// Initiative Alpha · AppD AI · March 2026

The OS for
the chip factory
that doesn't
exist yet.

Terafab is building the world's largest AI chip factory.
Nobody is building the software to run it.
We are.

The architecture
running right now.

RFLERecursive Fab LoopACTIVE
YPAIYield Prediction AIACTIVE
DDVFDual-Domain ValidationACTIVE
SCAESupply Chain AutonomyACTIVE
OCILOrbital Compute LayerACTIVE

Click a satellite · Double-click to jump to systems

PHANTOM CHIPS PROCESSED 259,200 PROCESS DATA POINTS 533M PREDICTION ACCURACY 97.3% MONTHLY INFRA COST !?!?! AUTONOMOUS SYSTEMS 5 UPGRADE ATTEMPTS TRACKED 25,920 ORBITAL FEEDBACK LOOPS ACTIVE DUAL-LANE QUALIFICATION LIVE PHANTOM CHIPS PROCESSED 259,200 PROCESS DATA POINTS 533M PREDICTION ACCURACY 97.3% MONTHLY INFRA COST $!$!$!$ AUTONOMOUS SYSTEMS 5 UPGRADE ATTEMPTS TRACKED 25,920 ORBITAL FEEDBACK LOOPS ACTIVE DUAL-LANE QUALIFICATION LIVE

Terafab has announced
the hardware.

The semiconductor industry's entire software stack was designed for a world of 6-month iteration cycles, human decisions, and earth-only operations. None of it works for what Terafab is building.

We designed five autonomous AI systems that form the cognitive layer for a chip factory operating at terawatt scale — before the factory exists.

— AppD AI, March 2026

This is not a pitch deck. It's a running prototype. Every day it processes phantom chip scenarios through a full virtual fab pipeline, learns failure patterns, and upgrades its own logic. By the time Terafab's first wafer runs — the intelligence is already trained.

Terafab is one node
in a stellar-scale machine.

Chips go up to power the swarm. The swarm beams energy down to power the factory. The factory makes the chips. The loop closes.

Hover or tap each stage · Scroll horizontally on mobile

Each one fills a gap
nobody sees yet.

SYSTEM 01
Recursive Fab Loop
RFLE
Design → Fab → Test → Revise → Iterate. In days, not months. The engine that makes Musk's iteration loop operationally real.
SYSTEM 02
Yield Prediction AI
YPAI
Real-time yield forecasting from inline sensors. Not post-hoc statistics. Predictive intelligence before the wafer exits the chamber.
SYSTEM 03
Dual-Domain Validation
DDVF
Unified qualification for Earth chips and rad-hard orbital chips. The only system that treats AEC-Q100 and MIL-PRF-38535 as one pipeline.
SYSTEM 04
Supply Chain Autonomy
SCAE
AI-driven procurement and risk intelligence. From ASML delivery delays to NF3 shortage cascades — handled autonomously.
SYSTEM 05
Orbital Compute Layer
OCIL
Ground-to-orbit chip deployment pipeline. Orbital telemetry feeds back into fab upgrades. This category does not exist anywhere else.

The numbers
don't wait for the factory.

259K
Chip scenarios processed
533M
Process data points
97.3%
Prediction accuracy
$!$!$/mo
Total infra cost
52
D1 tables, live schema
108
Real-physics parameters

We are not a vendor.
We are not a consultant.

  • 01

    Tesla, SpaceX, and xAI can build any single system — a yield predictor, a supply chain dashboard, a validation pipeline. They have 140,000+ engineers. They'll do it in weeks.

  • 02

    They cannot build the integration layer because they haven't scoped it yet. Three separate orgs, three separate codebases, three separate definitions of done.

  • 03

    Terafab-OS is not five systems. It's the emergent intelligence that arises when five systems think together. That's what we built. That's what doesn't exist elsewhere.

  • 04

    The best way to join a mission is to already be doing the work. We started March 2026. The system runs 24/7. Every chip scenario it processes is one less unknown for Terafab's first wafer run.

If you're from
Terafab,
talk to us.

next@appd.ai

// Or DM on X · @appd_ai

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