What we do
Bringing photonic compute into the data path for the next era of AI
At Optalysys, we are redefining high-performance computing for the AI era.
We develop photonic chip technology that enables Compute-in-Transit for data centres: processing data directly within optical transport at communication line speeds.
Compute built for the data movement era
Traditional AI infrastructure separates transport and compute. Data moves through optical links, is converted back into electronics, processed, and then moved again.
We push optics further.
Power, bandwidth, memory and security are now the biggest challenges to progress in AI.
We use silicon photonics to enable Compute-in-Transit: processing data directly within the data path for new levels of efficiency, security and sovereignty.
This approach is designed to support the workloads that are placing the greatest pressure on today’s architectures, including AI inference, secure and confidential computing, post-quantum cryptography, high-performance computing and next-generation cloud infrastructure.
Instead of adding more complexity around the existing compute stack, Optalysys adds compute capability inside the optical layer itself.
Overcoming the memory wall with optical computing
The future scalability, security and sovereignty of AI depend on architectures that move and process data more intelligently.
We are building that architecture.
By integrating programmable photonic compute directly into the data path, we enable infrastructure that is faster, more efficient, more secure and ready for the demands of the next generation of AI.