INTERFACE DESIGN FOR SEMICONDUCTORS
Engineer the
Interlayer.
Wherever two materials meet inside a chip, a vanishingly thin layer decides how well heat escapes, how well the materials bond, and whether the device can be made at all.
Kamalytics designs that layer by simulation, then proves it on your process.
THE INTERLAYER
The thinnest part of the chip decides the most.
Modern devices are built from materials that were never meant to sit together. At every meeting point, a layer only a few atoms thick determines how the whole device performs.
Today that layer is still found by trial and error. We replace the guesswork with design.
Heat
It controls how freely heat can leave the device.
Bond
It decides whether two unlike materials stay joined.
Survive
It has to withstand growth, stress and years of service.
Manufacture
It has to be something a real process can make.
THE PRODUCT
We sell the recipe, not the software.
Our product is the best interlayer for one interface, delivered as evidence arrives. A fixed price per interface, and a design you can build.
Rank
For your two materials, we rank candidate interlayers and show the risks and trade-offs, so you know which experiments to run first.
Prove
The best interlayer is grown and measured on your own process, against your own baseline and requirements.
License
Once it reproduces, the recipe is yours to license and take into production.
THE ENGINE
Design it in simulation. Prove it in the lab.
Our engine builds candidate interlayers atom by atom and predicts how each one will behave, before anything is grown. It weighs heat flow, adhesion and stability together, applies your process limits, and names the experiments worth running.
Every result feeds back in, so each new interface is faster to solve than the last.
Propose
Build
Predict
Screen
Test
Learn
GET IN TOUCH
Which interface is holding you back?
Tell us about the materials you are joining. A project brief is optional; even just your contact details is enough to start.