Amfibian™Digital Twin for Semiconductor Process Control
Transform process expertise and fab data into production-ready models for virtual metrology and closed-loop process control
How Amfibian Works
Virtual Metrology
Predict wafer results before measurement
Estimate key process outputs in real time
Enable control decisions without waiting for metrology
Reduce feedback delay in production
Run-to-Run Control
Automatically adjust process parameters
Optimize recipe parameters run by run
Correct drift across chambers and consumables
Maintain stable process targets
Digital Twin Simulation
Validate control strategies before production
Simulate process behavior under real fab
Test control logic safely offline
Identify risks before deployment
Core Capabilities
Handle Drift
Stay stable across chambers
Work with noisy data
Production-Ready
Fit real fab structures
Run continuously
Prove Offline First
Replay before production
Surface risks early
Safe by Design
Minimize production risk
Roll out conservatively
24/7 Autonomous Control
Detect drift automatically
Cut manual tuning
Scale Across the Fab
Go from one tool to many
Expand without disruption
What you get with Amfibian
Build control models in minutes ⚡
Prove it before production 🔬
Reduce process variation 🎯
Consistent across tools and shifts 🔄
Reduce reliance on scarce experts 🧠
Each engineer covers more of the fab 🚀
Explore Enterprise Pricing
ROI Analysis
NEWS
More2026-10-02
[In-depth Interview] Amously CEO Seung-cheon Choi: "Preserving Expert Experience for the Manufacturing Floor"
"When the problem-solving methods of a single brilliant engineer are transformed into software, they can be utilized by more people and scaled across various tools and processes."
2026-08-20
Compressing High-Capacity 3D Data by 95%... Validating Development Models for Semiconductor Manufacturing Processes
A startup's technology, which leverages AI to enhance efficiency in industrial sites, is gaining significant attention.
2026-08-19
Turning the Dream Factory into Reality: What We Built After Leaving SK hynix
I realized that the theories learned in school are rarely applied on the actual production floor. Everyone seemed to take that for granted. Why doesn't great knowledge spread to the actual field? This question never left my mind.
About
MoreTurn expert-level process decision-making into production-grade software, so advanced manufacturing can scale despite workforce decline
Born as an SK hynix in-house venture,
built and proven in production
