Control when your Robots run — on a fixed clock, continuously in the background, or on demand. ## Work modes Every Robot has a **Work mode** that determines how it's triggered. You set this in the Robot's **Basic** tab. | Mode | How it runs | Best for | |------|-------------|----------| | **Autonomous** | On a schedule or event trigger | Recurring jobs: daily reports, hourly monitors, scheduled processing | | **On Demand** | You kick it off manually each time | Jobs you want to control precisely — or test before automating | --- ## Scheduled execution When work mode is **Autonomous**, open the Robot's **Schedule** tab to configure when it runs.  There are three modes: **At Specific Times** — run at a fixed time: daily at 08:00, every Monday at 09:00, or any other clock-based schedule. Choose the day(s) and time, and the Robot fires at that moment each cycle. **At Regular Intervals** — run every N minutes, hours, or days. Set the number and unit (e.g. every 2 hours), and the Robot runs on that cadence continuously. Good for monitors and processors that need to check in frequently. **Continuous** — the Robot starts a new run immediately after the previous one finishes, with no gap. Use this for agents that should always be active. **Timezone** — all schedule times are interpreted in the timezone you set here. Pick the timezone that matches where your data or audience is, not necessarily where the machine is running. > 💡 Results are sent to the manager (Reports to) by default. To add more recipients, configure them in the **Advanced** tab. --- ## Continuous mode Set the interval to **Continuous** and the Robot runs in a loop without stopping — each run begins immediately after the previous one finishes. Use continuous mode for: - Live monitors that watch for incoming data - Inbox processors that should always be ready - Background agents that respond to events as they arrive > ⚠️ Continuous mode can be resource-intensive. Make sure the Robot's pipeline is efficient and its AI Task Agents aren't doing unnecessary work on each cycle. --- ## Manual triggers Any Robot can be triggered manually from the Mission Control dashboard, regardless of its schedule. Open the Robot and click **Assign Task**. A panel slides in on the right where you describe what you want done.  Type your task description and send it. Robot Host reads it, summarizes the goal back to you, and asks you to confirm before the pipeline starts.  Once you confirm, the pipeline runs immediately. This is useful when the job changes each time, or when you want to review the goal before committing. --- ## Webhook triggers Each Robot exposes a Webhook URL you can call from an external system. When the Webhook receives a request, the Robot runs immediately. Find the Webhook URL in the Robot's **Integrations** tab under **API Access**. The endpoint is OpenAI-compatible — you can call it with any OpenAI SDK by treating the Robot like a model. Common Webhook use cases: - Trigger a Robot when a new file lands in a folder (via a file watcher) - Run a report when a customer submits a form - Start a task from a Slack command or external automation --- ## What's next - [Progress & Results](/docs/en-us/mission-control/progress-and-results) — monitor runs and access deliverables - [Execution Pipeline](/docs/en-us/mission-control/execution-pipeline/pipeline-overview) — understand what happens inside the pipeline when a Robot runs
Scheduling & Triggers
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