01PROCESS
Fabrication, re-authored.
A new nanoscale process designed to open a different path through the physical limits of conventional compute.
AI compute / from first principles
We’re buildingan AI superchip.
Powered by a new, proprietary nanoscale fabrication process. Engineered for the next order of machine intelligence.
Enter the stack ↓FABRIC / 01NANOSCALE
STATEPROTOTYPE
01 THE THESIS
Today’s AI is scaling faster than the machines beneath it.
The next leap in intelligence won’t come from software alone.
10⁻⁹
We’re going beneath architecture—into the process that makes architecture possible. Reworking compute at the scale where material becomes machine.
02 THE PROCESS
New constraints demand
a new substrate for ambition.
PROCESS WINDOWEXPLORATION
DEVICE PLANE
INTERCONNECT
COMPUTE FABRIC
SYSTEM
Z / 0.000
PROGRAM STATEPROTOTYPING
02SYSTEM
Architecture, co-designed.
Device, interconnect, memory and compute treated as one system—not isolated optimization targets.
03COMPUTE
Built for AI’s shape.
An accelerator conceived around the movement and transformation of intelligence-scale workloads.
03 THE PROGRAM
From an improbable idea to undeniable silicon.
Pinsaar is in the prototyping phase. Our work is concentrated on the evidence that matters: process viability, device behavior, system architecture, and a credible path to scale.
NOW / ACTIVE
Prove the process
Materials, structures, experiments, iteration.
NEXT
Prove the device
Characterization, repeatability, performance.
THEN
Prove the system
Architecture, workload fit, manufacturability.
THE MANDATE
Do the fundamental work.
Make the future physical.
04 JOIN THE MISSION
Some problems are worth your whole career.
We think this is one of them.