Chip design

Accelerate RTL-to-GDSII cycles

SemiconductorsAnalysisPlanning

What it does

  • Tracks RTL-to-GDSII progress across blocks and flags critical-path slips
  • Surfaces timing, congestion, and DRC regressions the moment they appear
  • Drafts the engineering update with the numbers that changed

How it works

  1. 1Ingests EDA tool reports and run logs
  2. 2Correlates regressions against the last clean run
  3. 3Posts a ranked punch list to the design channel

Works with

Skills

  • Timing-regression triage
  • DRC summary
Deployment contract

What goes in, what comes out, and where people review.

Inputs

The systems and standard your team chooses

  • Runbook, source material, and definition of done
  • Records from GitHub, Jira, Slack
Outputs

A finished artifact with its work attached

  • Tracks RTL-to-GDSII progress across blocks and flags critical-path slips
  • Surfaces timing, congestion, and DRC regressions the moment they appear
Approvals

Human control at the steps that matter

Choose which steps run automatically and which stop for a named reviewer before deployment.

Evals

Quality measured against your rubric

Score completed runs against accepted examples and task-specific criteria. Review failures with the source trace before changing the runbook or model.

Example result

The result is reviewable, not a black box.

A completed run keeps the task, sources, actions, approvals, and eval result together. Open any step to inspect what happened or send it back with a correction.

RUN
Chip design
Ready for review
  1. Ingests EDA tool reports and run logs
    Source trace saved
  2. Correlates regressions against the last clean run
    Source trace saved
  3. Posts a ranked punch list to the design channel
    Output prepared
Rubric score, sources, and action log travel with the result

Deploy in days, not months.

Request demo