skraft-difficulty-routing

To evaluate pipeline difficulty and route software development tasks, you assess project complexity to set an appropriate execution model and establish a strictness depth tier for quality control. This ensures tasks match project criteria and security invariants.

Pipeline depth tier setting establishes the strictness level within a repository for quality control and execution. You need it when configuring software development pipelines to enforce specific security invariants and quality assurance protocols.

To detect upstream handoffs in an HVE system pipeline, you evaluate the handoff status at the start of the pipeline. This identifies when an HVE handoff provides a triaged backlog, allowing you to skip redundant tasks like the DISCOVER phase.

Yes, you can skip the DISCOVER phase when an HVE handoff already provides a triaged backlog and a calculated sprint. The Skill detects these upstream handoffs to avoid redundant tasks and streamline the pipeline execution model.

Yes, this pipeline routing approach requires analyzing project artifacts to evaluate complexity and depth accurately. It also mandates strict adherence to security and quality assurance invariants during the handoff detection and execution configuration process.

A limitation of using complexity tiers for pipeline routing is that accurate evaluation depends entirely on analyzing available project artifacts. Without proper handoff detection, you risk executing redundant tasks or bypassing strict security and quality invariants.