Keep your agent aware of your
subscriptions
.
Give your AI assistant its own private read-only email. Feed it knowledge by simply CC'ing it, or route noisy newsletters directly to your agent so it can synthesize daily reports while keeping your personal inbox clean.
Agents only see what you allow
Never grant an LLM full access to your personal inbox. Just add your agent email to CC on relevant threads. It learns the context without any risk of reading private emails or sending unauthorized replies.
Zero newsletter clutter
Sign up for industry blogs, digests, and release notes using your agent's address. Your main inbox stays clutter-free, while your agent reads everything and delivers a distilled morning brief.
How it works
Sign In with Google
Authenticate instantly using your existing Google account at mail.i2b9e.com.
Get Agent Address
Your dedicated inbound address (your-agent@i2b9e.com) is ready immediately.
Connect via MCP
Add the read-only connector to Claude Desktop, Cursor, or your autonomous script.
What builders say
Used by AI developers & knowledge workers
Best workflow discovery of the week: CC'ing my @i2b9e agent on PR updates & client briefs. Claude Desktop picks it right up via MCP. Since sending is disabled by design, zero hallucination nightmares.
Moved all 40+ Substack & tech newsletters to my AgentInbox address. Inbox Zero is finally real. Cursor summarizes top takeaways across all feeds every morning at 8:00 AM.
I refused to give OAuth full Gmail permissions to third-party agents. AgentInbox solves this cleanly: selective CC only. Agent knows strictly what I feed it.
Setting up took literally 45 seconds. Logged in, grabbed the address, pasted the MCP snippet into Claude config. Works like a charm and it's completely free.
{
"mcpServers": {
"i2b9e-mail": {
"url": "https://api.mail.i2b9e.com/mcp",
"headers": {
"Authorization": "Bearer YOUR_AGENT_TOKEN"
}
}
}
}Available tools: list_aliases, create_alias, send_email, list_threads, get_thread, get_attachment, delete_thread, delete_message. Supports both read and write operations.