One EM reality, two infrastructures
Why MetaRadio is one company, not two — four shared capabilities that power both the digital world (Lauraycs/MetaRadio) and the physical world (Liquid RF).
01
Electromagnetic Worldview
From Maxwell’s equations to engineering-grade ray tracing — turning invisible waves into knowable, measurable, predictable engineering objects.
Deterministic ray tracing SBR / Image / UTD600 MHz – 325 GHz single engineProvable 3GPP TR 38.901 consistency
Powers both Lauraycs / MetaRadio and Liquid RF
02
GPU-Accelerated Stack
Bringing EM computation onto the GPU — zero-copy VRAM, a single engine to 325 GHz, so simulation and the terminal runtime share one accelerated base.
GPU CUDA / OptiX accelerationZero-copy VRAM-level synergyTypically 10–100× over CPU
Powers both Lauraycs / MetaRadio and Liquid RF
03
AI-Native Methodology
Writing PHY / MAC as trainable models — OTA evolution, staged rollout, safe rollback — so communication iterates like software.
Trainable PHY / MACOTA evolution & versioningStaged rollout + safe rollback
Powers both Lauraycs / MetaRadio and Liquid RF
04
The Data Flywheel
Open datasets + open training pipelines + open benchmarks — simulate, run on terminals, feed back the twin; each turn closer to reality.
Open datasetsReproducible training pipelinesUnified benchmarks
Powers both Lauraycs / MetaRadio and Liquid RF