automations

Automations

Rule

Automations are agent-executed tasks that fire in response to events or on a cron schedule. Each automation is a markdown resource under jobs/ with YAML frontmatter describing when and how it fires, and a body containing natural-language instructions the agent follows. Automations extend the recurring-jobs system with event triggers, natural-language condition evaluation, and outbound HTTP via the web-request tool.

The Two Trigger Types

Event triggers can optionally include a condition -- a natural-language string evaluated by Haiku against the event payload before dispatch. If the condition does not match, the automation is skipped.

How It Works

1. User asks the agent to create an automation (or uses the settings UI).
2. Agent calls manage-automations with action=list-events to discover available events.
3. Agent calls manage-automations with action=define to write a jobs/<name>.md resource.
4. The trigger dispatcher subscribes to the event on the bus.
5. When the event fires, the dispatcher loads all matching triggers, evaluates conditions via Haiku, and dispatches matching ones.
6. In agentic mode, the dispatcher runs a full runAgentLoop with the automation body as the prompt and the event payload as context.
7. Status (lastRun, lastStatus, lastError) is written back to the resource frontmatter.

Markdown Format

---
schedule: "0 9 * * 1-5"
enabled: true
triggerType: event
event: calendar.booking.created
condition: "attendee email ends with @example.com"
mode: agentic
domain: calendar
createdBy: user@example.com
runAs: creator
---

Send a Slack message to #sales with the booking details.
Use the web-request tool with ${keys.SLACK_WEBHOOK}.

Frontmatter Fields

Agent Tools

All automation operations are accessed through a single manage-automations tool with an action parameter:

Additional tool: web-request — outbound HTTP with ${keys.NAME} substitution.

The Event Bus

Integrations register events at module load time. The bus validates payloads against Standard Schema definitions and dispatches to subscribers.

import { registerEvent, emit } from "@agent-native/core/event-bus";
import { z } from "zod";

// Register an event type (typically in a server plugin)
registerEvent({
  name: "calendar.booking.created",
  description: "A new calendar booking was created",
  payloadSchema: z.object({
    bookingId: z.string(),
    attendeeEmail: z.string(),
    startTime: z.string(),
  }),
  example: { bookingId: "abc", attendeeEmail: "jane@co.com", startTime: "2025-01-15T10:00:00Z" },
});

// Emit the event (from an action, webhook handler, etc.)
emit("calendar.booking.created", {
  bookingId: "abc",
  attendeeEmail: "jane@co.com",
  startTime: "2025-01-15T10:00:00Z",
}, { owner: "user@example.com" });

Built-in Events

Event Bus API

Condition Evaluator

When an automation has a condition, the dispatcher calls the configured fast/classification model to classify whether the event payload satisfies the condition. This is a yes/no classification, not a generation task. The exact model ID lives in condition-evaluator.ts.

• Empty or missing condition = unconditional (always fires).
• Results are memoized (SHA-256 of condition + payload) with a 5-minute TTL and 500-entry LRU cache.
• Payload is truncated to 4000 characters before sending to Haiku.
• On API failure, the condition evaluates to false (safe default -- skips the automation).

The web-request Tool and Keys

Automations use the web-request tool for outbound HTTP. It supports ${keys.NAME} placeholders in the URL, headers, and body. These are resolved server-side after the agent emits the tool call -- the raw secret value never enters the agent's context.

• Keys are ad-hoc secrets created by the user via the settings UI or the /_agent-native/secrets/adhoc API.
• Each key can have a URL allowlist that restricts which origins the key can be sent to.
• resolveKeyReferences() resolves placeholders, falling back from user scope to workspace scope.
• validateUrlAllowlist() checks the resolved URL against per-key allowlists (origin-level matching).
• Automation definitions, examples, event payloads, and prompts must not hardcode real API keys, webhook URLs, tokens, private Builder/internal data, or customer data. Use ${keys.NAME} and synthetic example.com identities.

UI

Automations appear in the settings panel under an "Automations" section. Users can view, enable/disable, and delete automations from there. Creation typically happens through the agent chat.

Example

User: "When someone books a meeting with a @example.com email, message me in Slack."

Agent flow:

1. Calls manage-automations with action=list-events to find calendar.booking.created.
2. Confirms the plan with the user.
3. Calls manage-automations with action=define:
   • name: slack-on-example-booking
   • trigger_type: event
   • event: calendar.booking.created
   • condition: attendee email ends with @example.com
   • mode: agentic
   • domain: calendar
   • body: Send a Slack message to #sales with the booking details. Use the web-request tool to POST to ${keys.SLACK_WEBHOOK}.

Key Files

Related Skills

• recurring-jobs -- schedule-triggered automations reuse the same scheduler
• secrets -- ad-hoc keys and ${keys.NAME} substitution
• actions -- automations can call any registered action via the agent loop
• delegate-to-agent -- agentic mode runs a full runAgentLoop