project paths into the MCP container and pass the in-container path to the tool. The simplest convention is to mount projects at the same absolute path they use on the host.
{
"mcpServers": {
"localstack": {
"command": "docker",
"args": [
"run",
"-i",
"--rm",
"-v",
"/var/run/docker.sock:/var/run/docker.sock",
"--add-host",
"host.docker.internal:host-gateway",
"--add-host",
"s3.host.docker.internal:host-gateway",
"--add-host",
"snowflake.localhost.localstack.cloud:host-gateway",
"-e",
"LOCALSTACK_AUTH_TOKEN",
"-e",
"LOCALSTACK_HOSTNAME=host.docker.internal",
"-v",
"/Users/you/projects:/Users/you/projects",
"localstack/localstack-mcp-server:latest"
],
"env": { "LOCALSTACK_AUTH_TOKEN": "<YOUR_TOKEN>" }
}
}
}
See docs/DOCKER.md for the run command, MCP client config, IaC project mounts, CDK notes, and troubleshooting.
Perguntas sobre o MCP LocalStack
Como adiciono o MCP LocalStack ao Claude Code?
Execute claude mcp add --env LOCALSTACK_AUTH_TOKEN=<YOUR_LOCALSTACK_AUTH_TOKEN> --env AWS_ACCESS_KEY_ID=<YOUR_AWS_ACCESS_KEY_ID> --env AWS_REPLICATOR_SOURCE_AWS_ACCESS_KEY_ID=<YOUR_AWS_REPLICATOR_SOURCE_AWS_ACCESS_KEY_ID> --env AWS_REPLICATOR_SOURCE_AWS_SECRET_ACCESS_KEY=<YOUR_AWS_REPLICATOR_SOURCE_AWS_SECRET_ACCESS_KEY> --env AWS_REPLICATOR_SOURCE_AWS_SESSION_TOKEN=<YOUR_AWS_REPLICATOR_SOURCE_AWS_SESSION_TOKEN> --env AWS_SECRET_ACCESS_KEY=<YOUR_AWS_SECRET_ACCESS_KEY> --env AWS_SESSION_TOKEN=<YOUR_AWS_SESSION_TOKEN> localstack-mcp-server -- npx -y @localstack/localstack-mcp-server no seu terminal. Adicione --scope user para torná-lo disponível em todos os projetos.
Como adiciono o MCP LocalStack ao Cursor?
Abra ~/.cursor/mcp.json e adicione o servidor em mcpServers, usando a configuração do Cursor mostrada na seção de instalação acima.
Preciso de um token de autenticação para usar as ferramentas?
Sim, todas as ferramentas fornecidas por este MCP server exigem um LocalStack Auth Token.
Posso implantar infraestrutura usando Terraform ou CDK?
Sim, o servidor gerencia a implantação de infraestrutura para ambientes AWS usando CDK, Terraform e SAM.