DIGITAL HUMAN / SEMICONDUCTOR ENGINEERINGINDUSTRY 02

Design intuition.
Built into your model.

Turn experienced engineers’ judgment into a specialist model, designed to learn and work inside your environment.

Explore your workflow
Analog & mixed-signalSimulation testedYour environment
WORKFLOW IN FOCUSILLUSTRATIVE
FROM INTUITION TO VERIFICATIONILLUSTRATIVE
A layered emerald silicon die with a clear central core and luminous circuit paths forming an optimization loop.
EXPERT HYPOTHESISA targeted change
REAL SIMULATIONTest every constraint
LEARNING SIGNALVerified outcome
An intuition becomes a hypothesis.

The specialist proposes a circuit change from the specification and observed expert reasoning.

Motion reduced
THE SENIOR ENGINEER’S LOOP

The typing is trivial. Knowing what the simulator will say is the twenty years.

01

Read the specification

Read the performance targets and the trade-offs between them.

02

Form a hypothesis

Choose a circuit change and predict its effect.

03

Run the testbench

Test every target and see what improved or broke.

04

Diagnose and iterate

Use the results to guide the next attempt.

Begin with the targets and the trade-offs between them.

Explore each step
HEAD-TO-HEAD, BOUNDED AND CHECKABLE

The specialist-led system won 9 of 10 comparisons.

The model learns from expert attempts and their results. Proposals face design-rule checks and real simulation. In this evaluation, a frontier model helped when the specialist stalled. Wins ranked targets met first, then external tokens as a tiebreaker.

DESIGN PARTNER BENCHMARK

Run with a named partner engagement. Internal and not independently audited.

ACTUAL HELD-OUT CIRCUITSAUGUST 2026
DESIGN TARGETS MET11/11

All 11 targets satisfied. The frontier baseline satisfied seven.

Specialist-led system11/11
Frontier baseline7/11
TOTAL TOKENS TO BEST DESIGN
243kSpecialist-led
429kFrontier baseline

The evaluated system permitted frontier fallback when progress stalled. Company-reported simulator evaluation; equal iteration budgets. Total tokens and external billed tokens are different measures.

HELD-OUT CIRCUITS
DESIGN PARTNER BENCHMARK

Run with a named partner engagement. Internal and not independently audited.

Design targets met
Digital Human136
Frontier baseline124
Full-spec convergence
Digital Human6 / 10
Frontier baseline3 / 10
9 of 10

held-out circuits won head to head

DESIGN PARTNER BENCHMARK

Run with a named partner engagement. Internal and not independently audited.

136 / 146

design targets met, versus 124

DESIGN PARTNER BENCHMARK

Run with a named partner engagement. Internal and not independently audited.

6 vs 3

full-spec convergence

DESIGN PARTNER BENCHMARK

Run with a named partner engagement. Internal and not independently audited.

SOVEREIGNTY IS THE PRODUCT

Designed for your own environment.

Using external AI can expose sensitive circuit data and add usage costs with every attempt. Both matter in semiconductor design.

The goal is to run the full design and testing loop in your environment. The reported evaluation still used a frontier fallback; four of ten circuits needed no external model call.

WHAT COMPOUNDS

Expert work becomes an owned engineering asset.

01

Expertise that stays

Preserve how experts test ideas, interpret results and recover from mistakes.

02

Your boundary, your model

Designed to keep the full loop where your circuit data lives.

03

More predictable costs

Running your own specialist is intended to reduce reliance on external, usage-based AI.

04

Learning that builds

Verified attempts provide examples for the next training cycle.

DESIGN PARTNER PROGRAM

Capture the engineer’s loop before it leaves the building.

Start with one expert, one circuit family and unseen test circuits you control.

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