Akhetonics, a Berlin-based startup pioneering the world’s first true all-optical digital processor, has raised €6 million in a funding round led by Matterwave Ventures. Other participants included 468 Capital, Bayern Kapital, Runa Capital, and Rheingau Founders.
The funding will accelerate the development and delivery of Akhetonics’ first-generation hardware to pilot customers.
Redefining Computing with Photons
Unlike hybrid optical processors that integrate electronics, Akhetonics’ innovation is a completely new all-optical general-purpose processor. By using photons instead of electrons to process and store data, the technology offers:
- Higher performance at reduced power consumption.
- Real-time processing capabilities not achievable with electronic or hybrid systems.
- Immunity to electromagnetic interference, making it ideal for sectors like aviation, defense, and networking.
“Our all-optical processor moves beyond the traditional von Neumann architecture, combining photonic hardware, software tools, and custom design automation,” said Michael Kissner, CEO of Akhetonics.
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Strategic Advantages and Applications
The startups processors are designed to operate on mature fabrication nodes, providing a supply chain advantage amidst geopolitical uncertainties. The company aims to demonstrate a full prototype by 2026 and integrate the technology into its first product.
Backing from DeepTech Leaders
Matterwave Ventures highlighted the transformative potential of Akhetonics’ technology. Silviu Apostu, Principal at Matterwave Ventures, stated, “This breakthrough ushers in a new era of computing, pushing beyond the limitations of traditional electronic systems while bolstering Europe’s competitiveness in AI and dual-use applications.”
Paving the Way for Optical Computing
By reimagining how information is processed, the company is set to redefine industries reliant on high-speed, low-latency processing. With this funding, the company is well-positioned to lead the transition to fully optical computing, combining innovation with energy efficiency for next-generation applications.
