As missions progress through their defined phases, there are moments where human input is needed to ensure accuracy and alignment. Genesis makes these interaction points clear and predictable, pausing the workflow at the appropriate step and requesting the required information before continuing.
When a mission reaches a phase that requires additional details, Genesis marks the step with a clear indicator. Engineers can review the thread to understand exactly what is being requested. In this case, the mission has completed its initial setup and moved from phase zero into phase one, where several specific inputs are needed.
Genesis outlines the items required for the next phase and waits for confirmation. These requests often relate to data sources, business rules, or configuration details that cannot be inferred automatically.
Engineers can supply the requested materials directly through the interface. This may include structured documents, configuration guides, or references that define how the workflow should proceed. Genesis accepts the file, attaches it to the mission, and incorporates its contents into the ongoing execution.
Before receiving any inputs, Genesis begins by establishing the initial structure of the mission based on the selected Blueprint. When the agent reaches a step that relies on user-provided requirements, the mission pauses automatically. Once the information is submitted, the workflow resumes and continues building out the remaining steps.
After the input is submitted, Genesis ingests the contents and displays an internal version of the file for review. In this example, the document lists the files that need to be loaded, their origins, and the guidelines for shaping the silver and gold layers. Combined with the Blueprint’s defined phases and actions, this becomes enough context for the agent to determine how the data should be modeled and loaded into Snowflake.
By blending automated execution with structured human guidance, Genesis ensures that missions remain accurate, controlled, and fully aligned with the intended outcome without requiring engineers to oversee every step.
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