Your AI agent gets its own scheduling superpower
Connect your calendars. Your AI agent sees your full picture — across Google, Outlook, and iCloud — and handles scheduling autonomously. No more back-and-forth, no double-bookings.
Your calendars are scattered. Your AI agent is blind.
Google for work, Outlook for the enterprise client, iCloud for personal. Your AI agent can't see all three — so it can't find your real free times, can't prevent conflicts, and can't schedule autonomously.
Without Temporal Cortex
- ✕ Manual email ping-pong to find a time
- ✕ Agent only sees one calendar at a time
- ✕ Double-bookings across work and personal
- ✕ Timezone math errors and missed meetings
With Temporal Cortex
- ✓ Agent handles scheduling end-to-end
- ✓ Unified view across all your calendars
- ✓ Atomic booking prevents double-bookings
- ✓ Deterministic timezone and recurrence math
How does it work?
Three steps to give your AI agent full scheduling capabilities.
Connect your calendars
Link Google Calendar, Outlook, and iCloud in 30 seconds. Temporal Cortex merges availability across all of them into a single unified view.
Your agent sees your full picture
Your AI agent knows your true availability across every calendar. It finds real free times, handles recurring events correctly, and respects your working hours.
People book you without the back-and-forth
Share your Temporal Link and anyone can book time with you. Your agent prevents conflicts automatically with atomic booking — no double-bookings, ever.
What can your agent do with Temporal Cortex?
Find real free times across all calendars
No more toggling between Google, Outlook, and iCloud to check availability. Your agent sees everything and finds slots that actually work.
Prevent double-bookings automatically
Atomic booking with Two-Phase Commit means your agent locks the slot, verifies no conflicts, then books. If anything fails, it rolls back. No race conditions.
Share your availability via Temporal Links
Send a single link and anyone can book time with you — even if they don't have an AI agent. No account required on their end.
Handle timezone math and recurring events correctly
LLMs get timezone and recurrence math wrong up to 87% of the time. Temporal Cortex uses a deterministic engine — same input always produces the correct output.
Set up in 30 seconds
Add this to your AI agent's MCP configuration and restart.
// Claude Desktop: claude_desktop_config.json
// Cursor/VS Code: .vscode/mcp.json
{
"mcpServers": {
"temporal-cortex": {
"command": "npx",
"args": ["@temporal-cortex/cortex-mcp"]
}
}
}Or install from terminal:
Works with any MCP-compatible agent
Simple pricing
Starter
$0
Free forever
- ✓ All scheduling features
- ✓ Unlimited calendars
- ✓ 20 bookings/month
- ✓ Share your Temporal Link
Pro
$19/mo
Unlimited scheduling
- ✓ Everything in Starter
- ✓ Unlimited bookings
- ✓ Priority email support
Frequently asked questions
How is this different from Calendly or other booking tools?
Calendly requires the other person to use Calendly's interface. Temporal Cortex gives your AI agent the scheduling capability directly — your agent handles the back-and-forth, finds free times across all your calendars, and prevents double-bookings. You can also share a Temporal Link for people to book you without having an agent.
Which AI agents does Temporal Cortex work with?
Any MCP-compatible AI agent, including Claude Desktop, Cursor, VS Code Copilot, Windsurf, Zed, OpenClaw, and Manus. It also works with LangGraph, CrewAI, and OpenAI Agents SDK via the REST API.
Do I need to be technical to use Temporal Cortex?
You need to be comfortable adding a line to your AI agent's configuration file. If you use Claude Desktop, Cursor, or VS Code, it's a 30-second setup — paste the config JSON and restart your agent.
Can Temporal Cortex see or modify my calendar without permission?
No. You explicitly connect each calendar via OAuth, and your AI agent only takes actions you instruct it to. Booking rules, content policies, and caller-based restrictions give you full control over what happens on your calendar.