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vaemail

vaemail

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README.md
# VaEmail — email infrastructure for AI agents

[![Listed on mcpservers.org](https://mcpservers.org/badge.svg)](https://mcpservers.org/servers/vaemail/vaemail-mcp)

MCP server and CLI for [VaEmail](https://vaemail.fr). Give an agent the ability to
send email, authenticate a sending domain, track delivery and diagnose
deliverability — without a human reading a dashboard in between.

European infrastructure: servers in Germany, sending through Amazon SES Europe.

## Install

```bash
# Claude Code
claude mcp add vaemail --env VAEMAIL_API_KEY=swm_your_key -- npx -y vaemail mcp

# Any MCP client
npx -y vaemail mcp
```

Or as a config block:

```json
{
  "mcpServers": {
    "vaemail": {
      "command": "npx",
      "args": ["-y", "vaemail", "mcp"],
      "env": { "VAEMAIL_API_KEY": "swm_your_key" }
    }
  }
}
```

Check everything is wired up:

```bash
npx vaemail init
```

## Tools

| Tool | What it does |
| --- | --- |
| `vaemail_envoyer_newsletter` | Newsletter to a contact list, in French: resolves the list by name, creates, tests, schedules or sends. No "quand" = draft. |
| `vaemail_ou_en_est_ma_campagne` | Where a campaign stands, in plain sentences: scheduled, sending, sent, opens, clicks. |
| `vaemail_qui_est_abonne` | Lists by folder with subscriber counts, or the lists and status of one address. |
| `vaemail_importer_contacts` | Adds contacts to a list (created if missing). Never re-subscribes an unsubscribed address. |
| `vaemail_capabilities` | What the service supports. No API key needed. |
| `vaemail_send_email` | Queue a transactional email, return its id. |
| `vaemail_validate_email` | Dry run: would this send go out, and what would block it. |
| `vaemail_get_message` | Delivery status and every event for one message. |
| `vaemail_list_messages` | Recent messages, filtered by status, tag or recipient. |
| `vaemail_list_domains` | Sending domains with live SPF, DKIM and DMARC state. |
| `vaemail_create_domain` | Declare a domain, return the DNS records to publish. |
| `vaemail_verify_domain` | Re-read the DNS and report what is authenticated. |
| `vaemail_dns_requirements` | The records a declared domain still needs. |
| `vaemail_diagnose_deliverability` | Why mail is landing badly, with the actions that fix it. |
| `vaemail_list_bounces` | Addresses excluded from sending, and why. |
| `vaemail_get_usage` | Quota, daily cap on the key, what is left. |
| `vaemail_get_audit_log` | What this key has done, to report it accurately. |

## What this is built to prevent

An agent fails differently from a person. It retries, it does not read a
dashboard, and it reports success from a 200. The API is shaped around that:

- **A send is accepted, not delivered.** `vaemail_send_email` returns 202 and an
  id. Only `vaemail_get_message` says what became of it. The tool descriptions
  say so, so an agent does not announce a delivery it cannot know about.
- **Retries do not duplicate.** Pass `idempotency_key` and a repeat call replays
  the first response for 24 hours instead of sending twice.
- **Errors say what to do.** Every failure carries a stable `code`, whether it is
  `retryable`, and the corrective action with the endpoint that performs it.
- **Keys are bounded.** Scopes, a daily send cap, a cap on recipients per email
  and an allow-list of sender domains. An agent cannot spend more than the key
  allows.
- **Every call is logged.** Which key, which operation, which parameters, which
  result — message bodies excluded. Autonomous, but accountable.
- **Human steps are named as such.** Publishing DNS records is one. A record
  whose value still contains a placeholder is flagged `publishable: false`,
  because publishing it would break the domain's authentication.

## CLI

```bash
vaemail init                          # check config, print the MCP snippet
vaemail capabilities                  # what the service can do (no key needed)
vaemail send --to a@b.fr --subject Hi --html '<p>Hello</p>'
vaemail status 42                     # delivery status of a message
vaemail domains:add exemple.fr        # declare a domain, print DNS records
vaemail doctor                        # why is my email not arriving?
vaemail usage                         # quota and remaining allowance
vaemail mcp                           # run the MCP server on stdio
```

Add `--json` to any command for machine-readable output.

## Use it as a library

The same client the MCP server and the CLI run on is exported, so an application
can call VaEmail directly. No dependencies.

```js
import { VaEmail } from 'vaemail';

const client = new VaEmail({ apiKey: process.env.VAEMAIL_API_KEY });

await client.send(
  {
    to: 'customer@example.com',
    subject: 'Your order is on its way',
    html: '<p>Tracking number: 1Z999</p>',
  },
  'order-4711', // idempotency key: safe to replay for 24 hours
);
```

Errors carry what to do next, not just a status code:

```js
try {
  await client.send({ to: 'customer@example.com' });
} catch (error) {
  error.code;        // DOMAIN_NOT_VERIFIED
  error.retryable;   // false
  error.pourAgent(); // reason, corrective action, whether to retry
}
```

Also: `capabilities()`, `health()`, `validate()`, `getMessage()`,
`listMessages()`, `listDomains()`, `addDomain()`, `verifyDomain()`,
`dnsRecords()`, `diagnoseDeliverability()`, `listSuppressions()`, `usage()`,
`auditLogs()`.

A Python SDK with the same surface is available: `pip install vaemail`
(<https://github.com/vaemail/vaemail-python>).

## Environment

| Variable | Meaning |
| --- | --- |
| `VAEMAIL_API_KEY` | Account API key. Created from the dashboard, under « Clés API ». |
| `VAEMAIL_BASE_URL` | API base URL. Defaults to `https://app.vaemail.fr`. |

## Also available

- OpenAPI specification: <https://app.vaemail.fr/openapi.json>
- Capabilities endpoint: <https://app.vaemail.fr/api/v1/capabilities>
- Agent documentation: <https://vaemail.fr/agents>

## Skill and examples

- Agent skill (rules an agent should follow before its first call): `npx skills add vaemail/skills`, source https://github.com/vaemail/skills
- Examples for curl, Node, Python, Claude Code, Codex, OpenAI Agents, LangChain, CrewAI and n8n: https://github.com/vaemail/examples
- Registry entry: `io.github.vaemail/vaemail` (see `server.json`)

## Dependencies

None. Node 18+ for the built-in `fetch`, and nothing else — a package an agent
installs on its own should not pull a dependency tree behind it.

## License

MIT

TDQS

A4.1/5.0

Scored across 13 tools

Disambiguation4/5

Most tools target a distinct resource and action: send, validate, get message, list messages, bounces, usage, audit, domains. The only mild overlap is between vaemail_dns_requirements and vaemail_create_domain, since both return DNS records, but they are separated by stage: one is a general reference and the other acts on a specific newly declared domain.

Naming Consistency4/5

All tools share the vaemail_ prefix and most follow a clear verb_noun pattern such as list_domains, send_email, get_message, create_domain. Two tools, vaemail_capabilities and vaemail_dns_requirements, are noun-only rather than verb_noun, which is a minor deviation but does not create confusion.

Tool Count5/5

13 tools is well within the ideal range and appropriate for a transactional email service. Each tool covers a meaningful part of the workflow: capabilities, domain setup, sending, delivery tracking, bounce management, validation, usage, and diagnostics.

Completeness4/5

The tool surface covers the main transactional email lifecycle: send, validate, track, list, diagnose deliverability, manage domain verification, and review bounces. Minor gaps exist such as no domain removal or bounce management beyond listing, but agents can complete core workflows without dead ends.

Maintenance

ActivityMaintained
ResponsivenessNo issues