sidequest

You can automate the software development lifecycle by classifying job complexity and routing tasks to specialized handlers. This Skill analyzes scope, clarity, and risk to execute appropriate workflows, from trivial fixes to full epics, returning completed artifacts.

The best way to handle full software epics autonomously is to use an SDLC router that supports multi-model dispatch for research and design phases. It manages context gathering, implementation, and validation, ultimately returning detailed completion artifacts.

Complexity classification in developer workflow automation works by analyzing task scope, clarity, risk, and session requirements. It categorizes jobs into execution levels like Trivial, Base, Deep, or Epic, ensuring efficient resource allocation and routing to appropriate handlers.

Yes, you can use automated task routing for both minor bug fixes and large feature implementation. The Skill directs tasks to specific handlers based on their classified complexity, ensuring efficient resource allocation across the entire software development process.

If an error occurs during autonomous code generation and workflow execution, the Skill includes detailed error handling mechanisms. It manages exceptions during the automated process to ensure stability across the research, design, and implementation phases.

No, the sidequest autonomous SDLC router does not require specific external dependencies to function. It operates independently using its internal scripts, references, and assets to classify job complexity and execute the appropriate development workflows.