Photonic accelerators for AI inference
What We Do
Akashion designs photonic accelerator hardware for artificial intelligence workloads. By performing computation in the optical domain rather than electronically, our architecture is built for the era of large-scale AI inference — where the energy cost, heat dissipation, and economics of conventional silicon are reaching their limits.
Core processing performed in the photonic domain. Designed for the parallelism, bandwidth density, and energy economics that electronic switches cannot match at AI-scale.
Built to drop into existing accelerator slots in datacentres and edge systems. Familiar deployment, novel internals — no new infrastructure required.
Operates within the thermal envelope of conventional cards while consuming a fraction of the power. Engineered for sustained inference loads without active cooling overhead.
Our Vision
Artificial intelligence is now constrained by physics — by the fundamental energy and heat limits of moving electrons through silicon. The next decade of AI cannot be built on the same hardware as the last. Akashion is engineering the platform that comes next: optical compute hardware designed from the ground up for the workloads of modern AI.
Energy Efficiency Target
Active Cooling
Light-Speed Compute
How We Work
Photonic computing has been a research aspiration for decades. Translating it into a deployable accelerator requires discipline in three places: the physics, the manufacturing path, and the integration story. Akashion is built around all three.
Designed for established semiconductor fabrication processes. No exotic materials, no custom foundry — just disciplined engineering on known silicon photonics platforms.
Designed to work alongside existing infrastructure rather than replace it. Customers adopt photonic compute without rebuilding the systems they already run.
We focus on the workload that dominates real-world AI economics: deployed model inference at scale. Training is somebody else's problem; inference is where the costs compound.
Our core architecture is the subject of a US provisional patent filed in April 2026. Building defensible technology is the foundation of building a defensible company.
Get in Touch
For partnerships, programme enquiries, or general questions, please reach out using the contact details below.