Automation Engine
Connect workflows and let the system run itself
The Automation Engine is the orchestration layer that connects agents, knowledge, and publishing into repeatable workflows. Define a process once and let RVOS execute it autonomously, on schedule or on trigger.
What it does
Most knowledge work is repetitive. You research similar topics, write similar formats, follow similar production steps. The Automation Engine lets you capture these patterns as reusable workflows that RVOS can execute autonomously.
An automation is a defined sequence of agent tasks with triggers and conditions. You might automate a weekly content research process, a monthly report generation pipeline, or a triggered response to a specific event. Once defined, the system handles execution.
Automations are not rigid scripts. They are agent-driven workflows that can adapt based on what they find. If research uncovers an unexpected angle, the automation can adjust the writing stage accordingly. The system has judgment, not just instructions.
Why it matters
Reusable workflows
Define a process once and run it as many times as needed. No more repeating the same manual steps.
Trigger-based execution
Automations can run on a schedule, on an event, or on demand. You decide when and how they activate.
Agent-driven adaptation
Automations are not rigid scripts. Agents can adapt based on what they find during execution.
Composable steps
Build complex workflows from simple building blocks. Each step is an agent task that can be reused across automations.
How it works
Trigger system
Automations are activated by time-based schedules, external events, or manual invocation. Multiple triggers can activate the same workflow.
Step orchestrator
Each automation is a sequence of agent tasks. The orchestrator manages context flow between steps and handles conditional branching.
Condition engine
Conditional logic lets automations adapt based on intermediate results. Steps can be skipped, repeated, or rerouted dynamically.
Execution log
Every automation run is logged with inputs, outputs, and timing. You can review what happened and debug failures.