brainstorm

To turn a vague 1C development idea into a structured execution plan, use a brainstorming workflow that applies a phased clarification process before planning. It produces a single design and task plan, waits for explicit confirmation, and routes execution by complexity using express, standard, or full modes.

Planning architecture-level sequencing for multiple 1C objects is best handled by a design-heavy brainstorming process. It eliminates scope uncertainty by routing execution based on task ambiguity and count, including subagent-based review for complex cases to ensure deterministic task orchestration.

Yes, you can automate task orchestration for 1C development without per-step permissions by coordinating existing 1C-focused skills. The workflow enforces guardrails like no asking permission per step, enabling autonomous execution for compilation, form editing, and validation.

Route-based execution for ambiguous 1C workflow automation works by selecting express, standard, or full routing modes depending on task count and ambiguity. This prevents rework from poorly sequenced tasks by aligning the design and execution plan before autonomous implementation begins.

No, you do not need completely clear requirements before starting design and planning for 1C objects. The brainstorming process specifically handles unclear requirements by running a phased clarification process before generating the structured design and execution plan.

You should not use automated design and planning for 1C development tasks if the work is simple, lacks design-heavy requirements, or does not involve multiple 1C objects. It is built for architecture-level sequencing and ambiguous requirements rather than straightforward, deterministic coding.