Extreme macro close-up of a silicon-photonic wafer, sharp amber laser beam refracting through microscopic glass channels, low-key directional cleanroom lighting, dark obsidian background.
Extreme macro close-up of a silicon-photonic wafer, sharp amber laser beam refracting through microscopic glass channels, low-key directional cleanroom lighting, dark obsidian background.
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/ AARUNI CLEANROOM

Refractive compute architecture

We are bypassing the thermal limits of silicon. At Aaruni, we design custom photonic integrated circuits and co-designed software stacks to run AI workloads at the speed of light.

ACTIVE VECTORS

Cleanroom engineering roles

We build physical systems, not speculative papers. Join a highly capitalized team in Toronto working at the intersection of deep physics and foundational AI architecture.

HARDWARE
SOFTWARE
SYSTEMS

Photonic IC Designer

Compiler Architect

Cleanroom Engineer

Lead the architecture of our next-generation optical compute chips. You will design, simulate, and tape out silicon-photonic systems optimized for low-power tensor acceleration.

Bridge the gap between silicon and software. You will build the optimization passes that translate foundational neural networks directly into refractive optical routing pathways.

Own the physical deployment and thermal validation of our active hardware. You will run high-throughput testing suites on physical prototypes under extreme AI workloads.

TRANSMISSION

Transmission portal

We are quietly assembling the elite minds in hardware and software. Submit your credentials to enter our Toronto cleanroom pipeline.