What problem does it solve? Teams building LLM-powered systems often waste effort on tasks unsuited to language models, over-engineered tool scaffolding, and unbudgeted token costs. This Skill provides a decision methodology for validating task-model fit, structuring multi-stage pipelines, and estimating costs before writing production code. ## Core Features & Use Cases - Task-Model Fit Validation: Checklists and a manual prototype step to decide whether an LLM is the right primitive before any automation is built. - Pipeline Architecture Patterns: A canonical acquire-prepare-process-parse-render structure with file-system state management, idempotent stages, and a runnable Python template. - Cost and Scale Estimation: Token-based cost formulas with buffers, plus guidance on single-agent versus multi-agent architecture choices. - Use Case: Before building a batch job that grades 1,000 support tickets with an LLM, use this Skill to validate the task manually, estimate the dollar cost, and scaffold a staged pipeline with caching and retry logic. ## Quick Start Ask the agent to evaluate whether your task fits an LLM and design a staged batch pipeline with a cost estimate using the project-development methodology.