AN EDA AGENT FOR THE ENTIRE DESIGN JOURNEY SPEC TO GDS

A clearer path to silicon.
Evidence at every step.

We're building an EDA agent that carries design intent from specification to GDS and checks every handoff. Engineers own the decisions.

Backed by

NVIDIA
Neotribe
TIME Ventures
Correlation Ventures
Firebolt Ventures
Cirrus Logic

The system

A chip is a chain of decisions. The agent should see the whole chain.

A specification is not a layout recipe. Its intent must survive RTL, synthesis, timing, and layout.

We're building a loop that checks each handoff, traces failures, and proposes bounded fixes. Engineers define acceptance and retain signoff.

See the target workflow
Contract

Make intent executable.

Set behavior, interfaces, constraints, technology, and acceptance gates before optimization.

Action

Change one thing with purpose.

Propose one bounded RTL or flow change. Record why, then test an isolated candidate.

Judgment

Let evidence decide.

Independent checks protect correctness. Comparable PPA results guide the next experiment.

Target workflow

One route forward. Many ways back.

The target loop ties each stage to inputs, checks, and a next action. Failed gates point to the stage that needs correction.

SPEC TO GDS / TARGET WORKFLOWSEQUENCE + FEEDBACK
00 / DEFINE

Specification

Requirements, architecture, interfaces, budgets, target and acceptance contract

OUT / DESIGN CONTRACT
01 / CREATE

RTL + verification

Logic, tests, assertions, lint and functional or formal evidence

OUT / TESTED RTL
02 / MAP

Synthesis

Technology mapping, constraints, netlist and equivalence checks

OUT / MAPPED DESIGN
03 / IMPLEMENT

Physical design

Floorplan → placement → clock tree → routing and extraction

OUT / PHYSICAL DATABASE
04 / REVIEW

GDS + handoff

Layout, reports, open issues and qualified signoff review

OUT / REVIEW PACKET
CONTINUOUS EVIDENCE GATESCheck the artifact. Diagnose the failure. Revise the right stage.

Tool completion, functional correctness, physical qualification, and PPA attainment are separate verdicts. A failed or missing mandatory check blocks acceptance.

AGENT PROPOSES + RUNS BOUNDED EXPERIMENTSENGINEERS OWN ACCEPTANCE + HUMAN SIGNOFF
Engineering experience

Chip tapeout experience behind every review.

Our engineers have led multiple chip tapeouts. That experience shapes the proposed workflow's design reviews and acceptance criteria.

Prior team experience
  • Intel
  • Meta
  • Broadcom
Past team experience, not company partnerships or endorsements.

Design and results review

One candidate. Full evidence.

Review handoff checks beside floorplan, performance, and emulation previews. This is an illustrative review surface, not measured agent output.

DESIGN DECISION FRAMEWORKCONTRACT / ARTIFACT / VERDICT
A finished run is not a passing design.Mandatory checks decide which candidates advance.
HANDOFFEVIDENCE TO CAPTUREREVIEW GATE
Spec → RTLBehavior, tests, interfaces, assumptionsCorrectness
RTL → layoutSource, constraints, libraries, lineageEquivalence
Layout → GDSTiming, power, area, physical checksQualified review
TEAM EXPERIENCE: MEASURED SILICON DATA FROM SUB-5 NM PROCESS TAPEOUTS.
RESULTS PREVIEWILLUSTRATIVE / NO MEASURED VALUES
01 / ARTIFACT

Floorplan

Block geometry, boundaries, routing pressure, and open issues.

02 / ANALYSIS

Performance

Timing, power, and area against the agreed constraints.

03 / TRIALS

Emulation

Workloads, assumptions, and observed system behavior.

Technical evaluation

Start with one bounded design task.

Pick one block and one handoff. Compare the unchanged tool flow, simple search, and agent-guided runs against the same checks and budget. Count every attempt.

  1. 01

    Define the design, technology, stage, and permitted changes.

  2. 02

    Agree on independent checks, PPA metrics, and tool budget.

  3. 03

    Review qualified results, failures, engineer effort, and gaps.