Macro photography of laser refraction through a silicon-photonic chip, sharp orange laser beam cutting through glass micro-channels, dark obsidian background, low-key cleanroom lighting.
Macro photography of laser refraction through a silicon-photonic chip, sharp orange laser beam cutting through glass micro-channels, dark obsidian background, low-key cleanroom lighting.
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■ PHYSICAL-LAYER BREAKTHROUGH

Computing at the speed of light

AARUNI bypasses the thermal ceiling of traditional silicon. We route foundational AI workloads through photonic integrated circuits, delivering high-throughput optical compute built from the physical layer up.

Extreme close-up of a silicon-photonic wafer under yellow cleanroom light, microscopic optical paths etched onto silicon, technical grid pattern.
Extreme close-up of a silicon-photonic wafer under yellow cleanroom light, microscopic optical paths etched onto silicon, technical grid pattern.
THERMAL LIMITS BYPASSED

Refractive computing architecture

Calculations routed through glass.

Traditional copper interconnects generate unsustainable heat under LLM training loads. By replacing electrons with photons, our architecture processes matrix math instantly with near-zero thermal dissipation.

This is not a speculative paper. Our co-designed hardware and software stack is operational in our Toronto cleanroom, engineered specifically for hyperscale infrastructure.

TECHNICAL SPECIFICATIONS

Engineered for AI workloads

100x

0.1W

1:1

THROUGHPUT DENSITY
PER TERAFLOP
CO-DESIGNED STACK

Optical routing enables massive parallel matrix multiplication across a single photonic integrated circuit without data bottlenecks.

Bypassing electronic resistance cuts thermal output to negligible levels, eliminating the cooling overhead of traditional server racks.

Custom driver software maps neural network layers directly onto physical optical paths, minimizing compiler translation latency.

SECURE EARLY ACCESS

Request physical integration

We are partnering with select hyperscalers and research institutions for early cleanroom deployments. Secure your place in the upcoming hardware trials.