investigate

Root-cause debugging traces symptoms back to their source using a four-phase workflow: investigate, analyze, hypothesize, and implement. This structured approach enforces evidence gathering and scope locking to determine exactly where code failures originate.

Troubleshoot software failures by locking scope and gathering evidence before making changes. A systematic investigation workflow prevents repeat defects by ensuring you analyze reproduction steps and error messages to find the true source before implementing fixes.

Yes, this systematic debugging workflow applies across different codebases, error messages, and reproduction steps. It reads code and uses lightweight tooling to collect evidence, ensuring the four-phase process adapts to various software environments.

Debugging processes often miss the true error source by skipping evidence gathering and hypothesizing. Enforcing a structured root-cause investigation with scope locking ensures you trace symptoms accurately rather than stopping at superficial fixes.

Start a root-cause investigation by initiating a debugging session for the failing component, then follow the investigate, analyze, hypothesize, and implement phases to systematically collect evidence and trace the error to its origin.

You should escalate an issue during root-cause debugging when the four-phase process hits a wall and the tool suggests actionable next steps. It proactively logs findings and offers an option to escalate when necessary.