Requirements
EVOLVING Spec
From assumptions to agreed requirements.
Every requirement gets scanned against what's already there: from existing requirements, dependencies to hardware limits in your datasheets. Gaps and conflicts show up before you build. You get a draft to react to, not a blank page. From there you and the people who wrote the spec work on it in one place, instead of exported PDFs, mail threads and phone calls.
You know exactly where the spec doesn't hold. No tolerances on a timing requirement, undefined error behaviour, a timeout that contradicts another requirement.
You're in the conversation, not at the end of it. Whether it's a customer or internal stakeholders, you challenge and adjust the requirements with them instead of receiving the result.
You know you're building the right thing.
Change Impact Radar
See how far a change reaches.
The assistant knows the connections in the project, from code and tests to the last runs on the target. When a requirement changes mid-project, it runs the analysis on its own and tells you what the change affects before anyone starts working on it.
You see what it hits before you touch it. Which modules depend on it, which tests cover it, which timing or memory constraints it runs into. Not a guess, and not you running grep -r across the repo.
It runs on real hardware. The change gets built and validated on the target, so the impact is observed instead of predicted.
When someone asks how long it takes, you have an answer. You know what's affected, what already passed and what didn't. The estimate is yours, but it's based on facts.
A change stops holding up the project.
